MBSC

The 

Mouse Brain 

in Stereotaxic Coordinates 

second edition 

George Paxinos 

The Prince of Wales Medical Research 

Institute 

Barker St, Randwick NSW 2031 Australia 

(g.paxinos@unsw.edu.au) 

(www.powmri.unsw.edu.au/paxinos) 

And 

School of Psychology 

The University of New South Wales 

Sydney 2052, Australia 

Keith B. J. Franklin 

Department of Psychology 

McGill University 

Montreal, Quebec 

Canada H3A 1B1 

Academic Press San Diego San Francisco New York Boston London Sydney Tokyo

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Dedicated to 

Spyro 

Heather

Contents 

P R E F A C E 

A C K N O W L E D G M E N T S 

I N T R O D U C T I O N 

G E N E R A L M E T H O D O L O G Y 

M E T H O D S 

H I S T O L O G Y 

P R E P A R A T I O N O F I M A G E S 

N O M E N C L A T U R E A N D A B B R E V I A T I O N S 

D R A W I N G S 

U S E I N S U R G E R Y 

U S E O F T H E D A V I D K O P F S T E R E O T A X I C I N S T R U M E N T A N D B R A I N 

B L O C K E R 

T H E B A S I S O F D E L I N E A T I O N O F S T R U C T U R E S 

F O R E B R A I N 

H I N D B R A I N 

R E F E R E N C E S 

L I S T O F S T R U C T U R E S 

I N D E X O F A B B R E V I A T I O N S 

F I G U R E S 

P L A T E S

An atlas is a record of how we see the world and represent 

it to our contemporaries, and neuro-anatomical atlases are 

no exception. This book is a window through which readers 

may view the organization of the mouse brain as is now 

understood. 

The recent great advances in molecular biology provide 

impetus to using the mouse. Because of its short generation 

time and the availability of a large number of strains 

(including knockout strains), it has been the key mammalian 

species in research on genetics and development. Its rapid 

growth and short life span are also advantageous for studies 

on the biology of aging, while the characteristics of the 

mouse immune system are favorable in transplantation 

studies. 

We decided to construct an atlas of the mouse brain 

because of the allure of mapping the relatively uncharted 

brain of this species, and the perception that this book 

would be of use to the neuroscience community, which has a 

growing interest in the mouse. Although there have been 

several atlases of the mouse brain produced, until the first 

edition of this atlas there had been no new atlas of the 

whole mouse brain since the mid-1970s. During this time 

there have been major advances in anatomical knowledge, 

particularly as a result of neurochemical mapping. 

In this atlas we have summarized the current knowledge of 

brain anatomy and supplemented it with our observations of 

the mouse. To facilitate comparison between the mouse and 

the rat, we have retained the general methodology and 

familiar format of The Rat Brain in Stereotaxic Coordinates, 

4th ed. (Paxinos and Watson, 1998). 

P R E F A C E 

Features of the Fourth Edition: 

1. It is based on the flat-skull position, with bregma, 

lambda, and midpoint of the interaural line usable as 

reference points. 

2. The coronal set features 100 photographic plates and 

100 matching diagrams delineating the entire brain. 

3. The sagittal set features 32 photographic plates and 3 2 

matching diagrams. 

4. Photographs of Nissl- and acetylcholinesterase (AChE) 

sections alternate. 

5. Thoroughly revised cortical delineations as well as 

improvements in subcortical areas in light of the 

publication of Chemoarchitectonic Atlas of the Rat 

Forebrain (Paxinos et al., 1999a) and Chemoarchitectonic 

Atlas of the Rat Brainstem (Paxinos et al., 1999b). 

6. Diagrams available on CD Rom constructed by Paul 

Halasz.

ACKNOWLEDGMENTS 

We acknowledge our debt to the scientists and colleagues 

who have assisted us in the construction of this atlas. 

We owe our special thanks to Hong-Quin Wang for her 

commitment and outstanding work in photographing the 

sections. 

We received invaluable advice from Jan Voogd (cerebellar 

and vestibular nuclei) and from George Alheid and Jose de 

Olmos (basal ganglia, bed nucleus of t he stria terminalis and 

amygdala), Pascal Carrive (periaqueductal gray), Laura Kus 

(cortex), Jurgen Mai (hypothalmus), Deborah McRitchie 

(solitary nucleus), Laszlo Zaborszky (hypothalamus and basal 

forebrain), Charles Watson (facial nucleus), Karl Zilles 

(cortex), Luan Ling Zhang (solitary nucleus). We thank them 

for the generous gift of their time and knowledge, and for the 

pleasure of working with them. Any errors and 

misinterpretations that remain are original. 

Our drawings and lettering were converted into computer 

files by Francis Hong, Mark Hawrychuk, David Morris (Editek 

Communications), and Yuri Koutcherov. We thank them for 

their painstaking attention to detail. 

We thank Janet Raymond for assistance in histology. Our 

thanks to Claudio Cuello for providing us with antibodies for 

substance P and tyrosine hydroxylase for which we are very 

grateful. We thank Glenda Halliday for the staining of the 

parvalbumin slides and Gorm Danscher for his excellently 

stained Timm’s preparations. 

David Kopf Instruments of Tujunga, California, generously 

provided us with a mouse stereotaxic head holder. 

The completion of the delineations in the atlas was greatly 

assisted by a grant from the Canadian Medical Research 

Council to Keith Franklin. The preparation of the material on 

which the atlas is based was also assisted by grants from the 

Australian NHMRC and ARC to George Paxinos and from the 

Canadian Natural Science and Engineering Research Council t o 

Keith Franklin. 

We thank Kevin McConkey and David Tracey (School of 

Anatomy, UNSW) for making available departmental facilities 

for our work. 

We thank Hongmei Lieu and Paul Halasz for imaging the 

color plates for the CD-Rom. 

Our greatest debt is to Paul Halasz (The Istvan Törk 

Confocal Microscope, School of Anatomy UNSW Sydney 2052 

NSW Australia P.Halasz@unsw.edu.au) for designing and 

constructing the CD Rom. 

Finally, and most heartfelt, we thank our wives, Elly and 

Fran, and our children Alexi, Yvette, Zoë, Rowena, and George 

for their patience in tolerating our absences and 

preoccupations, and for their generous hospitality, over many 

years of a peripatetic collaboration.

INTRODUCTION 

General Methodology 

The brain depicted in the coronal atlas was the most 

complete in a sample of brains from 26 adult C57BL/J6 mice 

(weight range 26–30 g). The choice of mouse strain and 

weight range presented some difficulties because mouse 

strains vary much more in weight and brain anatomy than rat 

strains (see Wahlsten et al., 1972). The C57BL/J6 strain was 

chosen because it is one of the most widely used strains and 

is of intermediate size. The weight range selected represents 

the fully adult male mouse. Stereotaxic surgery on the mouse 

is relatively difficult because of the great fragility of the 

mouse skull. We therefore chose a weight range 

representative of the fully adult mouse in which the skull is 

calcified and presumably stronger. 

Some adjustments for use of this atlas with other strains 

can be calculated from Wahlsten et al. (1972) who show 

stereotaxic grids in the sagittal plane for seven strains of 77- 

to 78-day-old mice, with the same skull flat orientation as 

this atlas. 

The atlas represents the areas of the brain from the 

olfactory bulb to the middle of the medulla oblongata. Plates 

are usually 120 mm apart, except where no usable sections 

were available, and the interplate distance is as small as 4 0 

mm or as large as 160 mm. Alternate sections are stained 

with cresyl violet or are reacted to reveal 

acetylcholinesterase (AChE). Intermediate sections were 

processed immunohistochemically to reveal parvalbumin. 

These sections were used to aid delineation, but are not 

reproduced in the atlas. Other histochemical markers used t o 

assist delineation, but not shown in the atlas, include 

immunohistochemical stains for substance P and tyrosine 

hydroxylase, Timm’s reaction for zinc, the NADPH– 

diaphorase stain for nitric oxide synthase, and the 

iron–hematoxylin stain for myelin. 

Structures were delineated using The Rat Brain in Stereotaxic 

Coordinates, 4th ed. (Paxinos and Watson, 1998), The 

Rat Nervous System, 2nd ed. (Paxinos, 1995), Chemoarchitectonic 

Atlas of the Rat Forebrain (Paxinos et al., 1999) 

and Chemoarchitectonic Atlas of the Rat Brainstem (Paxinos 

et al., 1999) as the primary guides, supplemented by 

consideration of the delineations in the Swanson (1992) atlas 

and specific information on the mouse obtained from previous 

atlases of the mouse brain, journal articles, and our own 

observations. 

Methods 

SURGERY All procedures involving live animals were carried 

out in accordance with accepted ethical principles for animal 

research and were approved by the relevant Animal Ethics 

committees of The University of New South Wales and McGill 

University. 

While under sodium pentobarbital anesthesia, the mice 

were placed in a Kopf small animal stereotaxic instrument. 

The head was positioned by means of a mouse nose clamp 

adaptor (Kopf Model 922) supplemented by rat ear bars 

(Kopf Model 957) placed lightly in the external auditory 

meatus to locate the interaural line. [NOTE: because the skull 

of the mouse is extremely fragile and easily compressed, the 

Kopf mouse holder is designed to be used without ear bars 

(Slotnick, 1972). If ear bars are used they must be inserted

with only a few grams of pressure or else the bones of 

external auditory meatus or the skull will be crushed. Ear bars 

can be used successfully if they are inserted so as to merely 

touch the meatus, but any further pressure may lead t o 

breathing difficulties.] 

The position of the head was adjusted so that the height of 

the skull surface at bregma and lambda was the same. 

Lambda was defined as the point of intersection of the bestfit 

lines passing through the sagittal suture and the left and 

right portions of the lambdoid suture (see skull diagram 

below). The mean (± SD) position of bregma was 3.8 ( ± 

0.25) mm rostral and 5.8 (± 0.48) mm dorsal to the 

interaural line (IA). Lambda was located 0.41 (± 0.26 ) mm 

caudal and 5.8 mm dorsal to the interaural line. These values 

were used to define the scaling of distances on the 

stereotaxic grid. 

To establish the stereotaxic position of brain structures, 

reference needle tracks were made perpendicular to the 

horizontal and coronal planes and at predetermined distances 

from bregma and the interaural line (vertical tracks: 2 mm 

anterior to bregma and 1 mm anterior to the IA; horizontal 

track: 3 mm above the IA; all tracks were 1.5 mm lateral t o 

the midline). 

The coronal set of the first edition reached only the level of 

the area postrema. For the second edition we inserted 

another 7 levels obtained from a different mouse of the same 

strain and weight. 

The sagittal set was obtained in a similar manner as the 

coronal set and with insertion of fiducial marks in a fashion 

similar to that for the sagittal set for The Rat Brain in 

Stereotaxic Coordinates, 4th ed. (Paxinos and Watson, 

1998). 

Histology 

After surgery, while still under anesthesia, mice were killed by 

transcardial perfusion of 20 ml ice-cold phosphate buffered 

saline (0.1 M PBS, pH 7.3), followed by 20 ml of 4% 

paraformaldehyde in PBS. The brain was immediately 

dissected free from the skull and placed dorsal surface down 

in a small aluminum foil boat containing 1.5% gelatin 

dissolved in 0.9% saline solution. The aluminum foil boats 

were made by folding aluminum foil around an appropriately 

sized rectangular block (20 _ 12 _ 12 mm). The brain was 

oriented in the boat so that its anterior–posterior axis was 

parallel to the long axis of the boat. When suspended in the 

gelatin solution, the brain floats so that its dorsal surface is 

almost exactly parallel to the flat skull horizontal plane. When 

the brain was correctly positioned, the boat was placed in a 

refrigerator for 20 min for the gelatin to jell. The sides of the 

aluminum boat were then folded down to expose t he gelatin 

block. The foil now formed a tray that was used to lower the 

gelatin block into dry ice-cooled isopentane. The block was 

lowered slowly so that freezing proceeded rostrally through 

the brain, from brainstem to olfactory bulb, and no more than 

1–2 mm of unfrozen tissue was below the surface of the 

isopentane at any time. The frozen block was then stripped 

of the remaining aluminum foil and attached to the chuck of 

the microtome with mounting medium. The planar sides of 

the rectangular block were used to orient the block on the 

chuck, with the anterior–posterior axis of the brain 

perpendicular to the surface of the chuck. Only minor 

adjustment of the orientation of the chuck in the microtome

was then necessary to cut sections perpendicular to the 

horizontal and vertical stereotaxic planes. 

The brain was cut at 40-µm thickness sections. Unattached 

gelatin was brushed away, and the section was taken up into 

a drop of PBS on the surface of an acid-cleaned and 

gelatinized slide. Out of every three successive sections, two 

were taken onto a slide designated for staining of Nissl or 

AChE. If the first two sections were deemed satisfactory, the 

third was set aside in ice-cold PBS for parvalbumin 

immunohistochemistry. The following three sections were 

designated for staining of AChE or Nissl, respectively, as per 

the protocol of Paxinos and Watson (1986). A detailed Nissl 

and AChE staining protocol can be found at the web site 

www.psy.unsw.edu.au/users/gpaxinos. 

This technique was developed to reliably obtain precisely 

oriented sections of relatively undistorted mouse brain in 

which Nissl- and AChE-stained sections alternated. Fresh or 

lightly fixed mouse brain tissue is so soft that it distorts 

under its own weight, but it assumes its normal shape when 

supported in a viscous fluid. Jelled gelatin solution adequately 

supports the brain during freezing, but the gelatin causes the 

sections to curl when they are cut in a freezing microtome. 

The addition of sodium chloride to the gelatin solution 

promotes the formation of fine crystals in the gelatin block 

so that the embedding material shatters when sectioned, and 

can be gently brushed away from the frozen sections. 

Freezing must proceed steadily through the long axis of the 

block. If the whole block is placed directly into the cooling 

medium, the outside of the block freezes and forms a rigid 

shell so that when the brain expands during freezing, it 

distorts. Sections were taken up into a drop of PBS t o 

eliminate minute bubbles which become trapped under the 

section if sections are thawed directly onto a slide. With 

partially fixed mouse brain, the minute bubbles perforate the 

section when it dries. 

Preparation of Images 

Photographs of selected sections were made onto 4 __5 

inch Kodak Plus X or AGFA negatives using a Nikon Multifid 

photomicroscope, and 20 x 22 inch black and white prints 

were made of these negatives on AGFA multigrade 

photographic paper. The delineations and fiducial marks were 

hand drawn onto acetate tracing paper placed over the 

photographs. The tracings were scanned, and the resulting 

images were used as a template for tracing using CorelDraw 

5.0 for Windows (coronal set) or Adobe Illustrator 8.0 for 

Mac OS (sagittal set). 

Nomenclature and Abbreviations 

The nomenclature and abbreviations used are those that 

have been employed in The Rat Brain in Stereotaxic 

Coordinates, 4th ed. (Paxinos & Watson, 1998), The Mouse 

Brain in Stereotaxic Coordinates (Franklin & Paxinos, 1997), 

Atlas of the Developing Rat Nervous System (Paxinos et al., 

1994), Chemoarchitectonic Atlas of the Rat Forebrain 

(Paxinos et al., 1996b), Chemoarchitectonic Atlas of the Rat 

Brainstem (Paxinos et al., 1999a, b), The Rhesus Monkey 

Brain in Stereotaxic Coordinates (Paxinos et al., 2000), Atlas 

of the Human Brainstem (Paxinos & Huang, 1995), and Atlas 

of the Human Brain (Mai, Asscheuer, & Paxinos, 1997). We 

have made a conscious effort to use identical abbreviations 

for homologous structures in various species so that readers 

do not have to be burdened with a meaningless task of

learning different abbreviations for the same structures. 

Bowden and Martin (1995) in their atlas of the monkey brain 

used the same principles for construction of abbreviations as 

we have used here. 

There are more than 20 ways to abbreviate “accumbens 

nucleus”: Acb, ACB, acb, NAS, nas, A, a, Ac, ac, NA, na, AN, 

an, NAC, nac, ACN, acn, ACU, acu, ACC, and Acc. The user of 

this atlas is welcome to use our abbreviation Acb, the same 

abbreviation we used in all our other atlases. 

The principles used in the construction of abbreviations are 

the same as those used to derive the abbreviations for the - 

elements of the Periodic Table and for the word 

acetylcholinesterase (AChE). 

1. The abbreviations represent the order of words as spoken 

in English (e.g., DLG = dorsal lateral geniculate nucleus). 

2. Capital letters represent nuclei, and lower case letters 

represent fiber tracts. Thus, the letter “N” has not been 

used to denote nuclei, and the letter “t” has not been 

used to denote fiber tracts. 

3. The general principle used in the abbreviations of the 

names of elements in the periodic table was followed: the 

capital letter representing the first letter of a word in a 

nucleus is followed by the lower case letter most 

characteristic of that word (not necessarily the second 

letter; e.g., Mg = magnesium; Rt = reticular thalamic 

nucleus). 

4. Compound names of nuclei have a capital letter for each 

part (e.g., LPGi = lateral paragigantocellular nucleus). 

5. If a word occurs in the names of a number of structures, i t 

is usually given the same abbreviation (e.g., Rt = reticular 

thalamus nucleus; RtTg = reticulotegmental nucleus of the 

pons). Exceptions to this rule are made for well-established 

abbreviations such as VTA. 

6. Abbreviations of brain regions are omitted where the 

identity of the region in question is clear from its position 

(CMn = centromedian thalamic nucleus; not CMnTh). 

7. Arabic numerals are used instead of Roman numerals in 

identifying (a) cranial nerves and nuclei (as in the Berman, 

1968, atlas), and (b) layers of the spinal cord. While the 

spoken meaning is the same, the detection threshold is 

lower, ambiguity is reduced, and they are easier to position 

in small spaces available on diagrams. 

Abbreviations representing nuclei and cortical regions are 

shown in uppercase characters on the left side of the figures, 

except where structures were only visible on the other side of 

the section. Fiber tracts and fissures are abbreviated in 

lowercase characters and are shown on the right side of the 

figures. 

Drawings 

It was thought that the drawings would be more 

informative if they were not stylized, and for this reason, with 

the exception of small adjustments to distorted midlines and 

cortex, the drawings depict the asymmetries present in the 

sections. When part of a section was missing or severely 

distorted, it was drawn in after consideration of sections 

obtained from other brains. 

Coronal Plane 

The large number at the bottom left of each figure shows 

the anteroposterior distance of the corresponding plate from 

the vertical plane passing through the interaural line. The 

large number at the bottom right shows the anteroposterior 

distance of the plate from bregma. The numbers on the left 

margin show the dorsoventral distance from the horizontal

plane passing through the interaural line. The numbers on the 

right margin show the dorsoventral distance from the 

horizontal plane passing through bregma and lambda on the 

surface of the skull. The numbers on the top and bottom 

margins show the distance of structures from the midline. 

Sagittal Plane 

The large number at the bottom left of each drawing shows 

the distance of the corresponding plate from the midline. The 

numbers on the left margin show the dorsoventral distance 

from the horizontal plane passing through the interaural line. 

The numbers on the right margin show the dorsoventral 

distance from the horizontal plane passing through bregma 

and lambda on the surface of the skull. The numbers on the 

bottom margin show the anteroposterior distance from the 

coronal plane passing through the interaural line. The 

numbers on the top margin show the anteroposterior 

distance from the coronal plane passing through bregma. 

Use in Surgery 

If it is necessary to insert an electrode into the 

ventromedial hypothalamic nucleus, Fig. 44 reveals the 

coordinates with reference to the interaural line to be 2.22 

mm anterior to the interaural line, 0.25 mm dorsal to it, and 

0.9 mm lateral to the midline. The coordinates of the same 

structure obtained with reference to bregma are 1.58 mm 

anterior to bregma, 5.5 mm ventral to it, and 0.9 mm lateral 

to the midline. The location of bregma and lambda on the 

mouse skull is shown in the skull diagram. 

Use of the David Kopf Stereotaxic 

Instrument and Brain Blocker 

In our work on this and other stereotaxic atlases we found 

the David Kopf Small Animal Stereotaxic instrument of high 

precision. However, no atlas or stereotaxic instrument will 

compensate for using bregma and lambdoid points 

inappropriately. These reference skull marks are the 

midpoints of the curve of best fit along the coronal and the 

lambdoid suture, respectively. They are not necessarily the 

points of intersection of these sutures with the midline 

suture. 

Researchers usually wish to block the brain at the same 

coronal (or sagittal) plane as the atlas plane (flat skull 

position) so that they can determine most readily the 

location of their electrode placements and identify structures 

according to the atlas. The brain blocker depicted in the 

accompanying photograph allows the blocking of the brain at 

the stereotaxic plane or the slicing of the brain at 1-mm 

intervals. After blocking, the brain needs to be placed on a 

chuck with surface parallel to the cryotome knife. For 

cryotomes without zero-tilt position, this can be achieved by 

freezing some mounting medium directly onto the chuck and 

cutting through the mounting medium to create an aligned 

surface on which to position the blocked tissue. 

The Basis of Delineation of 

Structures 

The principal references for our work on the mouse atlas 

have been The Rat Brain in Stereotaxic Coordinates, 4th ed. 

(Paxinos and Watson, 1998) and The Rat Nervous System,

2nd ed. (Paxinos, 1995). This was supplemented by 

reference to anatomical studies on specific regions in the 

mouse and consideration of the atlas of Swanson (1992), as 

well as material on the chemoarchitecture of the rat brain in 

which each section of the rat brain is depicted after being 

stained for parvalbumin, calbindin, calretinin, Nissl, SMI32, 

tyrosine hydroxylase, and NADPH–diaphorase (Paxinos et al., 

1999a, b). 

To resolve ambiguities in delineations based on the Nissl 

and AChE distribution, we examined mouse brains stained t o 

reveal other neurochemical markers, including substance P, 

parvalbumin, NADPH–diaphorase, tyrosine hydroxylase, and 

zinc (Timm’s). In many cases, assistance with the 

construction of boundaries was provided by a number of 

colleagues who have special knowledge of the anatomy of 

particular brain regions (see Acknowledgments). We also 

benefited from our examination of the delineation of 

structures in a number of rat, mouse, cat, and human brain 

atlases (Berman and Jones, 1982; Jacobowitz and Palkovits, 

1974; König and Klippel, 1981; Olszelwski and Baxter, 1954; 

Palkovits and Jacobowitz, 1974; Pellegrino et al., 1979; 

Slotnick and Hersch, 1980; Slotnick and Leonard, 1975; 

Zilles, 1985; Paxinos et al., 1994; Huang and Paxinos, 1995) 

and maps of the distribution of neurochemical markers 

(Arimatsu et al., 1981; Vincent and Kimura, 1992; Rodrigo et 

al., 1994; Loren et al., 1979; Bartsch, 1991). 

Some brief notes on the neuroanatomical literature on the 

mouse brain and on delineations that differ significantly from 

the delineations of the rat brain in Paxinos and Watson 

(1986) are provided below. For a more extensive rationale of 

the delineations of structures see Paxinos and Watson (1986; 

1997). 

Forebrain 

Olfactory System 

Olfactory structures were delineated according to the 

description of Shipley et al. (1995), and detailed delineations 

of the mouse olfactory bulb and its connections are found in 

Bucherelli et al. (1993), Caviness and Sidman (1972), and 

Shipley and Adamec (1984). 

Cortex 

Our delineation is based primarily on recent delineations of 

the cortex of the rat (Zilles and Wree, 1995) and has to be 

considered as tentative, given that the mouse cortex is 

different. We supplemented the observations of Zilles and 

Wree (1995) by examination of the intervening sections from 

the atlas brain that were immunoreacted for parvalbumin. 

For a description of the cytoarchitectonic fields of the 

mouse cortex, see Caviness (1975). The distribution of 

choline acetyltransferase and acetylcholinesterase in mouse 

cortex and other structures is described in Kitt et al. (1994) 

and Arimatsu et al. (1981). The SMI immunoreactivity of the 

rat cortex (Paxinos et al., 1999a, b) was critical in suggesting 

a possible plan for the mouse cortex. Consideration of the 

delineation of the posterior parietal region in Swanson (1992) 

was very helpful. That atlas was also assisted by the 

delineation of the rostral panhandles of the lateral entorhinal 

cortex and the entorhinal cortex (Swanson, 1992). 

Hippocampus and entorhinal cortex delineations were based 

on Amaral and Witter (1995). The work of Slomianka and 

Geneser (1991a,b) was helpful because they describe the 

distribution of AChE in the hippocampal region of the mouse.

Basal Ganglia and Basal Forebrain 

The basal ganglia and basal forebrain were delineated by 

comparison with the rat, guided by the densities of Nissl, 

AChE staining, and substance P immunoreactivity. Refer t o 

Heimer et al. (1995) for a discussion of the organization 

description of the basal ganglia in the rat. The cholinergic 

innervation of the basal forebrain in the mouse has been 

described by Kitt et al. (1994). 

INTERSTITIAL NUCLEUS OF THE POSTERIOR LIMB OF 

THE ANTERIOR COMMISSURE (IPAC) Dorsal to the 

anterior amygdaloid area and ventral to the fundus striati lies 

a region that is less cellular and less reactive for AChE than 

the fundus striati (Figs. 22–24 in Paxinos and Watson, 1986). 

In the rat, this region is shown to be reactive for substance P 

(Fig. 3E of Haber and Nauta, 1983), and this reactivity is 

continuous with that of the globus pallidus. The region has 

similar characteristics in the mouse. Paxinos and Watson 

(1986) named this region the substriatal area (SStr). More 

recently it has been suggested (Alheid et al., 1995) that this 

region should be named the interstitial nucleus of the 

posterior limb of the anterior commissure (IPAC) on the basis 

of its association with the posterior limb of the anterior 

commissure throughout most of its course, and we have 

followed this proposal (Figs. 27–36). This region is distinctive 

in receiving particular afferents from the amygdala. It is 

densely stained by Timm’s reaction and AChE, and the dorsal 

and lateral part of the region is densely supplied with 

substance P terminals. In the rat the IPAC is distinguished by 

receptor binding for calcitonin (Skofitsch and Jacobowitz, 

1992) and vasopressin (Tribollet, 1992). 

SUBSTANTIA INNOMINATA (SI) Following the carving 

out of the ventral pallidum from the substantia innominata, 

the remainder (posterior part) was called the sublenticular 

part of the SI (Heimer et al., 1985). Paxinos and Watson 

(1986) noticed that a strip of substantia innominata persists 

rostrally bounded by the ventral pallidum, the lateral preoptic 

area, the nucleus of the horizontal limb of the diagonal band, 

and the magnocellular preoptic nucleus. They retained the 

term substantia innominata for this panhandle. It has been 

argued that the cells of this region, traditionally called 

substantia innominata, represent the rostral end of a 

continuous column of cells stretching from the amygdala in 

the temporal lobe to the forebrain (Alheid et al., 1995). 

Alheid et al. (1995) have named this region the sublenticular 

extended amygdala and divided it into two parts: a medial 

division (SLEAM) and a central division (SLEAC). In the mouse 

we have retained the more traditional delineation of the 

substantia innominata, but also show the proposed division 

into medial and central sublenticular extended amygdala 

(Figs. 34–39). The central division corresponds to the 

anterodorsal substantia innominata (De Olmos et al., 1985), 

or what Grove (1988a,b) termed the dorsal subdivision of the 

SI, which is lightly stained with AChE and Timm’s reaction. 

The medial division corresponds to Grove’s ventral division of 

the substantia innominata, or the posteroventral substantia 

innominata of De Olmos et al. (1985), and it stains 

moderately for substance P, AChE, and Timm’s reaction. 

BASAL NUCLEUS (B) The cholinergic cells of the basal 

nucleus of Meynert straddle the border between the globus 

pallidus and the internal capsule, invading both of these 

structures (Figs. 34–36). For a general description of the 

distribution of cholinergic neurons in the basal forebrain in the 

mouse, see Kitt et al. (1994).

SUBTHALAMIC NUCLEUS The subthalamic nucleus (Figs. 

45–52) is prominent in the mouse. Laterally it is lens shaped, 

as in the rat, but medially it becomes more rounded than in 

the rat. At the caudal limit of the subthalamic nucleus there 

is a tightly packed group of cells that extends caudally from 

the posterior limit of the magnocellular nucleus of the lateral 

hypothalamus to about 200 mm rostral to the substantia 

nigra (Sturrock, 1991; Broadwell and Bleier, 1977). The 

appearance of this distinct cluster of cells is quite different 

from the subthalamic nucleus in the rat, monkey (Paxinos et 

al., 1996), or human (Paxinos and Huang, 1995) and we have 

not assimilated it to the subthalamic nucleus as have some 

authors (Sturrock, 1991; Broadwell and Bleier, 1977). Wang 

(1995) has suggested that the cell group should be 

distinguished from the subthalamic nucleus as the 

parasubthalamic nucleus (PSTh), and we have followed his 

suggestion. 

Hypothalamus 

Our delineation of the hypothalamus is based on the 

description of Simerly (1995). The general cytoarchitecture 

of the mouse hypothalamus has been described by Broadwell 

and Bleier (1977). The distribution of aromataseimmunoreactive 

cells in the hypothalamus and other areas 

has been mapped by Foidart et al. (1995). See Ruggiero et 

al. (1984) and Baker et al. (1993) for a description of 

catecho-laminergic cells in the hypothalamus of the mouse. 

The medial preoptic area was delineated in accordance with 

Simerly (1995) except for the ventromedial preoptic nucleus 

(VMPO), which was delineated in accordance with Elmquist et 

al. (1996). See Paxinos and Watson (1997) for additional 

discussion of this issue. 

A NTEROVENTRAL PERIVENTRICULAR NUCLEUS 

(AVPe) This small compact, rostral cell group (Figs. 

26–30) was named the medial preoptic nucleus by Bleier et 

al. (1979), but most other researchers reserve this term for 

the larger nucleus that succeeds it posteriorly. Both of these 

nuclei are part of the sexually dimorphic region (Bleier et al., 

1982). For the mouse brain we have adopted the term 

“anteroventral periventricular nucleus” (Swanson 1992), 

which is descriptive of its position and has become more 

widely used. 

ANTERODORSAL PREOPTIC NUCLEUS (ADP) This 

nucleus is delineated on the basis that it is distinctly labeled 

by tyrosine hydroxylase immunoreactivity in the mouse 

(Ruggiero et al., 1984). It lies just ventral to decussation of 

the anterior commissure, lateral to the periventricular nucleus 

and median preoptic nucleus, and medial to the ventral medial 

division of the bed nucleus of the stria terminalis (Figs. 3 0 

and 31). In Nissl-stained sections it contains small, round t o 

ovoid, lightly staining cells. In sections treated to reveal 

tyrosine hydroxylase-like immunore-activity, the nucleus 

appears as a tongue protruding laterally from the third 

ventricle, dorsal to the medial preoptic nucleus. In the rat and 

other mammalian orders, the region does not contain 

catecholaminergic cells (see Ruggiero et al., 1984). We have 

followed the suggestion of Ruggiero et al. (1984) and 

identified the catecholamine cell group as an extension of 

A14.

ANTERIOR HYPOTHALAMIC NUCLEUS (AH) Controversy 

exists over the location of the anterior hypothalamic 

nucleus. We followed Paxinos and Watson (1986) in dividing 

the AH into three parts that merge into each other. However, 

our most anterior part is immediately dorsal to that which 

was identified by Saper et al. (1978) as the “anterior part of 

the anterior hypothalamic nucleus.” The “anterior part of the 

anterior hypothalamic nucleus” of Saper et al. (1978) 

corresponds to the “lateral anterior hypothalamic nucleus” of 

Bleier et al. (1979). Our “anterior part of the anterior 

hypothalamic nucleus” is immediately dorsal to the “lateral 

anterior hypothalamic nucleus” and ventral to the bed 

nucleus of the stria terminalis (Figs. 34–36). The central part 

of the anterior hypothalamic nucleus of Saper et al. (1978) 

and our Figs. 37 and 38 correspond to the dorsal tuberal 

nucleus of Bleier et al. (1979). The posterior part of the 

anterior hypothalamic nucleus is immediately ventral to the 

most caudal part of the paraventricular hypothalamic nucleus 

(Figs 39–42). Within the dorsal aspects of the posterior par t 

of the AH there is a small, dense cluster of cells that is 

positive for glutamic acid decarboxylase in the rat. Paxinos 

and Watson (1986) named it the stigmoid (dot-like) nucleus 

(Stg; Fig. 41). 

SU PRAOPTIC AND PARAVENTRICULAR 

NUCLEI Delineations are according to Armstrong (1985). 

See Silverman and Pickard (1983) for a description of these 

nuclei in the mouse (Figs. 36–41). 

Thalamus 

The delineatation of the thalamic nuclei is based on its 

characteristics in the rat as described by Price (1995) and 

Paxinos and Watson (1986). For descriptions of the thalamus 

of the mouse, see Baker et al. (1993) and Carvell and Simons 

(1987). The nomenclature follows Price (1995). The 

gelatinosus nucleus (G in Paxinos and Watson) is designated 

as the submedial nucleus (O’Gorman and Sidman, 1996) 

(Sub; Figs. 39–46) because this term has become more 

widely used. The small-celled region in the medial part of the 

ventroposteromedial nucleus (designated “Gu” in Paxinos and 

Watson, 1986) is recognized as having additional functions 

to gustation, but we label it “gustatory” for its principal 

function (Figs. 47–50). 

We follow Paxinos and Watson (1986) in delineating the 

ethmoid nucleus (Eth; Figs. 52–54) and retroethmoid nucleus 

(Reth; Figs. 53–55). 

MAGNOCELLULAR LATERAL HYPOTHALAMIC NUCLEUS 

(MCLH) A 

magnocellular nucleus with AChE-positive cells 

is found ventromedial to the internal capsule at the 

anteroposterior level of the perifornical and subincertal nuclei 

(Figs. 43–48). This nucleus has been termed the lateral 

tuberal nucleus by Bleier et al. (1979), but this term is 

problematic given that it refers to another structure in 

primate literature. We have followed Paxinos and Watson 

(1986) and used the name magnocellular lateral 

hypothalamic nucleus. 

Hindbrain 

PERIACQUEDUCTAL GRAY The periaqueductal gray (Figs. 

52–74) is divided into longitudinal columns as proposed by 

Andrezik and Beitz (1985) and Carrive et al. (1987) (see also 

Carrive, 1993). Delineation was assisted by the fact that the 

dorsolateral lateral column shows a darker 

acetylcholinesterase reaction than the other columns, 

whereas the dorsomedial PAG is least reactive (Graybiel and

Illing, 1994). In NADPH–diaphorase-stained sections the 

dorsolateral column also shows more intense reactivity 

(Carrive and Paxinos, 1994). The NADPH–diaphorase reactive 

cells and plexus of reactive fibers and terminals in the 

supraoculomotor cap (SU3C; Figs. 61–66) (Carrive and 

Paxinos, 1994) are clearly visible in the mouse (unpublished 

observations). 

DORSAL RAPHE The subdivision of the dorsal raphe was 

guided by recent descriptions of the raphe in the human 

(Huang and Paxinos, 1995). 

NUCLEUS OF THE SOLITARY TRACT The delineation of 

the solitary tract nucleus (Figs. 83–93) was based on Luan 

Ling Zhang (1999) and on McRitchie (1992) and is similar t o 

the delineations in the rat described by Norgren (1995) for 

the rostral, gustatory part and by Saper (1995) for the 

caudal, autonomic part. 

SUPERIOR OLIVE The superior olive delineation was based 

on Ruigrok and Cella (1995). A similar delineation in the 

normal and “lurcher” mutant mouse can be found in Heckroth 

and Eisenman (1991). 

PARABRACHIAL N UCLEU The subdivisions of the 

parabrachial nucleus (Figs. 73–78) were delineated following 

the description in the rat by Saper (1995). 

CEREBELLUM AND CEREBELLAR NUCLEI The cerebellar 

nuclei are delineated according to Voogd (1995). It should be 

noted that the folial pattern of the cerebellum is different in 

different strains of mice and that the C57BL/J6 strain has 

one of the simplest patterns (Inouye and Oda, 1980).

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SKULL DIAGRAM The dorsal surface of the mouse skull showing the horizontal plane reference points, bregma and lambda. Lambda is defined as the point of 

intersection of the projection of lines of best fit through the sagittal and lambdoid sutures.

THE BRAIN BLOCKER Designed to reproduce the plane of section of The Mouse Brain in Stereotaxic Coordinates (PA 0021; David Kopf Instruments, P.O. Box 

636, Tujunga, CA 91043, davidkopf@earthlink.net).

THE CORTEX OF THE MOUSE FLATTENED 

DP 

MO 

PrL 

Cg1 

FrA 

M2 

M1 

S1BF 

DLO 

AI 

AIV 

LO 

VO 

IL 

RSA 

Cg2 

RSG 

S1HL 

S1FL 

S1DZ 

S2 

AIP 

PRh 

Ect 

TeA 

AuV 

MPtA 

LPtA 

Au1 

AuD 

V1 

V2ML 

V2MM 

V2L 

AuV 

TeA 

Ect 

PRh 

LEnt 

MEnt 

S1Tr 

S1J 

S1ULp 

Cg/RS 

S1ShNc 

AIV 

Cg1 

M2 

Pir 

PRh 

Ect 

V1 

V2L 

V2MM 

RSA 

AID 

AID 

M1 

GI 

DI 

DI 

GI

THE CORTEX OF THE MOUSE FLATTENED. The bottom of the map (x axis) represents the medioventral limit of the cortex at each 

coronal section of the atlas. The vertical axis (y axis) of the map represents distance from the medioventral margin measured 

around the surface of the cortex. 

The map was constructed from the coronal sections by measuring the distance, around the circumference, from the 

medioventral limit of the cortex (e.g. the corpus callossum) to each boundary between cortical regions. These data were 

collected for each coronal section and plotted against the anterior posterior position of the sections. The resulting graph was 

used as a template to draw the map. Minor irregularities were removed by drawing fair curves through the plotted points. Where 

the margin of the cortex is at the corpus callossum, the medioventral margin of the cortex approximates a straight line, and the 

distortion in the representation is minimal. However, at the rostral and caudal extremes of the brain the distortion in the 

representation increases because the medioventral margin of the cortex increasingly deviates from a straight line. 

AI agranular insular cortex 

AID agranular insular cortex, dorsal 

AIP agranular insular cortex, posterior 

AIV agranular insular cx, ventral 

Au1 primary auditory cortex 

AuD secondary auditory cx, dorsal 

AuV secondary auditory cx, ventral 

Cg/RS cingulate/retrosplenial 

Cg1 cingulate cortex, area 1 

Cg2 cingulate cortex, area 2 

DLO dorsolateral orbital cortex 

DP dorsal peduncular cortex 

Ect ectorhinal cortex 

FrA frontal association cortex 

LEnt lateral entorhinal cortex 

LO lateral orbital cortex 

M1 primary motor cortex 

M2 secondary motor cortex 

MEnt medial entorhinal cortex 

MO medial orbital cortex 

MPtA medial parietal ass cx 

Pir piriform cortex 

PRh perirhinal cortex 

PrL prelimbic cortex 

RSA retrosplenial agranular cortex 

RSG retrosplenial granular 

S1BF S1 cx, barrel field 

S1FL S1 cx, forelimb region 

S1HL S1 cx, hindlimb region 

S1J S1 cx, jaw region 

S1ShNc S1 cx, shoulder/neck 

S1Tr S1 cx, trunk region 

S1ULp S1 cx, upper lip region 

S2 secondary somatosensory cortex 

TeA temporal association cortex 

V1 primary visual cortex 

V2L secondary visual cx, lateral area 

V2ML secondary visual cx, mediolat 

V2MM secondary vis cx, mediomed 

VO ventral orbital cortex

6 

5 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Cerebral Cortex 

Bregma 

Lambda 

Superior 

Colliculus 

Inferior 

Colliculus 

Cerebellum 

Bregma 

0 

1 

4 

Olfactory 

Bulb 

corpus c allosum 

LV 

Hippoc 

2 

3 

Septum 

posterior c om 

3 

Thalamus 

Midbrain 

4V 

2 

anterior 

commissure 

fornix 

4 

1 

Preoptic 

Area 

Hypothalamus 

Pons 

Medulla 

Spinal 

5 

0 

Interaural 

Lateral 0.24 mm 

Interaural 

Cord 

6 

9 8 7 6 5 4 3 2 

1 

0 -1 -2 -3 -4 

SAGITTAL SECTION OF THE MOUSE BRAIN A drawing of a section of the mouse brain cut in a sagittal plane .24 mm lateral to the midline (Fig 103 of this atlas). 

Ventricles are shown in black. The position of the skull marks (bregma, lambda and interaural) are indicated. The top grid line indicates anteroposterior 

locations in relation to the coronal plane passing through bregma. The bottom grid line shows anteroposterior locations in relation to a coronal plane passing 

through the interaural line. The left vertical grid line shows dorsoventral locations in relation to a horizontal plane passing through bregma. The right vertical 

grid shows dorsoventral positions in relation to a horizontal place passing through the interaural line.

Other Academic Press Books by Paxinos 

1. Paxinos, G. and Watson, C. The Rat Brain in Stereotaxic Coordinates, 4th Edition, Academic Press, 1998. Contains coronal, 

sagittal, and horizontal plates and diagrams. The second most cited book in science. Available with and without CDRom. 

2. Paxinos, G. and Watson, C., The Rat Brain in Stereotaxic Coordinates, Compact 3rd Edition, Academic Press, San Diego, 

1997. Coronal diagrams and CDRom only (student version). 

3. Paxinos, G. (Ed.), The Rat Nervous System, Second Edition, Academic Press, San Diego, 1995. A comprehensive description 

of regions and systems of the rat brain by some of the most senior scientists in t he field. 

4. Paxinos, G, Kus, L, Ashwell, K and Watson, C, Chemoarchitectonic Atlas of the Rat Forebrain, Academic Press, San Diego, 

1999. Presents 242 fully delineated photographic plates stained for parvalbumin, calbindin, calretinin, SMI32, Nissl, tyrosine 

hydroxylase and NADPH-diaphorase. 

5. Paxinos, G, Carrive, P, Wang, H, and Wang, P-Y. Chemoarchitectonic Atlas of the Rat Brainstem, Academic Press, San Diego, 

1999. Presents 243 fully delineated photographic plates stained for parvalbumin, calbindin, calretinin, SMI32, Nissl, tyrosine 

hydroxylase and NADPH-diaphorase. 

6. Paxinos, G, Ashwell, KWS and Törk, I, Atlas of the Developing Rat Nervous System, Academic Press, San Diego, 1994. Serial 

sections through the embryonic and neonatal rat brain (E14, E16, E17, E19, P0). 

7. Mai, J., Asscheuer, J. and Paxinos, G., Atlas of the Human Brain, Academic Press, 1997. Winner of the Association of 

American Publishers Award for Excellence in Medical Publishing. 

8. Paxinos, G. (Ed.), The Human Nervous System, Academic Press, San Diego, 1990. A comprehensive description of regions 

and systems of the human brain by some of the most senior scientists in the field. 

9. Paxinos, G., and Huang, X.-F., The Human Brainstem, Academic Press, San Diego, 1995. Sixty four plates and 64 diagrams 

at 1-mm intervals through the brainstem. 

10. Paxinos, G., Huang, X.-F. and Toga, A.W., The Rhesus Monkey Brain in Stereotaxic Coordinates, Academic Press, San Diego, 

2000. The most comprehensive atlas of the monkey cortex and subcortex ever made. One hundred and fifty one plates and 

151 fully labeled diagrams through the brain; Sixty four fully labeled photographs of sections reacted with an antibody t o 

neurofilament protein (SMI32). 

Web address of Paxinos: http://www.psy.unsw.edu.au/users/gpaxinos Can be ordered via: http://www.academicpress.com

Reproduction 

of Figures by Users of the Atlas 

Exporting Figures for Annotation and Printing 

For permission to reproduce figures contained in this 

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Academic Press Permissions Department 6277 Sea 

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Permission to reproduce a limited set of figures is usually a 

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The same procedure should be followed for reproduction of 

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ed. (Paxinos and Watson, 1998), Atlas of the Developing Rat 

Nervous System, 2nd ed. (Paxinos et al. 1995), and Atlas of 

the Human Brainstem (Paxinos and Huang, 1995). 

The authors would like users of the atlas to consider the 

suitability of the nomenclature and abbreviation scheme in 

this book for their own work. The scheme used here is 

systematic and is based on the principles of the construction 

of abbreviations for the elements of the periodic table and 

abbreviations of words such as acetylcholinesterase (AChE). 

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LIST OF STRUCTURES 

Names of the structures are listed in 

alphabetical order. Each name is followed by 

abbreviation of the structure. 

1st Cerebellar lobule 1Cb 

3rd ventricle 3V 

4&5th Cerebellar lobules 4&5Cb 

4th ventricle 4V 

5th Cerebellar lobule 5Cb 






A 

A11dopamine cells A11 

A12 dopamine cells A12 



accessory abducens/facial nucleus Acs6/7 

accessory facial nucleus Acs7 

accessory neurosecretory nuclei Acc 

accessory nucleus of the ventral horn Acs 

accessory olfactory bulb AOB 

accessory olfactory tract aot 

accessory optic tract aopt 

accessory trigeminal nucleus Acs5 

accumbens nucleus Acb 

accumbens nucleus, core AcbC 

accumbens nucleus, shell AcbSh 

acoustic radiation ar 

agranular insular cortex, dorsal part AID 

agranular insular cortex, posterior part AIP 

agranular insular cortex, ventral part AIV 

alveus of the hippocampus alv 

ambiguus nucleus Amb 

amygdalohippocampal area, anterolateral part 

AHiAL 

amygdalohippocampal area, posterolateral 

AHiPL 

amygdalohippocampal area, posteromedial part 

AHiPM 

amygdaloid fissure af 

amygdalopiriform transition area APir 

amygdalostriatal transition area AStr 

angular thalamic nucleus Ang 

ansa lenticularis al 

ansoparamedian fissure apmf 

anterior amygdaloid area AA 

anterior amygdaloid area, dorsal part AAD 

anterior amygdaloid area, ventral part AAV 

anterior commissural nucleus AC 

anterior commissure ac 

anterior commissure, intrabulbar part aci 

anterior cortical amygdaloid nucleus ACo 

anterior hypothalamic area AH 

anterior hypothalamic area, anterior part AHA 

anterior hypothalamic area, central part AHC 

anterior hypothalamic area, posterior part 

AHP 

anterior interposed nucleus AInt 

anterior lobe cerebellum Ant 

anterior olfactory nucleus, dorsal part AOD 

anterior olfactory nucleus, external part AOE 

anterior olfactory nucleus, lateral part AOL 

anterior olfactory nucleus, medial part AOM 

anterior olfactory nucleus, posterior part AOP 

anterior perifornical nucleus APF 

anterior preoptic nucleus APO 

anterior pretectal nucleus APT 

anterior pretectal nucleus, dorsal part APTD 

anterodorsal preoptic nucleus ADP 

anterodorsal thalamic nucleus AD 

anteromedial thalamic nucleus AM 

anteromedial thalamic nucleus, ventral part 

AMV 

anteroventral preoptic nucleus AVPO 

anteroventral thalamic nucleus AV 

anteroventral thalamic nucleus, dorsomedial 

part AVDM 

anteroventral thalamic nucleus, ventrolateral 

part AVVL 

arcuate hypothalamic nucleus Arc 

arcuate hypothalamic nucleus, dorsal part 

ArcD 

arcuate hypothalamic nucleus, lateral part 

ArcL 

arcuate hypothalamic nucleus, medial part 

ArcM 

arcuate hypothalamic nucleus, medial posterior 

part ArcMP 

area postrema AP 

artery a 

ascending fibers of the facial nerve asc7 

B 

B4 serotonin cells B4 

B9 serotonin cells B9 

Barrington’s nucleus Bar

asal nucleus (Meynert) B 

basilar artery bas 

basolateral amygdaloid nucleus BL 

basolateral amygdaloid nucleus, anterior part 

BLA 

basolateral amygdaloid nucleus, posterior part 

BLP 

basomedial amygdaloid nucleus BM 

basomedial amygdaloid nucleus, anterior part 

BMA 

basomedial amygdaloid nucleus, posterior part 

BMP 

bed nucleus of stria terminalis, supracapsular 

part BSTS 

bed nucleus of the accessory olfactory tract 

BAOT 

bed nucleus of the anterior commissure BAC 

bed nucleus of the stria terminalis, 

intermediate division BSTI 

bed nucleus of the stria terminalis, 

intraamygdaloid division BSTIA 

bed nucleus of the stria terminalis, lateral 

division BSTL 

bed nucleus of the stria t erminalis, lateral 

division, dorsal part BSTLD 


division, juxtacapsular part BSTLJ 


division, posterior part BSTLP 


division, ventral part BSTLV 

bed nucleus of the stria terminalis, medial 

division BSTM 


division, posterior part BSTMP 


division, posterolateral part BSTMPL 


division, posteromedial part BSTMPM 


division, ventral part BSTMV 

bed nucleus of the stria terminalis, ventral 

division BSTV 

blood vessel bv 

Botzinger complex Bo 

brachium of the inferior colliculus bic 

brachium of the superior colliculus bsc 

brachium pontis (stem of middle cerebellar 

peduncle) bp 

C 

C2 adrenaline cells C2 

C3 adrenaline cells C3 

caudal interstitial nucleus of the medial 

longitudinal fasciculus CI 

caudal linear nucleus of the raphe CLi 

caudal periolivary nucleus CPO 

caudal tuberomammillary nucleus CTM 

caudate putamen (striatum) CPu 

caudoventral respiratory group CVRG 

caudoventrolateral reticular nucleus CVL 

cell bridges of the ventral striatum CB 

central amygdaloid nucleus, medial division, 

anterodorsal part CeMAD 

central amygdaloid nucleus, medial division, 

anteroventral part CeMAV 

central amygdaloid nucleus Ce 

central amygdaloid nucleus, capsular part CeC 

central amygdaloid nucleus, medial division 

CeM 

central amygdaloid nucleus, medial 

posteroventral part CeMPV 

central canal CC 

central gray of the pons CGPn 

central gray, alpha part CGA 

central gray, beta part CGB 

central medial thalamic nucleus CM 

central tegmental tract ctg 

centrolateral thalamic nucleus CL 

cerebellar commissure cbc 

cerebellar lobule 6a 

cerebellar lobule 6b 

cerebellar lobules 4&5 

cerebellum Cb 

cerebral cortex Cx 

cerebral peduncle, basal part cp 

choroid plexus chp 

cingulate cortex, area 1 Cg1 

cingulate cortex, area 2 Cg2 

circular nucleus Cir 

claustrum Cl 

cochlear root of the vestibulocochlear nerve 

8cn 

commissural stria terminalis cst 

commissure of the inferior colliculus cic 

commissure of the lateral lemniscus cll 

commissure of the superior colliculus csc 

copula of the pyramis Cop 

corpus callosum cc 

cortex-amygdala transition zone CxA 

crus 1 of the ansiform lobule Crus1 

cuneate fasciculus cu 

cuneate nucleus Cu 

cuneiform nucleus CnF 

D 

decussation of the superior cerebellar peduncle 

xscp 

deep cerebral white matter dcw 

deep gray layer of the superior colliculus DpG 

deep mesencephalic nucleus DpMe 

deep white layer of the superior colliculus 

DpWh 

dentate gyrus DG 

dorsal 3rd ventricle D3V 

dorsal acoustic stria das 

dorsal cochlear nucleus DC 

dorsal endopiriform nucleus DEn 

dorsal fornix df 

dorsal hippocampal commissure dhc 

dorsal hypothalamic area DA

dorsal hypothalamic nucleus Do 

dorsal lateral geniculate nucleus DLG 

dorsal lateral olfactory tract dlo 

dorsal longitudinal fasciculus dlf 

dorsal motor nucleus of vagus 10N 

dorsal paragigantocellular nucleus DPGi 

dorsal peduncular cortex DP 

dorsal peduncular pontine nucleus DPPn 

dorsal periolivary region DPO 

dorsal raphe nucleus DR 

dorsal raphe nucleus, caudal part DRC 

dorsal raphe nucleus, dorsal part DRD 

dorsal raphe nucleus, interfascicular part DRI 

dorsal raphe nucleus, ventral part DRV 

dorsal spinocerebellar tract dsc 

dorsal tegmental nucleus DTg 

dorsal tegmental nucleus, central part DTgC 

dorsal tegmental nucleus, pericentral part 

DTgP 

dorsal transition zone DTr 

dorsal tuberomammillary nucleus DTM 

dorsolateral orbital cortex DLO 

dorsolateral periaqueductal gray DLPAG 

dorsolateral pontine nucleus DLPn 

dorsomedial hypothalamic nucleus, compact 

part DMC 

dorsomedial hypothalamic nucleus, dorsal part 

DMD 

dorsomedial hypothalamic nucleus, ventral part 

DMV 

dorsomedial pontine nucleus DMPn 

dorsomedial spinal trigeminal nucleus DMSp5 

dorsomedial spinal trigeminal nucleus, ventral 

part DMSp5V 

dysgranular insular cortex DI 

E 

ectorhinal cortex Ect 

ectotrigeminal nucleus E5 

Edinger-Westphal nucleus EW 

entorhinal cortex Ent 

ependymal and subendymal layer/olfactory 

ventricle E/OV 

epifascicular nucleus EF 

epilemniscal nucleus ELm 

epimicrocellular nucleus EMi 

epirubrospinal nucleus ERS 

ethmoid thalamic nucleus Eth 

external cuneate nucleus ECu 

external medullary lamina eml 

external plexiform layer of the olfactory bulb 

EPl 

extreme capsule exc 

F 

F cell group of the vestibular complex FVe 

facial nerve or its root 7n 

facial nucleus 7N 

facial nucleus, dorsolateral subnucleus 7DL 

facial nucleus, dorsomedial subnucleus 7DM 

facial nucleus, lateral subnucleus 7L 

facial nucleus, ventral intermediate subnucleus 

7VI 

facial nucleus, ventromedial subnucleus 7VM 

fasciculus retroflexus fr 

fasciola cinereum FC 

field CA1 of hippocampus CA1 



fimbria of the hippocampus fi 

flocculus Fl 

forceps major of the corpus callosum fmj 

forceps minor of the corpus callosum fmi 

forelimb area, cortex FL 

fornix f 

frontal association cortex FrA 

G 

gelatinous layer of the caudal spinal trigeminal 

nucleus Ge5 

gemini hypothalamic nucleus Gem 

genu of the facial nerve g7 

gigantocellular reticular nucleus Gi 

gigantocellular reticular nucleus, alpha part 

GiA 

gigantocellular reticular nucleus, ventral part 

GiV 

glomerular layer of the accessory olfactory 

bulb GlA 

glossopharyngeal nerve 9n 

gracile fasciculus gr 

gracile nucleus Gr 

granular cell layer of the olfactory bulb GrO 

granular insular cortex GI 

granular layer of the cochlear nuclei GrC 

granular layer of the dentate gyrus GrDG 

granule cell layer of the accessory olfactory 

bulb GrA 

gustatory thalamic nucleus Gus 

gustatory thalamic nucleus Gus 

H 

habenular commissure hbc 

hilus of the dentate gyrus Hil 

hippocampal fissure hf 

hypoglossal nucleus 12N 

I 

indusium griseum IG 

inferior olive IO 

inferior olive, beta subnucleus IOBe 

inferior olive, cap of Kooy of the medial 

nucleus IOK 

inferior olive, dorsal nucleus IOD 

inferior olive, dorsomedial cell column IODMC 

inferior olive, dorsomedial cell group IODM

inferior olive, medial nucleus IOM 

inferior olive, principal nucleus IOPr 

inferior olive, subnucleus A of medial nucleus 

IOA 

inferior olive, subnucleus B of medial nucleus 

IOB 

inferior olive, subnucleus C of medial nucleus 

IOC 

inferior olive, ventrolateral protrusion IOVL 

infracerebellar nucleus Inf 

infralimbic cortex IL 

infundibular reccess IRe 

infundibular stem InfS 

inner blade of the dentate gyrus IBl 

interanterodorsal thalamic nucleus IAD 

interanteromedial thalamic nucleus IAM 

intercalated amygdaloid nucleus, main part IM 

intercalated nuclei of the amygdala I 

intercalated nucleus of the medulla In 

intercollicular nucleus InCo 

intercrural fissure icf 

intergeniculate leaf IGL 

intermediate acoustic stria ias 

intermediate geniculate nucleus IntG 

intermediate interstitial nucleus of the medial 

longitudinal fasciculus II 

intermediate lobe of pituitary IPit 

intermediate nucleus of the lateral lemniscus 

ILL 

intermediodorsal thalamic nucleus IMD 

intermedioventral thalamic commissure imvc 

intermedius nucleus of the medulla InM 

internal capsule ic 

internal medullary lamina iml 

internal plexiform layer of the olfactory bulb 

IPl 

interoculomotor nucleus I3 

interpeduncular fossa IPF 

interpeduncular nucleus IP 

interpeduncular nucleus, apical subnucleus 

IPA 

interpeduncular nucleus, caudal subnucleus 

IPC 

interpeduncular nucleus, dorsomedial 

subnucleus IPDM 

interpeduncular nucleus, intermediate 

subnucleus IPI 

interpeduncular nucleus, lateral subnucleus 

IPL 

interpeduncular nucleus, rostral subnucleus 

IPR 

interpeduncular nucleus, rostrolateral 

subnucleus IPRL 

interposed cerebellar nucleus, dorsomedial 

crest IntDM 

interposed cerebellar nucleus, posterior part 

IntP 

interposed cerebellar nucleus, posterior 

parvicellular part IntPPC 

interstitial nucleus of Cajal InC 

interstitial nucleus of Cajal, greater part InCG 

interstitial nucleus of the posterior limb of the 

anterior commissure, central part IPACC 

interstitial nucleus of the posterior limb of t he 

anterior commissure, lateral part IPACL 

interstitial nucleus of the posterior limb of the 

anterior commissure, medial part IPACM 

interstitial nucleus of the vestibulocochlear 

nerve I8 

interventricular foramen IVF 

intramedullary thalamic area IMA 

islands of Calleja, major island ICjM 

J 

juxtarestiform body jx 

juxtatrigeminal area Jx5 

K 

Kölliker-Fuse nucleus KF 

L 

lacunosum moleculare layer of the 

hippocampus LMol 

lambdoid septal zone Ld 

lamina dissecans of the entorhinal cortex Dsc 

lateral (dentate) cerebellar nucleus Lat 

lateral accumbens shell LAcbSh 

lateral amygdaloid nucleus La 

lateral amygdaloid nucleus, dorsolateral part 

LaDL 

lateral amygdaloid nucleus, ventrolateral part 

LaVL 

lateral amygdaloid nucleus, ventromedial par t 

LaVM 

lateral cerebellar nucleus, parvicellular part 

LatPC 

lateral entorhinal cortex LEnt 

lateral globus pallidus LGP 

lateral habenular nucleus, lateral part LHbL 

lateral habenular nucleus, medial part LHbM 

lateral hypothalamic area LH 

lateral lemniscus ll 

lateral mammillary nucleus LM 

lateral olfactory tract lo 

lateral orbital cortex LO 

lateral parabrachial nucleus, central part LPBC 

lateral parabrachial nucleus, crescent part 

LPBCr 

lateral parabrachial nucleus, dorsal part LPBD 

lateral parabrachial nucleus, ventral part 

LPBV 

lateral paragigantocellular nucleus LPGi 

lateral parietal association cortex LPtA 

lateral posterior thalamic nucleus LP 

lateral posterior thalamic nucleus, laterocaudal 

part LPLC 

lateral posterior thalamic nucleus, laterorostral 

part LPLR 

lateral posterior thalamic nucleus, mediorostral 

part LPMR 

lateral preoptic area LPO

lateral recess of the 4th ventricle LR4V 

lateral reticular nucleus LRt 

lateral reticular nucleus, parvicellular part 

LRtPC 

lateral reticular nucleus, subtrigeminal part 

LRtS5 

lateral septal nucleus LS 

lateral septal nucleus, dorsal part LSD 

lateral septal nucleus, intermediate part LSI 

lateral septal nucleus, ventral part LSV 

lateral stripe of the striatum LSS 

lateral superior olive LSO 

lateral tegmental tract ltg 

lateral terminal nucleus of the accessory optic 

tract LT 

lateral ventricle LV 

lateral vestibular nucleus LVe 

lateral vestibulospinal tract lvs 

lateroanterior hypothalamic nucleus LA 

laterodorsal tegmental nucleus LDTg 

laterodorsal tegmental nucleus, ventral part 

LDTgV 

laterodorsal thalamic nucleus LD 

laterodorsal thalamic nucleus, dorsomedial part 

LDDM 

laterodorsal thalamic nucleus, ventrolateral 

part LDVL 

lateroventral periolivary nucleus LVPO 

linear nucleus of the medulla Li 

locus coeruleus LC 

longitudinal association bundle lab 

M 

magnocellular nucleus of the lateral 

hypothalamus MCLH 

magnocellular nucleus of the posterior 

commissure MCPC 

magnocellular preoptic nucleus MCPO 

mammillary peduncle mp 

mammillary recess of the 3rd ventricle MRe 

mammillotegmental tract mtg 

mammillothalamic tract mt 

marginal zone of the medial geniculate MZMG 

medial (fastigial) cerebellar nucleus Med 

medial accessory oculomotor nucleus MA3 

medial amygdaloid nucleus Me 

medial amygdaloid nucleus, anterior dorsal 

MeAD 

medial amygdaloid nucleus, anterior part MeA 

medial amygdaloid nucleus, anteroventral part 

MeAV 

medial amygdaloid nucleus, posterodorsal part 

MePD 

medial cerebellar nucleus, dorsolateral 

protuberance MedDL 

medial corticohypothalamic tract mch 

medial eminence, external layer MEE 

medial eminence, internal layer MEI 

medial entorhinal cortex MEnt 

medial entorhinal cortex, ventral part MEntV 

medial forebrain bundle mfb 

medial geniculate nucleus MG 

medial geniculate nucleus, dorsal part MGD 

medial geniculate nucleus, medial part MGM 

medial globus pallidus (entopeduncular 

nucleus) MGP 

medial habenular nucleus MHb 

medial lemniscus ml 

medial longitudinal fasciculus mlf 

medial mammillary nucleus, lateral part ML 

medial orbital cortex MO 

medial parabrachial nucleus MPB 

medial parabrachial nucleus external part 

MPBE 

medial parietal association cortex MPtA 

medial pontine nucleus MPn 

medial preoptic area MPA 

medial preoptic nucleus MPO 

medial preoptic nucleus, central part MPOC 

medial preoptic nucleus, lateral part MPOL 

medial pretectal nucleus MPT 

medial rostroventrolateral medulla MRVL 

medial septal nucleus MS 

medial superior olive MSO 

medial terminal nucleus of the accessory optic 

tract MT 

medial tuberal nucleus MTu 

medial vestibular nucleus MVe 

medial vestibular nucleus, magnocellular part 

MVeMC 

medial vestibular nucleus, parvicellular part 

MVePC 

median accessory nucleus of the medulla 

MnA 

median raphe nucleus MnR 

mediodorsal thalamic nucleus, central part 

MDC 

mediodorsal thalamic nucleus, lateral part 

MDL 

mediodorsal thalamic nucleus, medial part 

MDM 

mediodorsal thalamic nucleus, paralaminar part 

MDPL 

medullary reticular nucleus, dorsal part MdD 

medullary reticular nucleus, ventral part MdV 

mesencephalic trigeminal nucleus Me5 

mesencephalic trigeminal tract me5 

microcellular tegmental nucleus MiTg 

middle cerebellar peduncle mcp 

middle cerebral artery mcer 

minimus nucleus Min 

mitral cell layer of the accessory olfactory bulb 

MiA 

mitral cell layer of the olfactory bulb Mi 

molecular layer of the dentate gyrus Mol 

motor root of the trigeminal nerve m5 

motor trigeminal nucleus Mo5 

motor trigeminal nucleus, dorsolateral part 

Mo5DL 

motor trigeminal nucleus, ventromedial part 

Mo5VM 

N

nigrostriatal bundle ns 

noradrenaline/adrenaline cells A1/C1 

nucleus O O 

nucleus of Darkschewitsch Dk 

nucleus of origin of efferents of the vestibular 

nerve EVe 

nucleus of the brachium of the inferior 

colliculus BIC 

nucleus of the commissural stria terminalis 

CST 

nucleus of the dorsal hippocampal commissure 

DHC 

nucleus of the fields of Forel F 

nucleus of the horizontal limb of the diagonal 

band HDB 

nucleus of the optic tract OT 

nucleus of the posterior commissure PCom 

nucleus of the solitary tract Sol 

nucleus of the solitary tract, central part 

SolCe 

nucleus of the solitary tract, commissural part 

SolC 

nucleus of the solitary tract, dorsomedial part 

SolDM 

nucleus of the solitary tract, intermediate part 

SolIM 

nucleus of the solitary tract, interstitial part 

SolI 

nucleus of the solitary tract, medial part SolM 

nucleus of the solitary tract, rostrolateral 

part1-10 SolRL 

nucleus of the solitary tract, ventrolateral part 

SolVL 

nucleus of the solotary tract, rostral central 

part RCe 

nucleus of the stria medullaris SM 

nucleus of the trapezoid body Tz 

nucleus of the vertical limb of the diagonal 

band VDB 

nucleus X X 

nucleus Y Y 

nucleus Z Z 

O 

obex Obex 

olfactory nerve layer ON 

olfactory tubercle Tu 

olfactory tubercle densocellular layer TuDC 

olfactory tubercle plexiform layer TuPl 

olfactory tubercle polymorph layer TuPo 

olfactory ventricle (olfactory part of lateral 

ventricle) OV 

olivary pretectal nucleus OPT 

olivocerebellar tract oc 

olivocochlear bundle ocb 

optic chiasm ox 

optic nerve 2n 

optic nerve layer of the superior colliculus Op 

oriens layer of the hippocampus Or 

outer blade of the dentate gyrus OBl 

oval paracentral thalamic nucleus OPC 

P 

parabigeminal nucleus PBG 

parabrachial nucleus PB 

parabrachial nucleus, waist part PBW 

parabrachial pigmented nucleus PBP 

paracentral thalamic nucleus PC 

paracochlear glial substance PCGS 

paracollicular tegmentum PCTg 

parafascicular thalamic nucleus PF 

parafloccular sulcus pfs 

paraflocculus PFl 

paralemniscal nucleus PL 

paramedian lobule PM 

paramedian raphe nucleus PMnR 

paramedian reticular nucleus PMn 

paramedian sulcus pms 

paranigral nucleus PN 

pararubral nucleus PaR 

parasolitary nucleus PSol 

parastrial nucleus PS 

parasubiculum PaS 

parasubthalamic nucleus PSTh 

paratrigeminal nucleus Pa5 

paraventricular hypothalamic nucleus, anterior 

magnocellular part PaAM 

paraventricular hypothalamic nucleus, anterior 

parvicellular part PaAP 

paraventricular hypothalamic nucleus, dorsal 

cap PaDC 

paraventricular hypothalamic nucleus, lateral 

magnocellular part PaLM 

paraventricular hypothalamic nucleus, medial 

parvicellular part PaMP 

paraventricular hypothalamic nucleus, posterior 

part PaPo 

paraventricular hypothalamic nucleus, ventral 

part PaV 

paraventricular thalamic nucleus PV 

paraventricular thalamic nucleus, anterior part 

PVA 

paraventricular thalamic nucleus, posterior part 

PVP 

parvicellular motor trigeminal nucleus PC5 

parvicellular reticular nucleus PCRt 

pedunculopontine tegmental nucleus PPTg 

periaqueductal gray PAG 

perifacial zone P7 

perifornical nucleus PeF 

peripeduncular nucleus PP 

perirhinal cortex PRh 

peritrigeminal zone P5 

periventricular fiber system pv 

periventricular hypothalamic nucleus Pe 

pineal gland Pi 

pineal recess PiRe 

piriform cortex Pir 

polymorph layer of the dentate gyrus PoDG 

pontine nuclei Pn 

pontine raphe nucleus PnR 

pontine reticular nucleus, caudal part PnC 

pontine reticular nucleus, oral part PnO

pontine reticular nucleus, ventral part PnV 

posterior commissure pc 

posterior hypothalamic area PH 

posterior intralaminar thalamic nucleus PIL 

posterior limitans thalamic nucleus PLi 

posterior pretectal nucleus PPT 

posterior superior fissure psf 

posterior thalamic nuclear group Po 

posterior thalamic nuclear group, triangular 

part PoT 

posterodorsal preoptic nucleus PDP 

posterodorsal tegmental nucleus PDTg 

posterolateral cortical amygdaloid nucleus (C2) 

PLCo 

posterolateral fissure plf 

posteromedial cortical amygdaloid nucleus 

(C3) PMCo 

postsubiculum Post 

pre-Bötzinger complex PrBo 

precentral fissure pcn 

precommissural fornix pcf 

preculminate fissure pcuf 

predorsal bundle pd 

prelimbic cortex PrL 

premammillary nucleus, dorsal part PMD 

premammillary nucleus, ventral part PMV 

prepositus nucleus Pr 

prepyramidal fissure ppf 

prerubral field PR 

presubiculum PrS 

primary auditory cortex Au1 

primary fissure prf 

primary motor cortex M1 

primary somatosensory cortex S1 

primary somatosensory cortex, barrel field 

S1BF 

primary somatosensory cortex, dysgranular 

region S1DZ 

primary somatosensory cortex, forelimb region 

S1FL 

primary somatosensory cortex, hindlimb region 

S1HL 

primary somatosensory cortex, jaw region 

S1J 

primary somatosensory cortex, jaw region, oral 

surface S1JO 

primary somatosensory cortex, shoulder region 

S1Sh 

primary somatosensory cortex, upper lip region 

S1ULp 

primary visual cortex V1 

primary visual cortex, binocular area V1B 

primary visual cortex, monocular area V1M 

principal mammillary tract pm 

principal sensory trigeminal nucleus Pr5 

principal sensory trigeminal nucleus, 

dorsomedial part Pr5DM 

pyramidal decussation pyx 

pyramidal fissure pf 

pyramidal tract py 

R 

raphe cap RC 

raphe interpositus nucleus RIP 

raphe magnus nucleus RMg 

raphe obscurus nucleus ROb 

raphe pallidus nucleus RPa 

recess of the inferior colliculus ReIC 

red nucleus R 

red nucleus, lateral horn RLH 

red nucleus, magnocellular part RMC 

reticular thalamic nucleus Rt 

reticulotegmental nucleus of the pons RtTg 

reticulotegmental nucleus of the pons, 

pericentral part RtTgP 

retroambiguus nucleus RAmb 

retrochiasmatic area RCh 

retroethmoid nucleus REth 

retrolemniscal nucleus RL 

retroparafascicular nucleus RPF 

retrorubral field RRF 

retrorubral fields/A8 dopamine cells RRF/A8 

retrorubral nucleus RR 

retrosplenial agranular cortex RSA 

retrosplenial granular a cortex RSGa 

retrosplenial granular b cortex RSGb 

retrosplenial granular cortex RSG 

reuniens thalamic nucleus Re 

rhinal fissure rf 

rhinal incisura ri 

rhomboid thalamic nucleus Rh 

root of abducens nerve 6n 

root of accessory nerve 11n 

root of hypoglossal nerve 12n 

rostral interstitial nucleus of medial longitudinal 

fasciculus RI 

rostral linear nucleus of the raphe RLi 

rostral periolivary region RPO 

rostroventrolateral reticular nucleus RVL 

rostrum of the corpus callosum rcc 

rubrospinal tract rs 

S 

sagulum nucleus Sag 

scaphoid thalamic nucleus Sc 

secondary auditory cortex, dorsal area AuD 

secondary auditory cortex, ventral area AuV 

secondary motor cortex M2 

secondary somatosensory cortex S2 

secondary visual cortex, lateral area V2L 

secondary visual cortex, mediolateral area 

V2ML 

semilunar nucleus SL 

sensory root of the trigeminal nerve s5 

septofimbrial nucleus SFi 

septohippocampal nucleus SHi 

simple lobule Sim 

simple lobule A SimA 

solitary tract sol 

sphenoid nucleus Sph 

spinal trigeminal nucleus, caudal part Sp5C 

spinal trigeminal nucleus, oral part Sp5O

spinal trigeminal nucleus, oral part, 

ventrolateral division Sp5OVL 

spinal trigeminal tract sp5 

spinal vestibular nucleus SpVe 

spinocerebellar tract sc 

splenium of the corpus callosum scc 

stratum lucidum, hippocampus SLu 

stria terminalis st 

striohypothalamic nucleus StHy 

subcoeruleus nucleus, alpha part SubCA 

subcoeruleus nucleus, dorsal part SubCD 

subcoeruleus nucleus, ventral part SubCV 

subcommissural nucleus SCom 

subcommissural organ SCO 

subfornical organ SFO 

subgeniculate nucleus SubG 

subiculum S 

subincertal nucleus SubI 

sublenticular extended amygdala SLEA 

sublenticular extended amygdala, central part 

SLEAC 

sublenticular extended amygdala, medial part 

SLEAM 

submammillothalamic nucleus SMT 

submedius thalamic nucleus Sub 

submedius thalamic nucleus, dorsal part SubD 

submedius thalamic nucleus, ventral part 

SubV 

subparafascicular thalamic nucleus SPF 

subparafascicular thalamic nucleus, 

parvicellular part SPFPC 

subparaventricular zone of the hypothalamus 

SPa 

subpedencular tegmental nucleus SPTg 

substantia innominata SI 

substantia innominata, basal part SIB 

substantia innominata, dorsal part SID 

substantia innominata, ventral part SIV 

substantia nigra SN 

substantia nigra, compact part SNC 

substantia nigra, compact part, dorsal tier 

SNCD 

substantia nigra, compacta part, ventral tier 

SNCV 

substantia nigra, lateral part SNL 

substantia nigra, medial part SNM 

substantia nigra, reticular part SNR 

substantia nigra, reticular part, dorsomedial 

tier SNRDM 

substantia nigra, reticular part, ventrolateral 

tier SNRVL 

subthalamic nucleus STh 

sulcus limitans slim 

superficial glial zone of the cochlear nuclei 

SGl 

superficial gray layer of the superior colliculus 

SuG 

superior cerebellar peduncle (brachium 

conjunctivum) scp 

superior cerebellar peduncle, descending limb 

scpd 

superior paraolivary nucleus SPO 

superior salivatory nucleus SuS 

superior thalamic radiation str 

superior vestibular nucleus SuVe 

suprachiasmatic nucleus SCh 

suprachiasmatic nucleus, dorsomedial part 

SChDM 

suprachiasmatic nucleus, ventrolateral part 

SChVL 

suprageniculate thalamic nucleus SG 

supragenual nucleus SGe 

supramammillary decussation sumx 

supramammillary nucleus SuM 

supramammillary nucleus, medial part SuMM 

supraoculomotor cap Su3C 

supraoculomotor periaqueductal gray Su3 

supraoptic decussation sox 

supraoptic nucleus SO 

supratrigeminal nucleus Su5 

T 

tectospinal tract ts 

terete hypothalamic nucleus Te 

trigeminal ganglion 5Gn 

trigeminal ganglion 5Gn 

trochlear decussation 4x 

trochlear nucleus 4N 

U 

uncinate fasciculus unc 

uvula, cerebellum Uvu 

uvular fissure uf 

V 

vagus nerve or its root 10n 

ventral anterior thalamic nucleus VA 

ventral cochlear nucleus VC 

ventral cochlear nucleus, anterior part VCA 

ventral cochlear nucleus, posterior part VCP 

ventral hippocampal commissure vhc 

ventral lateral geniculate nucleus VLG 

ventral lateral geniculate nucleus, 

magnocellular part VLGMC 

ventral lateral geniculate nucleus, parvicellular 

part VLGPC 

ventral nucleus of the lateral lemniscus VLL 

ventral orbital cortex VO 

ventral pallidum VP 

ventral peduncular pontine nucleus VPPn 

ventral posterolateral thalamic nucleus VPL 

ventral posteromedial thalamic nucleus VPM 

ventral reuniens thalamic nucleus VRe 

ventral spinocerebellar tract vsc 

ventral tegmental area VTA 

ventral tegmental decussation vtgx 

ventral tenia tecta VTT 

ventral tuberomammillary nucleus VTM 

ventrolateral hypothalamic nucleus VLH

ventrolateral preoptic nucleus VLPO 

ventrolateral thalamic nucleus VL 

ventromedial hypothalamic nucleus VMH 

ventromedial hypothalamic nucleus, anterior 

part VMHA 

ventromedial hypothalamic nucleus, central 

part VMHC 

ventromedial hypothalamic nucleus, 

dorsomedial part VMHDM 

ventromedial hypothalamic nucleus, 

ventrolateral part VMHVL 

ventromedial preoptic nucleus VMPO 

ventromedial thalamic nucleus VM 

vertebral artery vert 

vestibular root of the vestibulocochlear nerve 

8vn 

vestibulocerebellar nucleus VeCb 

vestibulocochlear ganglion 8Gn 

vestibulocochlear nerve 8n 

vestibulomesencephalic tract veme 

visual tegmental relay zone VTRZ 

vomeronasal nerve vn 

vomeronasal nerve layer VN 

X 

xiphoid thalamic nucleus Xi 

Z 

zona incerta, dorsal part ZID 

zona incerta, ventral part ZIV 

zona limitans ZL 

zonal layer of the superior colliculus GI

INDEX OF ABBREVIATIONS 

The abbreviations are listed in alphabetical order. 

Each abbreviation is followed by the structure 

name and the number of the figures on which 

the abbreviation appears. 

1 layer 1 10-18, 35-38, 70-74, 102 

1Cb 1st Cerebellar lobule 79-80, 101 

2 layer 2 10-18, 27, 35-38, 70-74 

2Cb 2nd Cerebellar lobule 72-80, 101-111 

2n optic nerve 30 

3 layer 3 10-14, 35-38, 70-74 

3Cb 3rd Cerebellar lobule 74-81, 101-117, 

119 

3N oculomotor nucleus 62-66, 101-103 

3n oculomotor nerve or its root 58, 60-61 

3PC oculomotor nucleus, parvicellular part 62- 

66, 102-103 

3V 3rd ventricle 27-52, 101-107 

4&5Cb 4&5th Cerebellar lobules 75-87, 101- 

112, 119, 121 

4N trochlear nucleus 68, 102-103 

4n trochlear nerve or its root 70-75, 108- 

110, 112 

4V 4th ventricle 74-91, 101, 103-108 

6 abducens nucleus 86 

6Cb 6th Cerebellar lobule 85, 87-94, 101- 

114 

6N abducens nucleus 77-79, 103-105 

7Cb 7th Cerebellar lobule 91-98, 101-113 

7DI facial nucleus, dorsal intermediate 

subnucleus 81 

7DL facial nucleus, dorsolateral subnucleus 81 

7DM facial nucleus, dorsomedial subnucleus 

81 

7L facial nucleus, lateral subnucleus 81 

7N facial nucleus 78-85, 107-115 

7n facial nerve or its root 74-78, 106-115 

7VI facial nucleus, ventral intermediate 

subnucleus 81 

7VM facial nucleus, ventromedial subnucleus 

81 

8Cb 8th Cerebellar lobule 89-102, 104-114 

8n vestibulocochlear nerve 74-82, 115-121 

8vn vestibular root of the vestibulocochlear 

nerve 72-73, 78-80 

9Cb 9th Cerebellar lobule 87-110 

10 dorsal motor nucleus of vagus 87 

10Cb 10th Cerebellar lobule 81-86, 88-89, 

101-113 

10N dorsal motor nucleus of vagus 84-99, 

101-104 

11N accessory nerve nucleus 100 

11n root of accessory nerve 92 

12 hypoglossal nucleus 91 

12N hypoglossal nucleus 89-90, 92-99, 101- 

103 

12n root of hypoglossal nerve 91, 96-98 

A 

A1 A1 noradrenaline cells 93-96, 100 

A1/C1 noradrenaline/adrenaline cells 9 7 

A11 A11dopamine cells 47 

A12 A12 dopamine cells 47-48 

A13 A13 dopamine cells 40-43, 106-108 


A2 A2 noradrenaline cells 100 

A5 A5 noradrenaline cells 75-81, 112, 114 

A7 A7 noradrenaline cells 72, 115 


AAD anterior amygdaloid area, dorsal part 32- 

38, 115-119 

AAV anterior amygdaloid area, ventral part 

32-36, 114-119 

AC anterior commissural nucleus 33-35, 102 

ac anterior commissure 101-109 

aca anterior commissure, anterior part 14-32, 

108-113 

Acb accumbens nucleus 14, 25-26 

AcbC accumbens nucleus, core 15-24, 106- 

113 

AcbSh accumbens nucleus, shell 15-24, 103- 

112 

aci anterior commissure, intrabulbar part 1- 

13, 107-109, 111

ACo anterior cortical amygdaloid nucleus 33- 

45, 119-124 

acp anterior commissure, posterior 29-35, 

110-123 

Acs accessory nucleus of the ventral horn 37 

Acs5 accessory trigeminal nucleus 73-75, 

109 

Acs6/7 accessory abducens/facial nucleus 77 

Acs7 accessory facial nucleus 78-82 

AD anterodorsal thalamic nucleus 34-40, 106- 

109 

ADP anterodorsal preoptic nucleus 28-34, 

102-103 

AHA anterior hypothalamic area, anterior part 

34-36, 103-106 

AHC anterior hypothalamic area, central part 

37-38, 102-106 

AHi amygdalohippocampal area 119-124 

AHiAL amygdalohippocampal area, anterolateral 

part 47-52 

AHiPM amygdalohippocampal area, 

posteromedial part 51-62, 114-118 

AHP anterior hypothalamic area, posterior part 

39-42, 103-106 

AI agranular insular cortex 0, 10-14 

AID agranular insular cortex, dorsal part 0, 15- 

27, 114-132 

AIP agranular insular cortex, posterior part 0, 

28-40, 129-132 

AIV agranular insular cortex, ventral part 0, 

15-27, 114-132 

AL nucleus of the ansa lenticularis 40 

al ansa lenticularis 41 

alv alveus of the hippocampus 40-67, 105- 

123, 125-126, 128-130, 132 

AM anteromedial thalamic nucleus 35-41, 

104-108 

Amb ambiguus nucleus 86-97, 111-112 

AMV anteromedial thalamic nucleus, ventral 

part 36-38, 105-106 

Ang angular thalamic nucleus 43-44, 109-111 

Ant anterior lobe cerebellum 71-75 

AOB accessory olfactory bulb 4-6, 106-107, 

109, 111-112 

AOD anterior olfactory nucleus, dorsal part 4- 

10, 108-111 

AOE anterior olfactory nucleus, external part 

3-6, 106-113 

AOL anterior olfactory nucleus, lateral part 3- 

10, 111-113 

AOM anterior olfactory nucleus, medial part 4- 

14, 104-107 

AOP anterior olfactory nucleus, posterior part 

11-14, 105-111 

aot accessory olfactory tract 42 

AOV anterior olfactory nucleus, ventral part 

4-10, 105-111 

AP area postrema 91-96 

APir amygdalopiriform transition area 51-62, 

125-132 

APit anterior lobe of pituitary 107 

apmf ansoparamedian fissure 85-95, 114-129 

APT anterior pretectal nucleus 56-59, 107- 

108, 112-115 

APTD anterior pretectal nucleus, dorsal part 

49-55, 109-111 

APTV anterior pretectal nucleus, ventral part 

53-55, 110-111 

Aq aqueduct (Sylvius) 55-73, 101-102 

Arc arcuate hypothalamic nucleus 41-44, 

102-103 

ArcD arcuate hypothalamic nucleus, dorsal part 

45-48 

ArcL arcuate hypothalamic nucleus, lateral part 

45-48 

ArcLP arcuate hypothalamic nucleus, 

lateroposterior part 49-52 

ArcMP arcuate hypothalamic nucleus, medial 

posterior part 49-54, 101 

asc7 ascending fibers of the facial nerve 105- 

106 

AStr amygdalostriatal transition area 39-49, 

124-130 

ATg anterior tegmental nucleus 65-66, 68- 

69, 102-103 

Au1 primary auditory cortex 0, 49-61, 131- 

132 

AuD secondary auditory cortex, dorsal area 0, 

48-61, 129-132 

AuV secondary auditory cortex, ventral area 

0, 45-59, 131-132 

AV anteroventral thalamic nucleus 34-35, 39- 

41 

AVDM anteroventral thalamic nucleus, 

dorsomedial part 36-38, 107-110 

AVPe anteroventral periventricular nucleus 

26-31, 102 

AVVL anteroventral thalamic nucleus, 

ventrolateral part 36-38, 108-112 

B 

B basal nucleus (Meynert) 34-40, 42, 113- 

121 

B4 B4 serotonin cells 88-89 

B9 B9 serotonin cells 64-66, 6 8 

BAC bed nucleus of the anterior commissure 

31-32, 105 

BAOT bed nucleus of the accessory olfactory 

tract 38-39, 116-117 

Bar Barrington’s nucleus 75-78, 107 

bas basilar artery 61 

BIC nucleus of the brachium of the inferior 

colliculus 62-69, 115-118 

bic brachium of the inferior colliculus 59-69, 

118-119 

BL basolateral amygdaloid nucleus 121 

BLA basolateral amygdaloid nucleus, anterior 

part 36-48, 124-128 

BLP basolateral amygdaloid nucleus, posterior 

part 47-57, 122-130 

BLV basolateral amygdaloid nucleus, ventral 

part 40-49, 127-130

BMA basomedial amygdaloid nucleus, anterior 

part 36-45, 119-126 

BMP basomedial amygdaloid nucleus, posterior 

part 43-53, 120-128 

Bo Botzinger complex 86 

bp brachium pontis (stem of middle cerebellar 

peduncle) 62-65 

bsc brachium of the superior colliculus 52-66, 

105-121 

BST bed nucleus of the stria terminalis 26-27 

BSTIA bed nucleus of the stria terminalis, 

intraamygdaloid division 42-49, 121 

BSTLD bed nucleus of the stria terminalis, 

lateral division, dorsal part 28-31, 107-110 

BSTLI bed nucleus of the stria terminalis, lateral 

division, intermediate part 31-32, 108 

BSTLJ bed nucleus of the stria terminalis, 

lateral division, juxtacapsular part 29-31, 

110 

BSTLP bed nucleus of the stria terminalis, 

lateral division, posterior part 29-33, 107- 

110 

BSTLV bed nucleus of the stria terminalis, 

lateral division, ventral part 27-31, 107-109 

BSTMA bed nucleus of the stria terminalis, 

medial division, anterior part 26-31, 105- 

106 

BSTMP bed nucleus of the stria terminalis, 

medial division, posterior part 105 

BSTMPI bed nucleus of the stria terminalis, 

medial division, posterointermediate part 32- 

34, 106-108 

BSTMPL bed nucleus of the stria terminalis, 

medial division, posterolateral part 33-36, 

106-110 

BSTMPM bed nucleus of the stria terminalis, 

medial division, posteromedial part 32-34, 

104-108 

BSTMV bed nucleus of the stria terminalis, 

medial division, ventral part 28-32, 107 

BSTS bed nucleus of stria terminalis, 

supracapsular part 31, 33-39 

C 

C1 C1 adrenaline cells 84-89, 98, 107-115 

C2 C2 adrenaline cells 88-89 

C3 C3 adrenaline cells 86-89 

CA1 field CA1 of hippocampus 41-63, 101- 

117, 119, 121-132 


132 


106, 108-132 

CB cell bridges of the ventral striatum 23-24 

Cb cerebellum 86-87 

cbc cerebellar commissure 84-86 

CC central canal 93-100 

cc corpus callosum 25-51, 101-129 

CeC central amygdaloid nucleus, capsular part 

38-46, 120-125 

CeCv central cervical nucleus 97-100 

CeL central amygdaloid nucleus, lateral division 

41-48, 122-124 

CeM central amygdaloid nucleus, medial division 

36-38, 41, 118-122 

CeMAD central amygdaloid nucleus, medial 

division, anterodorsal part 39-40 

CeMAV central amygdaloid nucleus, medial 

division, anteroventral part 39-40 

CeMPV central amygdaloid nucleus, medial 

posteroventral part 42-44 

cg cingulum 18-63, 107-110 

Cg/RS cingulate/retrosplenial cortex 0, 34- 

38, 101-105 

Cg1 cingulate cortex, area 1 0, 11-33, 101- 

106 

Cg2 cingulate cortex, area 2 0, 19-33, 101- 

105 

CGA central gray, alpha part 75-77, 101-102 

CGB central gray, beta part 75 

CGPn central gray of the pons 76-79, 104- 

106 

chp choroid plexus 102, 105-106, 118, 120, 

122-123, 125 

CI caudal interstitial nucleus of the medial 

longitudinal fasciculus 87-90 

CIC central nucleus of the inferior colliculus 

72-75, 106-114 

cic commissure of the inferior colliculus 71- 

72, 101-105 

Cir circular nucleus 37-39 

CL centrolateral thalamic nucleus 40-48, 107- 

109 

Cl claustrum 14-40, 106-131 

CLi caudal linear nucleus of the raphe 64-66, 

68, 101-103 

CM central medial thalamic nucleus 35-48, 

101-105 

CnF cuneiform nucleus 68-74, 109-114 

Cop copula of the pyramis 87-98, 115-123 

cp cerebral peduncle, basal part 46-65, 108- 

120 

CPO caudal periolivary nucleus 78 

CPu caudate putamen (striatum) 15-50, 106- 

131 

Crus1 crus 1 of the ansiform lobule 76-91, 

116-131 

Crus2 crus 2 of the ansiform lobule 80-95, 

115-132 

csc commissure of the superior colliculus 56- 

60, 101-102 

cst commissural stria terminalis 7 3 

Cu cuneate nucleus 91-100, 104-111 

cu cuneate fasciculus 96-100, 104-108 

CVL caudoventrolateral reticular nucleus 110- 

113 

CxA cortex-amygdala transition zone 32-42, 

120-126 

D 

D3V dorsal 3rd ventricle 31-54, 101-102, 

104-105 

das dorsal acoustic stria 84 

DC dorsal cochlear nucleus 78-85, 114-121

DCIC dorsal cortex of the inferior colliculus 

72-76, 101-109 

DEn dorsal endopiriform nucleus 10-54, 110- 

132 

df dorsal fornix 33-50, 101-102, 104 

DG dentate gyrus 39-64, 102-103, 113, 118- 

119, 121 

dhc dorsal hippocampal commissure 39-71, 

101-102 

DI dysgranular insular cortex 15-40, 120-132 

Dk nucleus of Darkschewitsch 54-61, 102- 

104 

DLG dorsal lateral geniculate nucleus 45-55, 

118-122 

DLL dorsal nucleus of the lateral lemniscus 

69-72, 116-118 

DLO dorsolateral orbital cortex 0, 6-9 

dlo dorsal lateral olfactory tract 3-5, 108, 

110, 112-113 

DLPAG dorsolateral periaqueductal gray 59- 

72, 104-107 

DM dorsomedial hypothalamic nucleus 42-45, 

48-49, 102-106 

DMC dorsomedial hypothalamic nucleus, 

compact part 46-48 

DMD dorsomedial hypothalamic nucleus, dorsal 

part 46-47 

DMPAG dorsomedial periaqueductal gray 59- 

74, 101-103 

DMPn dorsomedial pontine nucleus 66, 6 8 

DMSp5 dorsomedial spinal trigeminal nucleus 

82-91, 113-115 

DMTg dorsomedial tegmental area 72-76, 

103-107 

DMV dorsomedial hypothalamic nucleus, ventral 

part 46-47 

DP dorsal peduncular cortex 0, 13-23, 102- 

106 

DpG deep gray layer of the superior colliculus 

56-71, 103-113 

DPGi dorsal paragigantocellular nucleus 81-89, 

101-104 

DpMe deep mesencephalic nucleus 55-67, 

105, 107-115 

DPO dorsal periolivary region 73-77, 107-113 

DpWh deep white layer of the superior 

colliculus 56-71, 103-111 

DR dorsal raphe nucleus 64-66, 102 

DRC dorsal raphe nucleus, caudal part 72-74 

DRD dorsal raphe nucleus, dorsal part 68-71, 

101 

DRI dorsal raphe nucleus, interfascicular part 

68-75, 101 

DRV dorsal raphe nucleus, ventral part 68-71, 

101, 103-105 

DRVL dorsal raphe nucleus, ventrolateral part 

68-71, 103 

Dsc lamina dissecans of the entorhinal cortex 

69, 126-132 

dsc dorsal spinocerebellar tract 97, 99-100 

DT dorsal terminal nucleus of the accessory 

optic tract 58-61, 116 

dtg dorsal tegmental bundle 102 

DTgC dorsal tegmental nucleus, central part 

74-77, 101-103 

DTgP dorsal tegmental nucleus, pericentral part 

73-77, 101-103 

dtgx dorsal tegmental decussation 63, 101 

DTM dorsal tuberomammillary nucleus 49-52, 

102 

DTr dorsal transition zone 103 

DTT dorsal tenia tecta 9-20, 101-107 

E 

E ependyma and subependymal layer 108 

E/OV ependymal and subendymal 

layer/olfactory ventricle 1-11, 106, 108 

ec external capsule 18-67, 127-128, 130 

ECIC external cortex of the inferior colliculus 

65-66, 68-75, 106-117 

Ect ectorhinal cortex 0, 42-74, 129-132 

ECu external cuneate nucleus 87-95, 112 

EF epifascicular nucleus 88 

EMi epimicrocellular nucleus 66, 68-70 

eml external medullary lamina 45-50, 114 

Ent entorhinal cortex 128 

EPl external plexiform layer of the olfactory 

bulb 1-9, 101-115 

EPlA external plexiform layer of the accessory 

olfactory bulb 3, 5, 108 

ERS epirubrospinal nucleus 114 

Eth ethmoid thalamic nucleus 52-54, 110- 

113 

EVe nucleus of origin of efferents of the 

vestibular nerve 78-79 

EW Edinger-Westphal nucleus 54-64, 101 

exc extreme capsule 29-32 

F 

F nucleus of the fields of Forel 51-53, 108- 

110 

f fornix 30-56, 101-108 

FC fasciola cinereum 45-54 

FF fields of Forel 50, 107 

fi fimbria of the hippocampus 34-52, 106- 

120, 122-126 

Fl flocculus 73-82, 122-127 

fmi forceps minor of the corpus callosum 14- 

20, 109-124 

fmj forceps major of the corpus callosum 53- 

56, 108-124 

fr fasciculus retroflexus 42-57, 103-105 

FrA frontal association cortex 0, 4-9, 104- 

116 

Fu bed nucleus of stria terminalis, fusiform part 

29-30, 107-109 

FVe F cell group of the vestibular complex 87- 

89 

G

g7 genu of the facial nerve 79-80, 104-105 

gcc genu of the corpus callosum 21-24, 101- 

106 

Ge5 gelatinous layer of the caudal spinal 

trigeminal nucleus 111, 113, 115 

Gem gemini hypothalamic nucleus 49-51, 107 

GI granular insular cortex 18-40, 121-132 

Gi gigantocellular reticular nucleus 78-91, 

101-108 

GiA gigantocellular reticular nucleus, alpha part 

76-85, 101-106 

GiV gigantocellular reticular nucleus, ventral 

part 86-89, 101-106 

Gl glomerular layer of the olfactory bulb 1-8, 

101-116 

GlA glomerular layer of the accessory olfactory 

bulb 3, 5, 108, 110 

Gr gracile nucleus 95-103 

gr gracile fasciculus 97, 101-102 

GrA granule cell layer of the accessory 

olfactory bulb 2-3, 108-110 

GrC granular layer of the cochlear nuclei 78- 

83 

GrDG granular layer of the dentate gyrus 39- 

64, 104, 106-113, 115-124 

GrO granular cell layer of the olfactory bulb 1- 

9, 102-113 

Gus gustatory thalamic nucleus 47-50, 102- 

110 

H 

hbc habenular commissure 46-50 

HDB nucleus of the horizontal limb of the 

diagonal band 24-35, 104-111 

hf hippocampal fissure 42-63, 103-110, 112- 

128 

I 

I intercalated nuclei of the amygdala 28-38, 

40, 42-47, 120-124 

I3 interoculomotor nucleus 64 

I5 intertrigeminal nucleus 73-75, 115 

IAD interanterodorsal thalamic nucleus 36-39, 

104-106 

IAM interanteromedial thalamic nucleus 37- 

41, 101-103 

ias intermediate acoustic stria 83 

ic internal capsule 29-49, 110-127 

icf intercrural fissure 80-91, 114-131 

ICj islands of Calleja 15-21, 23, 25, 27, 101- 

102, 108, 110, 120 

ICjM islands of Calleja, major island 19-24, 

104-106 

icp inferior cerebellar peduncle (restiform body) 

78-94, 115-116, 118-119 

IF interfascicular nucleus 56-62, 101-102 

IG indusium griseum 21-51, 101-103 

IGL intergeniculate leaf 49-55, 120-121 

IL infralimbic cortex 14-20, 103-105 

ILL intermediate nucleus of the lateral 

lemniscus 68-71, 116-118 

IM intercalated amygdaloid nucleus, main part 

38-39 

IMA intramedullary thalamic area 48-54 

IMD intermediodorsal thalamic nucleus 41-48, 

101 

In intercalated nucleus of the medulla 89-93, 

101-102 

InC interstitial nucleus of Cajal 55-62, 103- 

106 

InCG interstitial nucleus of Cajal, greater part 

55-59 

InCo intercollicular nucleus 65-70, 109-114 

Inf infracerebellar nucleus 81 

InG intermediate gray layer of the superior 

colliculus 56-71, 103-115 

InM intermedius nucleus of the medulla 94-95 

IntA interposed cerebellar nucleus, anterior part 

79-84, 109-116 

IntDL interposed cerebellar nucleus, 

dorsolateral hump 81-85 

IntG intermediate geniculate nucleus 54 

IntP interposed cerebellar nucleus, posterior 

part 83-87, 108-116 

InWh intermediate white layer of the superior 

colliculus 56-71, 103-116 

IO inferior olive 101-102, 105-108 

IOA inferior olive, subnucleus A of medial 

nucleus 94-97 

IOB inferior olive, subnucleus B of medial 

nucleus 92-97 

IOBe inferior olive, beta subnucleus 91-96 

IOC inferior olive, subnucleus C of medial 

nucleus 92-97 

IOD inferior olive, dorsal nucleus 87-95, 103- 

104 

IODM inferior olive, dorsomedial cell group 88- 

90 

IODMC inferior olive, dorsomedial cell column 

89 

IOK inferior olive, cap of Kooy of the medial 

nucleus 91-96 

IOM inferior olive, medial nucleus 87-91, 9 8 

IOPr inferior olive, principal nucleus 87-93, 

103-104 

IOVL inferior olive, ventrolateral protrusion 

91-92 

IP interpeduncular nucleus 65-66 

IPA interpeduncular nucleus, apical subnucleus 

64, 101-102 

IPAC interstitial nucleus of the posterior limb of 

the anterior commissure 37-43, 110-121 

IPACL interstitial nucleus of the posterior limb 

of the anterior commissure, lateral part 27- 

36 

IPACM interstitial nucleus of the posterior limb 

of the anterior commissure, medial part 27- 

36 

IPC interpeduncular nucleus, caudal subnucleus 

59-64, 101-102

IPDL interpeduncular nucleus, dorsolateral 

subnucleus 59-64 

IPDM interpeduncular nucleus, dorsomedial 


IPF interpeduncular fossa 56-59, 101-106 

IPI interpeduncular nucleus, intermediate 


IPL interpeduncular nucleus, lateral subnucleus 

59-64, 103-104 

IPl internal plexiform layer of the olfactory bulb 

1-9, 101-113 

IPR interpeduncular nucleus, rostral subnucleus 

58-64, 101-102 

IRt intermediate reticular nucleus 76-100, 

104-113 

IS inferior salivatory nucleus 79-82 

IVF interventricular foramen 107 

K 

KF Ko¨lliker-Fuse nucleus 71-75, 115-116 

L 

LA lateroanterior hypothalamic nucleus 34- 

38, 103-106 

La lateral amygdaloid nucleus 37-40, 50, 

128-131 

LAcbSh lateral accumbens shell 20-21, 23- 

25, 113-118 

LaDL lateral amygdaloid nucleus, dorsolateral 

part 41-51 

Lat lateral (dentate) cerebellar nucleus 78- 

84, 117-123 

LatPC lateral cerebellar nucleus, parvicellular 

part 81-83, 113-121 

LaVL lateral amygdaloid nucleus, ventrolateral 

part 43-49 

LaVM lateral amygdaloid nucleus, ventromedial 

part 46-51, 127 

LC locus coeruleus 75-79, 108-109 

LD laterodorsal thalamic nucleus 111 

Ld lambdoid septal zone 24-28, 101 

LDDM laterodorsal thalamic nucleus, 


LDTg laterodorsal tegmental nucleus 72-77, 

102-107 

LDTgV laterodorsal tegmental nucleus, ventral 

part 71-73, 107 

LDVL laterodorsal thalamic nucleus, 


LEnt lateral entorhinal cortex 0, 49-73, 125- 

132 

lfp longitudinal fasciculus of the pons 66-72, 

74, 103-109 

LGP lateral globus pallidus 31-45, 112-125 

LH lateral hypothalamic area 34-54, 107-113 

LHb lateral habenular nucleus 39-45, 48-49, 

106 

LHbL lateral habenular nucleus, lateral part 

46-47 

LHbM lateral habenular nucleus, medial part 

46-47, 103-105 

Li linear nucleus of the medulla 88-90, 108 

ll lateral lemniscus 65-66, 68-73, 108-118 

LM lateral mammillary nucleus 53-56, 107- 

110 

LMol lacunosum moleculare layer of the 

hippocampus 42-64, 104-130 

LO lateral orbital cortex 0, 4-15, 17, 112-120 

lo lateral olfactory tract 1-30, 40, 109-124 

LOT nucleus of the lateral olfactory tract 33- 

38, 115-119 

LPAG lateral periaqueductal gray 59-74, 104- 

108 

LPB lateral parabrachial nucleus 72, 109-112 

LPBC lateral parabrachial nucleus, central part 

73-77 

LPBD lateral parabrachial nucleus, dorsal part 

74-76, 114 

LPBE lateral parabrachial nucleus, external part 

73-75, 113-115 

LPBI lateral parabrachial nucleus, internal part 

75 

LPBS lateral parabrachial nucleus, superior part 

73 

LPBV lateral parabrachial nucleus, ventral part 

73-75, 77-78 

LPGi lateral paragigantocellular nucleus 78-90, 

104-113 

LPLC lateral posterior thalamic nucleus, 

laterocaudal part 54-55, 116-117 

LPLR lateral posterior thalamic nucleus, 

laterorostral part 46-53, 113-117 

LPMC lateral posterior thalamic nucleus, 

mediocaudal part 51-56, 115 

LPMR lateral posterior thalamic nucleus, 

mediorostral part 43-53, 107-114 

LPO lateral preoptic area 26-33, 105-109 

LPtA lateral parietal association cortex 43-48, 

110-113 

LR4V lateral recess of the 4th ventricle 78- 

90, 109-117 

LRt lateral reticular nucleus 90-100, 108-114 

LRtPC lateral reticular nucleus, parvicellular part 

90-92, 97-98, 114-11 6 

LS lateral septal nucleus 106 

LSD lateral septal nucleus, dorsal part 19-35, 

102-106 

LSI lateral septal nucleus, intermediate part 

18-32, 101-105 

LSO lateral superior olive 73-77, 110-113 

LSS lateral stripe of the striatum 19-29, 114, 

117-123 

LSV lateral septal nucleus, ventral part 21-32, 

105 

LT lateral terminal nucleus of the accessory 

optic tract 52-55 

LV lateral ventricle 15-55, 101, 103, 106- 

132 

LVe lateral vestibular nucleus 78-83, 111- 

115 

LVPO lateroventral periolivary nucleus 70-78, 

110-113

M 

M1 primary motor cortex 0, 11-42, 107-123 

M2 secondary motor cortex 0, 10-26, 28-42, 

103-120 

m5 motor root of the trigeminal nerve 66, 

68-73, 114-117 

MA3 medial accessory oculomotor nucleus 

56-61, 102-103 

maopt medial accessory optic tract 36-38 

MCLH magnocellular nucleus of the lateral 

hypothalamus 44-47, 111-113 

mcp middle cerebellar peduncle 66-80, 112- 

120 

MCPC magnocellular nucleus of the posterior 

commissure 53-55, 104-106 

MCPO magnocellular preoptic nucleus 27-38, 

112-119 

MD mediodorsal thalamic nucleus 36-39, 48, 

104 

MDC mediodorsal thalamic nucleus, central part 

40-47, 104-105 

MdD medullary reticular nucleus, dorsal part 

92-100, 109-112 

MDL mediodorsal thalamic nucleus, lateral part 

40-47, 105-108 

MDM mediodorsal thalamic nucleus, medial part 

40-47, 102-103 

MdV medullary reticular nucleus, ventral part 

92-100, 104-110 

ME median eminence 44-49, 101 

Me medial amygdaloid nucleus 50 

Me5 mesencephalic trigeminal nucleus 65-66, 

68-78, 107-110 

me5 mesencephalic trigeminal tract 73-77, 

109-111 

MeA medial amygdaloid nucleus, anterior part 

40-41, 115 

MeAD medial amygdaloid nucleus, anterior 

dorsal 37-39, 116-118 

MeAV medial amygdaloid nucleus, anteroventral 

part 39, 116, 118 

Med medial (fastigial) cerebellar nucleus 80- 

88, 104-107, 110-111 

MedDL medial cerebellar nucleus, dorsolateral 

protuberance 84-88, 108-113 

MEnt medial entorhinal cortex 0, 64-66, 68- 

74, 122-132 

MePD medial amygdaloid nucleus, posterodorsal 

part 42-50, 116-120 

MePV medial amygdaloid nucleus, 

posteroventral part 42-49, 115-118 

mfb medial forebrain bundle 15-44, 109-111, 

114-116 

mfba medial forebrain bundle, ‘a’ component 

108 

MG medial geniculate nucleus 63-64, 121 

MGD medial geniculate nucleus, dorsal part 

54-59, 117-120 

MGM medial geniculate nucleus, medial part 

54-59, 116 

MGP medial globus pallidus (entopeduncular 

nucleus) 40-44, 114-119 

MGV medial geniculate nucleus, ventral part 

54-61, 117-120 

MHb medial habenular nucleus 38-49, 102- 

104 

Mi mitral cell layer of the olfactory bulb 1-9, 

101-113 

MiA mitral cell layer of the accessory olfactory 

bulb 3, 5, 108, 110 

Min minimus nucleus 61 

MiTg microcellular tegmental nucleus 65-66, 

68-72, 111-118 

ML medial mammillary nucleus, lateral part 53- 

57, 103-106 

ml medial lemniscus 45-86, 101-113 

mlf medial longitudinal fasciculus 59-92, 96- 

104 

MM medial mammillary nucleus, medial part 

53-59, 101-105 

MMn medial mammillary nucleus, median part 

53-55, 101 

MnA median accessory nucleus of the medulla 

100 

MnPO median preoptic nucleus 26-30, 101- 

102 

MnR median raphe nucleus 64-73, 101 

MO medial orbital cortex 0, 4-14, 101-105 

Mo5 motor trigeminal nucleus 71-75, 109- 

113 

Mol molecular layer of the dentate gyrus 39- 

65, 104-123, 125-129 

mp mammillary peduncle 55-58 

MPA medial preoptic area 25-36, 102-107 

MPB medial parabrachial nucleus 72-78, 107- 

112 

MPBE medial parabrachial nucleus external part 

75-76, 113 

MPOC medial preoptic nucleus, central part 

30-32 

MPOL medial preoptic nucleus, lateral part 32- 

35 

MPOM medial preoptic nucleus, medial part 

30-35, 102-104 

MPT medial pretectal nucleus 53-54, 103-104 

MPtA medial parietal association cortex 0, 43- 

48, 108-110 

MRe mammillary recess of the 3rd ventricle 

53-54 

MS medial septal nucleus 21-29, 101-103 

MSO medial superior olive 75 

MT medial terminal nucleus of the accessory 

optic tract 56-59, 108-109 

mt mammillothalamic tract 39-52, 105-106 

mtg mammillotegmental tract 52-67, 103- 

104 

MTu medial tuberal nucleus 46-48, 105-110 

MVe medial vestibular nucleus 77, 87-90, 

113-115 

MVeMC medial vestibular nucleus, magnocellular 

part 78-86, 103-113 

MVePC medial vestibular nucleus, parvicellular 

part 78-86, 103-112

MVPO medioventral periolivary nucleus 70-78, 

106-109 

MZMG marginal zone of the medial geniculate 

55-62 

N 

ns nigrostriatal bundle 40-54, 107, 109, 111, 

113 

O 

O nucleus O 76-77 

ocb olivocochlear bundle 76-78, 101, 116, 

119 

ON olfactory nerve layer 1-3, 109-113 

Op optic nerve layer of the superior colliculus 

56-71, 101, 103-114, 116 

OPC oval paracentral thalamic nucleus 45-49, 

107-109 

OPT olivary pretectal nucleus 51-54, 105-111 

opt optic tract 34-55, 110-124 

Or oriens layer of the hippocampus 39-62, 

106-110, 112-130, 132 

OT nucleus of the optic tract 53-56, 108-115 

OV olfactory ventricle (olfactory part of lateral 

ventricle) 12-14 

ox optic chiasm 31-33, 101-109 

P 

P5 peritrigeminal zone 70-75, 111-112 

P7 perifacial zone 78-85, 107-114 

Pa4 paratrochlear nucleus 68-70, 103-106 

Pa5 paratrigeminal nucleus 90-93, 97, 117 

Pa6 paraabducens nucleus 77-79, 104-105 

PaAP paraventricular hypothalamic nucleus, 

anterior parvicellular part 36, 101-103 

PaDC paraventricular hypothalamic nucleus, 

dorsal cap 37-39, 102-103 

PAG periaqueductal gray 52-58, 101 

PaLM paraventricular hypothalamic nucleus, 

lateral magnocellular part 36-39, 102-104 

PaMM paraventricular hypothalamic nucleus, 

medial magnocellular part 37-39, 102-103 

PaMP paraventricular hypothalamic nucleus, 

medial parvicellular part 37-41, 101 

PaPo paraventricular hypothalamic nucleus, 

posterior part 40-41, 102-106 

PaR pararubral nucleus 108-111 

PaS parasubiculum 65-73, 121-124 

PaV paraventricular hypothalamic nucleus, 

ventral part 36-37, 101-102 

PBG parabigeminal nucleus 65-66, 68-69, 118 

PBP parabrachial pigmented nucleus 55-63, 

104, 108-112 

PBW parabrachial nucleus, waist part 76 

PC paracentral thalamic nucleus 35-48, 105- 

108 

pc posterior commissure 50-58, 101-104 

PC5 parvicellular motor trigeminal nucleus 69- 

73, 114-115 

PCGS paracochlear glial substance 76, 82, 

117 

pcn precentral fissure 76-80, 101-109 

PCom nucleus of the posterior commissure 

53-55, 104-105 

PCRt parvicellular reticular nucleus 86-91, 

109-115 

PCRtA parvicellular reticular nucleus, alpha part 

75-85, 109-115 

pcuf preculminate fissure 76-81, 101-113 

PDTg posterodorsal tegmental nucleus 78-79, 

101-102 

Pe periventricular hypothalamic nucleus 29-47 

PeF perifornical nucleus 45-48, 107-108 

PF parafascicular thalamic nucleus 48-52, 

103-108 

PFl paraflocculus 74-87, 125-132 

pfs parafloccular sulcus 75-87 

PH posterior hypothalamic area 46-53, 101- 

106 

Pi pineal gland 63 

PIL posterior intralaminar thalamic nucleus 54- 

59, 114-118 

Pir piriform cortex 0, 10-54, 106-132 

PL paralemniscal nucleus 65-66, 68-71, 114 

PLCo posterolateral cortical amygdaloid nucleus 

(C2) 41-52, 119-130 

plf posterolateral fissure 75-82, 86-89, 101- 

110 

PLi posterior limitans thalamic nucleus 54-58 

PM paramedian lobule 85-98, 115-128 

pm principal mammillary tract 53-57 

PMCo posteromedial cortical amygdaloid 

nucleus (C3) 46-62, 116-129 

PMD premammillary nucleus, dorsal part 51- 

53, 102-106 

PMn paramedian reticular nucleus 90-96, 102- 

103 

PMnR paramedian raphe nucleus 64-73, 102- 

104 

PMV premammillary nucleus, ventral part 50- 

52, 103-107 

PN paranigral nucleus 59-62, 103-104 

Pn pontine nuclei 62-69, 101-111 

PnC pontine reticular nucleus, caudal part 73- 

78, 101-108 

PnO pontine reticular nucleus, oral part 64-72, 

104-111 

PnR pontine raphe nucleus 74-75 

PnV pontine reticular nucleus, ventral part 73- 

75, 101-103 

Po posterior thalamic nuclear group 42-53, 

109-118 

PoDG polymorph layer of the dentate gyrus 

40-64, 104-106, 108, 110-112, 114-118, 

120-126 

PoMn posteromedian thalamic nucleus 47-48 

Post postsubiculum 111-121 

PoT posterior thalamic nuclear group, triangular 

part 54-59, 113-114

PP peripeduncular nucleus 53-61, 115-120 

ppf prepyramidal fissure 84-98, 101-118, 

120-124 

PPT posterior pretectal nucleus 52-57, 105- 

114 

PPTg pedunculopontine tegmental nucleus 

65-66, 68-72, 109-114 

PPy parapyramidal nucleus 78-85 

PR prerubral field 50-54, 106 

Pr prepositus nucleus 80-89, 101-102 

Pr5 principal sensory trigeminal nucleus 71- 

72, 119 

Pr5DM principal sensory trigeminal nucleus, 


Pr5VL principal sensory trigeminal nucleus, 


prb Probst’s bundle 80 

PrC precommissural nucleus 49-51, 102-105 

prf primary fissure 75-87, 101-123 

PRh perirhinal cortex 0, 42-71, 127-132 

PrL prelimbic cortex 0, 5-18, 101-106 

PrS presubiculum 59-69, 123-126 

PS parastrial nucleus 28-30, 105-106 

psf posterior superior fissure 76-89, 94, 102- 

125 

PSol parasolitary nucleus 91-93, 106 

PSTh parasubthalamic nucleus 48-52, 108- 

111 

PT paratenial thalamic nucleus 34-38, 101- 

104 

PtA parietal association cortex 114-117 

PV paraventricular thalamic nucleus 39-48, 

101-103 

pv periventricular fiber system 49-50, 101 

PVA paraventricular thalamic nucleus, anterior 

part 33-38, 101-103 

PVG periventricular gray 102 

PVP paraventricular thalamic nucleus, posterior 

part 49-50, 102 

Py pyramidal cell layer of the hippocampus 

39-62, 104, 106-110, 112-128, 130, 132 

py pyramidal tract 75-97, 101-106 

pyx pyramidal decussation 98-102 

R 

R red nucleus 65, 103, 107 

Rad stratum radiatum of the hippocampus 40- 

62, 104-128, 130-132 

RAmb retroambiguus nucleus 98-99 

Rbd rhabdoid nucleus 68, 71, 101 

RC raphe cap 68-73 

RCh retrochiasmatic area 39 

Re reuniens thalamic nucleus 35-46, 101-105 

ReIC recess of the inferior colliculus 101-102 

REth retroethmoid nucleus 53-55, 112-113 

rf rhinal fissure 6-73, 101-104, 107-130 

Rh rhomboid thalamic nucleus 39-46, 101- 

104 

RI rostral interstitial nucleus of medial 

longitudinal fasciculus 51-54, 103-106 

RLi rostral linear nucleus of the raphe 56-63, 

101-102 

RMC red nucleus, magnocellular part 59-64, 

104-106, 108-110 

RMg raphe magnus nucleus 71-85, 101-103 

Ro nucleus of Roller 89-95, 102-103 

ROb raphe obscurus nucleus 83-99 

RPa raphe pallidus nucleus 75-96, 101 

RPC red nucleus, parvicellular part 55-59, 

104-106, 110 

RPF retroparafascicular nucleus 52-55, 105- 

106 

RPO rostral periolivary region 68-72, 106-114 

RR retrorubral nucleus 66-67, 115-117 

RRF retrorubral field 62-65, 109-111 

RRF/A8 retrorubral fields/A8 dopamine cells 

105-108, 112 

rs rubrospinal tract 62-100, 112-114, 116 

RSA retrosplenial agranular cortex 0, 39-72, 

101-107, 109-126 

RSG retrosplenial granular cortex 0, 39-66, 

108-117 

RSGa retrosplenial granular a cortex 103-107 

RSGb retrosplenial granular b cortex 101-104, 

107 

Rt reticular thalamic nucleus 35-49, 106-121 

RtTg reticulotegmental nucleus of the pons 

65-66, 68-75, 101-107 

RtTgP reticulotegmental nucleus of the pons, 

pericentral part 66, 68-70, 102, 104-107 

RVL rostroventrolateral reticular nucleus 84- 

91, 114-115 

S 

S subiculum 51-67, 104-132 

S1 primary somatosensory cortex 14-20, 27, 

48-50, 115-123, 125-132 

S1BF primary somatosensory cortex, barrel 

field 0, 28-47, 118-132 

S1DZ primary somatosensory cortex, 

dysgranular region 28-37, 39-42, 120, 122 

S1FL primary somatosensory cortex, forelimb 

region 0, 23-34, 36-37, 116-122 

S1HL primary somatosensory cortex, hindlimb 

region 0, 26-41, 111-117 

S1J primary somatosensory cortex, jaw region 

0, 16-23, 121-130 

S1Sh primary somatosensory cortex, shoulder 

region 40-41, 115-119 

S1ShNc primary somatosensory cortex, 

shoulder/neck region 0, 35, 38-39, 115- 

119 

S1Tr primary somatosensory cortex, trunk 

region 0, 42-46, 110-119 

S1ULp primary somatosensory cortex, upper lip 

region 0, 21-26, 121-131 

S2 secondary somatosensory cortex 0, 23- 

46, 124, 129-132 

s5 sensory root of the trigeminal nerve 71-75 

Sag sagulum nucleus 70-73, 115 

SC superior colliculus 55, 101-102, 117 

Sc scaphoid thalamic nucleus 52

scc splenium of the corpus callosum 52, 102- 

104, 106 

SCh suprachiasmatic nucleus 33-34, 37-38, 

102 

SChDM suprachiasmatic nucleus, dorsomedial 

part 35-36 

SChVL suprachiasmatic nucleus, ventrolateral 

part 35-36 

SCO subcommissural organ 50, 52-54, 101- 

102 

SCom subcommissural nucleus 54, 105 

scp superior cerebellar peduncle (brachium 

conjunctivum) 47-65, 71-79, 102-112 

sf secondary fissure 91-110 

SFi septofimbrial nucleus 29-36, 104 

SFO subfornical organ 32-38, 101-102 

SG suprageniculate thalamic nucleus 54-59, 

116-117 

SGl superficial glial zone of the cochlear nuclei 

75-77, 79-85 

SHi septohippocampal nucleus 15-26, 101- 

102 

SHy septohypothalamic nucleus 27, 104-105 

SI substantia innominata 27-38, 41-42, 109- 

119 

SID substantia innominata, dorsal part 117 

Sim simple lobule 73-84, 115-126 

SL semilunar nucleus 15-18 

SLEA sublenticular extended amygdala 31-33 

SLEAC sublenticular extended amygdala, 

central part 34-39 

SLEAM sublenticular extended amygdala, medial 

part 34-38 

SLu stratum lucidum, hippocampus 40-59, 

106-113, 116-124 

SM nucleus of the stria medullaris 35, 110 

sm stria medullaris of the thalamus 33-43, 

104-108 

SMT submammillothalamic nucleus 49-52 

SMV superior medullary velum 76-80, 101- 

102, 106 

SNC substantia nigra, compact part 52-63, 

106-116 

SNL substantia nigra, lateral part 54-62, 116- 

118 

SNR substantia nigra, reticular part 51-64, 

108-118 

SO supraoptic nucleus 36-39, 108-114 

Sol nucleus of the solitary tract 108-111, 

113 

sol solitary tract 83-100, 104-108 

SolC nucleus of the solitary tract, commissural 

part 93-103 

SolCe nucleus of the solitary tract, central part 

89-93 

SolDL solitary nucleus, dorsolateral part 90- 

97 

SolDM nucleus of the solitary tract, dorsomedial 

part 85-89 

SolG nucleus of the solitary tract, gelatinous 

part 90-95, 102 

SolI nucleus of the solitary tract, interstitial 

part 83-87, 89-91, 94-96 

SolIM nucleus of the solitary tract, intermediate 

part 83-95, 104-107 

SolM nucleus of the solitary tract, medial part 

85-100, 102-107 

SolV solitary nucleus, ventral part 86-92, 94- 

99, 105-106 

SolVL nucleus of the solitary tract, 

ventrolateral part 86-99, 107 

SOR supraoptic nucleus, retrochiasmatic part 

42-43 

sox supraoptic decussation 36-50, 101-121 

sp5 spinal trigeminal tract 76-100, 108-120 

Sp5C spinal trigeminal nucleus, caudal part 

94-100, 108-118 

Sp5I spinal trigeminal nucleus, interpolar part 

85-95, 110-119 

Sp5O spinal trigeminal nucleus, oral part 78, 

84, 116-118 

Sp5ODM spinal trigeminal nucleus, oral part, 

dorsomedial division 79-81 

Sp5OVL spinal trigeminal nucleus, oral part, 

ventrolateral division 79-83 

SPa subparaventricular zone of the 

hypothalamus 37-39 

SPF subparafascicular thalamic nucleus 48-50, 

103-105 

SPFPC subparafascicular thalamic nucleus, 

parvicellular part 51-55, 106-112 

Sph sphenoid nucleus 76-77, 101-102 

SPO superior paraolivary nucleus 73-77, 106- 

109 

SPTg subpedencular tegmental nucleus 69- 

71, 104-108 

SpVe spinal vestibular nucleus 82-90, 107- 

115 

st stria terminalis 31-49, 108-125 

StA strial part of the preoptic area 30, 104- 

106 

Stg stigmoid hypothalamic nucleus 41 

STh subthalamic nucleus 45-50, 112-117 

StHy striohypothalamic nucleus 105-106 

str superior thalamic radiation 51-53, 116- 

120 

Su3 supraoculomotor periaqueductal gray 62- 

66, 103-104 

Su3C supraoculomotor cap 61-66, 104-105 

Su5 supratrigeminal nucleus 72-75, 110-114 

Sub submedius thalamic nucleus 39-46, 103- 

104 

SubB subbrachial nucleus 60-64, 116-119 

SubCD subcoeruleus nucleus, dorsal part 72- 

75, 109-112 

SubCV subcoeruleus nucleus, ventral part 72- 

75, 109-112 

SubD submedius thalamic nucleus, dorsal part 

108 

SubG subgeniculate nucleus 50-55, 118-122 

SubI subincertal nucleus 42-45, 109-111 

SubV submedius thalamic nucleus, ventral part 

108 

SuG superficial gray layer of the superior 

colliculus 56-71, 101-113

SuM supramammillary nucleus 55-57, 103- 

106 

SuML supramammillary nucleus, lateral part 

53-54, 107-109 

SuMM supramammillary nucleus, medial part 

51-54, 101-102 

sumx supramammillary decussation 53-55, 

101-102 

SuVe superior vestibular nucleus 78-81, 114- 

115 

T 

TC tuber cinereum area 40-41, 102-103 

Te terete hypothalamic nucleus 46-50, 110 

TeA temporal association cortex 0, 46-71, 

129-132 

tfp transverse fibers of the pons 66, 68-69, 

101-111 

TS triangular septal nucleus 32-37, 102-104 

ts tectospinal tract 64-73, 96-100, 105 

Tu olfactory tubercle 13-31, 103-121 

Tz nucleus of the trapezoid body 71-78, 102- 

108 

tz trapezoid body 75-83, 101-107, 111-120 

U 

unc uncinate fasciculus 76-78 

V 

V1 primary visual cortex 0, 49-74, 114-129 

V2L secondary visual cortex, lateral area 0, 

47-72, 118-132 

V2ML secondary visual cortex, mediolateral 

area 0, 50-65, 108-117 

V2MM secondary visual cortex, mediomedial 

area 0, 49-72, 106-117 

VA ventral anterior thalamic nucleus 36-39, 

108-110 

VCA ventral cochlear nucleus, anterior part 

72-77, 119-121, 123 

VCP ventral cochlear nucleus, posterior part 

78-84, 119-121 

VDB nucleus of the vertical limb of the diagonal 

band 19-25, 101-103 

VeCb vestibulocerebellar nucleus 80-83, 108- 

111 

VEn ventral endopiriform nucleus 31-51, 120- 

132 

vert vertebral artery 96-98 

vhc ventral hippocampal commissure 33-38, 

101-105 

VL ventrolateral thalamic nucleus 39-45, 105- 

113 

VLG ventral lateral geniculate nucleus 45-47, 

120-123 

VLGMC ventral lateral geniculate nucleus, 

magnocellular part 48-55 

VLGPC ventral lateral geniculate nucleus, 

parvicellular part 48-55 

VLH ventrolateral hypothalamic nucleus 108 

VLL ventral nucleus of the lateral lemniscus 

65-66, 68, 112-118 

VLPAG ventrolateral periaqueductal gray 65- 

74, 104-107 

VLPO ventrolateral preoptic nucleus 30-32, 

105-107 

VLTg ventrolateral tegmental area 68-69, 

108-109 

VM ventromedial thalamic nucleus 39-49, 

104-110 

VMH ventromedial hypothalamic nucleus 40- 

41, 48, 103-105, 107 

VMHC ventromedial hypothalamic nucleus, 

central part 42-47, 106 

VMHDM ventromedial hypothalamic nucleus, 

dorsomedial part 42-47, 102 

VMHVL ventromedial hypothalamic nucleus, 

ventrolateral part 42-47, 106, 108 

VMPO ventromedial preoptic nucleus 27-32, 

102 

vn vomeronasal nerve 3 

VO ventral orbital cortex 0, 4-14, 105-111 

VOLT vascular organ of the lamina terminalis 

26-28, 101 

VP ventral pallidum 15-34, 104-118 

VPL ventral posterolateral thalamic nucleus 

38-50, 111-120 

VPM ventral posteromedial thalamic nucleus 

40-52, 106-118 

VRe ventral reuniens thalamic nucleus 40-46, 

103-104 

vsc ventral spinocerebellar tract 68-100, 

109-117 

VTA ventral tegmental area 55-63, 103-109 

VTg ventral tegmental nucleus 70-73, 102- 

103 

vtgx ventral tegmental decussation 58-63, 

101-103 

VTM ventral tuberomammillary nucleus 49-55, 

110 

VTRZ visual tegmental relay zone 56-58 

VTT ventral tenia tecta 9-14, 102-106 

X - Z 

X nucleus X 82-88, 113-114, 116-117 

Xi xiphoid thalamic nucleus 36-45 

xscp decussation of the superior cerebellar 

peduncle 66-70, 101 

Y nucleus Y 81, 115-118 

ZI zona incerta 38-42, 55-56, 105-111, 120 

ZID zona incerta, dorsal part 43-54, 112-116 

ZIV zona incerta, ventral part 43-54, 112-119 

ZL zona limitans 25-29 

Zo zonal layer of the superior colliculus 56-71, 

101-111, 114

4 

3 

2 

1 

0 

1 

2 

3 

4 

corpus callosum 

Barrel Field 

Lateral Ventricle 

Hippocampus 

Internal 

Capsule 

intern 

caps 

VPL 

Mediodorsal nu 

Thalamus 

 

VPM 

Caudate 

Putamen 

(Striatum) 

Piriform Cx 

optic tract 

fornix 

Hypothalamus 

 

Amygdala 

VMH 

4 3 2 1 0 1 2 3 4 

Click on Coronal diagram to go the corresponding sagittal diagram

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Cerebral Cortex 

Bregma 

corpus callosum 

Hippocampus 

Lambda 

Superior 

Colliculus 

Inferior 

Colliculus 

Cerebellum 

Bregma 

Olfactory 

Bulb 

LV 

Hippoc 

Septum 

posterior com 

Thalamus 

Midbrain 

4V 

anterior 

commissure 

fornix 

Interaural 


Preoptic 

Area 

Hypothalamus 

Interaural 

9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

Pons 

Medulla 

Spinal 

Cord 

Click on sagittal diagram to go the corresponding coronal diagram

3 2 1 0 1 2 3 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 01 

1 

0 

6 

8 6 4 2 0 - 2 - 4 

aci 

4 

IPl 

EPl 

Mi 

Gl 

E/OV 

2 

3 

ON 

lo 

3 

GrO 

ON 

2 

4 

1 

Interaural 8.08 mm 

Bregma 4.28 mm 

0 5 

3 

2 

1 

0 1 2 3

3 2 1 0 1 2 3 

4 2 0 -2 - 4 - 6 - 8 

5 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 02 

1 

0 

6 

4 

8 6 4 2 0 - 2 - 4 

EPl 

Gl 

GrA 

aci 

E/OV 

2 

IPl 

Mi 

3 

lo 

3 

GrO 

2 

ON 

4 

1 



0 5 

3 

2 

1 

0 1 2 3

3 2 1 0 1 2 3 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 03 

1 

0 

8 6 4 2 0 - 2 - 4 

6 

GlA 

vn 

4 

EPlA 

MiA 

GrA 

aci dlo 

2 

3 

GrO 

IPl 

EPl 

Mi 

Gl 

E/OV 

lo 

3 

AOL 

AOE 

2 

ON 

4 

1 



0 5 

3 

2 

1 

0 1 2 3

3 2 1 0 1 2 3 

4 2 0 -2 - 4 - 6 - 8 

5 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

MO 

FIGURE 04 

1 

0 

FrA 

8 6 4 2 0 - 2 - 4 

6 

VO 

4 

LO 

AOB 

dlo 

2 

3 

AOD GrO 

AOM 

AOE 

AOL 

IPl 

AOV 

EPl 

Mi 

Gl 

E/OV 

aci 

lo 

3 

2 

AOE 

4 

1 



0 5 

3 

2 

1 

0 1 2 3

3 2 1 0 1 2 3 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 05 

1 

0 

8 6 4 2 0 - 2 - 4 

6 

PrL 

4 

FrA 

LO 

VO 

MO 

2 

3 

2 

GlA 

EPlA 

AOB 

MiA 

AOE 

AOD 

AOM 

EPl 

GrO 

AOL 

IPl Gl 

AOV Mi 

AOE 

E/OV 

dlo 

aci 

lo 

3 

4 

1 

5 



0 

3 

2 

1 

0 1 2 3

3 2 1 0 1 2 3 

4 2 0 -2 - 4 - 6 - 8 

5 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 06 

1 

0 

8 6 4 2 0 - 2 - 4 

6 

FrA 

PrL 

4 

LO 

MO 

2 

VO 

3 

DLO 

AOB 

2 

AOD 

AOL 

GrO 

AOM 

Gl 

Mi 

IPl EPl 

AOV 

AOE 

E/OV 

aci 

lo 

rf 

3 

4 

1 

5 



0 

3 

2 

1 

0 1 2 3

3 2 1 0 1 2 3 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 07 

1 

0 

8 6 4 2 0 - 2 - 4 

FrA 

6 

PrL 

4 

2 

MO 

LO 

VO 

3 

2 

DLO 

AOL 

AOD 

AOM 

GrO 

Gl 

EPl 

Mi 

E/OV 

aci 

rf 

3 

AOV 

IPl 

lo 

4 

1 

5 



0 

3 

2 

1 

0 1 2 3

3 2 1 0 1 2 3 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 08 

1 

0 

6 

8 6 4 2 0 - 2 - 4 

FrA 

PrL 

4 

2 

MO 

LO 

VO 

3 

DLO 

AOD 

Gl 

3 

AOL 

AOM 

E/OV 

aci 

rf 

2 

AOV 

GrO 

IPl 

EPl 

Mi 

lo 

4 

1 

5 



0 

3 

2 

1 

0 1 2 3

3 2 1 0 1 2 3 

4 2 0 -2 - 4 - 6 - 8 

5 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 09 

1 

4 

0 

FrA 

8 6 4 2 0 - 2 - 4 

6 

PrL 

2 

LO 

VO 

MO 

3 

2 

DLO 

AOL 

AOD 

DTT 

AOM 

GrO 

IPl 

Mi 

EPl 

E/OV 

aci 

rf 

3 

4 

AOV 

lo 

VTT 

1 

5 



0 

3 

2 

1 

0 1 2 3

3 2 1 0 1 2 3 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 10 

1 

0 

6 

4 

8 6 4 2 0 - 2 - 4 

M2 

PrL 

2 

3 

LO 

VO 

MO 

AI 

3 

AOD 

DTT 

2 

1 

rf 

2 

Pir 

AOL 

DEn 

AOM 

E/OV 

aci 

4 

AOV 

lo 

1 

3 2 

VTT 

1 

5 



0 

3 

2 

1 

0 1 2 3

3 2 

1 

0 

1 2 3 

4 2 0 -2 - 4 - 6 - 8 

5 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 11 

1 

0 

8 6 4 2 0 - 2 - 4 

6 

M2 

Cg1 

4 

PrL 

2 

M1 

3 

LO 

VO 

MO 

AI 

3 

2 

Pir 

DEn 

DTT 

AOM 

2 

1 

E/OV 

aci 

rf 

4 

1 

AOP 

3 2 

VTT 

1 

lo 

5 

0 



3 2 

1 

0 

1 2 3

3 2 1 0 1 2 3 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 12 

1 

0 

6 

M2 

8 6 4 2 0 - 2 - 4 

4 

M1 

Cg1 

PrL 

2 

3 

LO 

VO 

MO 

AI 

3 

2 

DEn 

DTT 

AOM 

2 1 

OV 

aci 

rf 

4 

Pir 

AOP 

lo 

1 

3 2 

VTT 

1 

5 



0 

3 

2 

1 

0 1 2 3

6 

4 3 

2 

1 

0 

1 2 3 4 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

FIGURE 13 

0 

2 

4 

5 

0 

6 

8 6 4 2 0 - 2 - 4 

1 

M2 

4 

M1 

Cg1 

2 

PrL 

3 

AI 

LO 

VO 

MO 

3 

DP 

2 

DTT 

2 1 

OV 

rf 

DEn 

AOM 

aci 

4 

1 

Pir 

Tu 

AOP 

3 2 

VTT 

1 

lo 

5 

0 



4 3 

2 

1 

0 

1 2 3 4

6 

4 3 

2 

1 

0 

1 2 3 4 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

FIGURE 14 

0 

2 

4 

5 

0 

6 

8 6 4 2 0 - 2 - 4 

M2 

1 

M1 

4 

Cg1 

PrL 

fmi 

2 

S1 

3 

AI 

Cl 

VO 

IL 

MO 

3 

2 

LO 

DEn 

DTT 

AOM 

DP 

2 

1 

OV 

Acb 

aca 

rf 

4 

1 

Pir 

Tu 

AOP 

3 

MO 

2 1 

VTT 

lo 

5 

0 



4 3 

2 

1 

0 

1 2 3 4

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 15 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

M2 

M1 

4 

Cg1 

2 

S1 

PrL 

3 

2 

DI 

AID 

AIV 

LO 

Cl 

CPu 

IL 

DP 

2 1 

DTT 

LV 

fmi 

rf 

3 

4 

Pir 

DEn 

AcbSh 

SHi 

aca 

1 

AcbC 

SL 

ICj 

mfb 

lo 

5 

VP 

Tu 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 

0 

4 

2 

2 

4 

FIGURE 16 

0 

0 

6 

8 6 

4 

2 

0 

- 2 - 4 

5 

1 

M2 

M1 

4 

S1J 

Cg1 

2 

PrL 

S1 

fmi 

3 

2 

DI 

AID 

AIV 

Pir 

DEn 

Cl 

CPu 

AcbC 

IL 

2 1 

DTT 

SHi 

DP 

LV 

aca 

rf 

3 

4 

1 

Tu 

VP 

AcbSh 

ICj 

SL 

mfb 

lo 

5 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

6 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 17 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

M2 

4 

M1 

S1J 

Cg1 

2 

3 

S1 

DI 

PrL 

IL 

fmi 

3 

2 

AID 

AIV 

Cl 

CPu 

DP 

DTT 2 1 

LV 

1 

Pir 

LO 

DEn 

AcbC 

AcbSh 

VP 

SHi 

SL 

ICj 

mfb 

aca 

lo 

rf 

4 

5 

Tu 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 18 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

M2 

M1 

4 

S1J 

Cg1 

2 

PrL 

fmi 

3 

GI 

DI 

S1 

IL 

cg 

ec 

3 

2 

AID 

AIV 

Pir 

Cl 

DEn 

CPu 

AcbC 

DP 

2 1 

DTT 

SHi 

LSI 

LV 

aca 

rf 

4 

1 

AcbSh 

SL 

VP 

VP 

ICj 

mfb 

lo 

5 

0 

Tu 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 19 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

M2 

4 

S1 

S1J 

M1 

Cg1 

Cg2 

cg 

fmi 

2 

3 

2 

GI 

DI 

AID 

AIV 

Pir 

Cl 

DEn 

LSS 

CPu 

AcbC 

IL 

DP 

DTT 

LSD 

SHi 

LSI 

VDB 

ICjM 

LV 

aca 

ec 

rf 

3 

4 

1 

AcbSh 

VP 

ICj 

mfb 

lo 

5 

Tu 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 20 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

M2 

M1 

4 

Cg1 

S1J 

Cg2 

cg 

fmi 

2 

3 

S1 

GI 

DI 

AID 

CPu 

LSD 

IL 

DP 

DTT 

LV 

ec 

3 

2 

AIV 

Cl 

AcbC 

SHi 

LSI 

rf 

4 

Pir 

DEn 

LAcbSh 

ICjM 

aca 

1 

LSS 

VP 

AcbSh 

ICj 

VDB 

mfb 

lo 

5 

0 

Tu 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 21 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

M2 

M1 

4 

Cg1 

S1J 

cg 

2 

Cg2 

S1ULp 

IG 

3 

2 

GI 

DI 

AID 

AIV 

Cl 

CPu 

IG 

DP 

LSD 

SHi 

LSV LSI 

MS 

gcc 

LV 

ec 

rf 

3 

4 

1 

Pir 

DEn 

LAcbSh 

LSS 

AcbC 

VP 

AcbSh 

ICjM 

VDB 

aca 

mfb 

lo 

5 

VP 

ICj 

0 

Tu 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 22 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

M2 

M1 

4 

S1J 

Cg1 

Cg2 

cg 

2 

3 

GI 

DI 

S1ULp 

CPu 

IG 

LSD 

gcc 

DP 

SHi 

LV 

ec 

3 

2 

AID 

AIV 

Cl 

DEn 

LSI 

LSV 

ICjM 

MS 

aca 

rf 

4 

1 

Pir 

LSS 

AcbSh 

VP 

AcbC 

AcbSh 

VDB 

mfb 

mfb 

lo 

5 

0 

Tu 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 23 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

M2 

1 

M1 

4 

S1J 

S1FL 

Cg1 

Cg2 

cg 

2 

3 

S1ULp 

S2 

GI 

CPu 

LSD 

IG 

gcc 

DP 

SHi 

LV 

ec 

3 

2 

DI 

AID 

AIV 

Cl 

DEn 

LSI 

LSV 

ICjM 

MS 

aca 

rf 

4 

1 

Pir 

LSS 

AcbC 

LAcbSh 

VP 

AcbSh 

VDB 

CB 

mfb 

lo 

5 

0 

ICj 

Tu 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 24 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

M2 

M1 

4 

S1FL 

Cg1 

Cg2 

cg 

2 

S1ULp 

3 

IGgcc 

LV 

ec 

S2 

LSD 

SHi 

3 

GI 

DI 

CPu 

LSI 

2 

AID 

AIV 

Cl 

DEn 

LSV 

ICjM 

Ld 

MS 

aca 

rf 

4 

1 

Pir 

LSS 

LAcbSh 

VP 

AcbC 

AcbSh 

VP 

HDB 

VDB 

CB 

mfb 

lo 

5 

mfb 

0 

Tu 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 25 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

M2 

S1FL 

M1 

Cg1 

4 

S1ULp 

Cg2 

cg 

2 

3 

S2 

LSD 

IG 

SHi 

cc 

LV 

ec 

3 

2 

GI 

DI 

AID 

AIV 

Cl 

CPu 

LSI 

Ld 

LSV 

ZL 

MS 

rf 

4 

DEn 

aca 

1 

Pir 

LSS 

Acb 

VDB 

5 

LAcbSh 

VP 

VP 

HDB 

MPA 

mfb 

lo 

0 

ICj 

Tu 

ICj 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 26 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

S1HL 

M1 

M2 

4 

S1FL 

Cg1 

Cg2 

cg 

2 

3 

S1ULp 

IG cc 

LSD SHi 

LV 

ec 

2 

S2 

GI 

DI 

AID 

AIV 

Cl 

CPu 

BSTMA 

LSI 

LSV 

ZL 

Ld 

MS 

aca 

rf 

3 

4 

1 

DEn 

Pir 

LSS 

Acb 

BST 

LPO 

MnPO 

5 

VP 

0 

Tu 

HDB 

MPA 

VOLT 

AVPe 

mfb 

lo 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 27 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

S1HL 

1 

M1 

M2 

S1FL 

Cg1 

4 

Cg2 

cg 

2 

S1 

3 

IG 

LSD 

cc 

LV 

ec 

2 

1 

0 

S2 

GI 

DI 

AID 

AIV 

Cl 

DEn 

Pir 

LSS 

CPu 

VP 

Tu 

BSTMA 

IPACL 

BST 

LSI 

Ld 

LSV 

MS 

SHy 

ZL 

MnPO 

BSTLV MPA 

LPO 

IPACM 

VOLT 

SI 

AVPe 

HDB 

MCPO 

3V 

ICj 

VMPO 

aca 

mfb 

lo 

rf 

3 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 28 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

4 

S1DZ 

S1FL 

S1HL 

M1 

M2 

Cg1 

Cg2 

cg 

2 

3 

S1BF 

LSD 

IG 

cc 

LV 

ec 

3 

LSI 

S2 

CPu 

Ld 

2 

GI 

DI 

AIP 

Cl 

BSTLD 

LSV 

aca 

ZL MS 

BSTMA 

BSTMV 

aca 

rf 

4 

1 

0 

Pir 

DEn 

LSS 

IPACL 

Tu 

VP 

BSTLV 

PS 

ADP MnPO 

IPACM 

LPO MPA VOLT 

3V 

SI 

AVPe 

HDB 

MCPO 

VMPO 

mfb 

I 

lo 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 29 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

S1DZ 

S1FL 

S1HL 

M1 

M2 

Cg1 

S1HL 

S1FL 

4 

S1BF 

Cg2 

IG 

LSD 

cc 

LV 

cg 

ec 

2 

3 

S2 

LSI 

SFi 

3 

2 

1 

0 

GI 

DI 

AIP 

Cl 

DEn 

Pir 

LSS 

I 

CPu 

IPACL 

Tu 

BSTLD 

LSV 

ZL 

MS 

MnPO 

BSTLJ 

BSTLP 

BSTMA 

BSTMV 

BSTLV 

PS 

IPACM 

Fu ADP Pe 

VP 

LPO 

AVPe 

SI 

MPA 

MCPO HDB 

VMPO 

3V 

aca 

acp 

ic 

mfb 

I 

lo 

exc 

rf 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 30 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

S1DZ 

S1FL 

S1HL 

M1 

M2 

Cg1 

1 

4 

Cg2 

cg 

S1BF 

2 

LSD 

IG 

cc 

LV 

ec 

3 

S2 

LSI 

SFi 

3 

CPu 

BSTLD 

2 

GI 

LSV 

f 

1 

0 

DI 

AIP 

Cl 

DEn 

Pir 

IPACL 

BSTLJ 

BSTLV 

IPACM 

VP 

SI 

MCPO 

HDB 

Tu 

MnPO 

BSTMA 

BSTLP 

aca 

ADP 

BSTMV 

StA 

PS 

MPOC 

Fu 

Pe 

MPOM 

LPO MPA AVPe 

VLPO 

3V 

VMPO 

2n 

ic 

acp 

mfb 

I 

lo 

exc 

rf 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 31 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

S1FL 

S1HL 

M1 

M2 

Cg1 

1 

4 

S1BF 

S1DZ 

Cg2 

IG 

LSD 

cc 

cg 

LV 

ec 

2 

3 

LSI 

2 

1 

0 

S2 

GI 

DI 

AIP 

Cl 

DEn 

Pir 

VEn 

I 

CPu 

IPACM 

IPACL 

VP 

MCPO 

Tu 

BSTLD 

LGP 

BSTLJ 

BSTLP 

SI 

HDB 

SFi 

LSV 

BSTMA 

BSTLI 

BSTMV 

BAC 

aca 

ADP 

BSTLV MPOC 

Pe 

MPOM 

LPO MPA 

AVPe 

ox 

VMPO 

VLPO 

f 

D3V 

BSTS 

acp 

3V 

st 

ic 

SLEA 

acp 

mfb 

I 

exc 

rf 

3 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 32 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

S1HL 

M1 

M2 

1 

S1DZ 

S1FL 

Cg1 

4 

S1BF 

Cg2 

IG 

cc 

cg 

2 

3 

LSD 

LSI 

SFi 

LV 

ec 

S2 

CPu 

BSTMPM 

BSTMPI 

SFO 

TS 

3 

2 

1 

GI 

DI 

AIP 

Cl 

DEn 

Pir 

VEn 

I 

IPACM 

IPACL 

LGP 

BSTLP 

BSTLI 

VP 

SI LPO 

LSV 

D3V 

BAC 

aca 

ADP 

BSTMV 

MPOC 

MPOM 

f 

Pe 

A14 

st 

ic 

SLEA 

acp 

I 

exc 

rf 

4 

5 

0 

CxA 

AAD 

MCPO 

AAV 

HDB 

MPOL 

VLPO 

MPA 

VMPO 

3V 

ox 

mfb 

6 


Bregma -0.10 mm 

1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 33 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

S1DZ 

S1FL 

S1HL 

M1 

M2 

Cg1 

1 

4 

S1BF 

Cg2 

IG 

cc 

cg 

2 

LSD 

df 

LV 

ec 

3 

S2 

CPu 

SFi 

SFO 

TS 

vhc 

3 

2 

1 

0 

GI 

DI 

AIP 

Cl 

Pir 

DEn 

IPACM 

VEn 

CxA 

IPACL 

I 

AAD 

LGP 

ACo 

LOT 

BSTMPM 

BSTMPI 

VP 

MCPO 

AAV 

BSTLP 

SI 

HDB 

BSTS 

BSTMPL 

LPO 

MPOM 

MPOL 

MPA 

ADP 

AC 

Pe 

SCh 

D3V 

PVA 

3V 

ox 

f 

A14 

sm 

st 

ic 

SLEA 

mfb 

acp 

I 

rf 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 34 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

S1HL 

M1 

M2 

1 

S1DZ 

S1FL 

Cg/RS 

4 

cg 

S1BF 

IG 

LSD 

cc 

df 

LV 

ec 

2 

3 

SFi 

TS 

S2 

SFO vhc 

D3V 

fi 

3 

2 

1 

0 

GI 

DI 

AIP 

Cl 

DEn 

Pir 

CPu 

I 

VEn 

CxA 

BSTS AD 

AV PVA 

BSTMPL 

PT 

BSTMPM 

ADP 

LGP 

B 

A14 

AC 3V 

IPACL 

Pe 

IPACM 

BSTMPI 

VP SI 

MPOL 

B LH 

AAD 

AHA 

MPOM 

MCPO 

MPA 

HDB 

LA 

AAV 

ACo LOT 

SCh 

f 

sm 

opt 

st 

ic 

SLEAC 

SLEAM 

mfb 

acp 

I 

rf 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 35 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

S1HL 

M1 

M2 

1 

S1DZ 

S1ShNc 

Cg/RS 

4 

3 

2 

1 

0 

GI 

S2 

DI 

AIP 

S1BF 

Cl 

DEn 

Pir 

CPu 

acp 

VEn 

CxA 

LGP 

IPACL 

SI 

IPACM 

AAD 

LOT 3 

2 

ACo 

1 

B 

AAV 

BSTS 

Rt 

LH 

MCPO 

HDB 

AV 

SM 

SFi 

AD 

AM 

AD 

AC 

LA 

PT 

AC 

BSTMPL 

MPOL 

MPOM 

AHA 

LSD 

IG 

Pe 

MPA 

cc 

df 

TS 

vhc 

SFO 

D3V 

PVA 

CM 

Re 

3V 

SChDM 

SChVL 

PC 

cg 

sm 

sm 

f 

opt 

LV 

fi 

st 

ic 

SLEAC 

SLEAM 

mfb 

I 

ec 

acp 

rf 

2 

3 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

6 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 36 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

S1DZ 

S1FL 

S1HL 

M1 

M2 

Cg/RS 

1 

cg 

4 

S1BF 

IG 

cc 

TS 

df 

LV 

ec 

2 

SFi 

vhc 

3 

2 

S2 

GI 

DI 

AIP 

Cl 

CPu 

LGP 

AD 

BSTS 

AVDM 

AVVL 

VA IAD 

AM 

Rt 

AMV 

B 

SFO 

D3V 

PC 

MD PVA 

PT 

CM 

Re 

sm 

sm 

fi 

st 

ic 

rf 

3 

4 

1 

0 

DEn 

Pir 

IPACM IPACL 

BLA 

SI 

I CeM B 

VEn 

AAD 

BMA 3 

CxA 

ACo 

LOT 

2 

1 

PaLM 

BSTMPL 

SI 

LH 

MCPO 

SO 

AAV 

Xi 

PaAP 3V 

PaV 

AHA 

Pe 

MPA 

LA 

SChVL maopt 

SChDM 

f 

opt 

mfb 

sox 

SLEAC 

SLEAM 

I 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 37 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

S1DZ 

S1FL 

S1HL 

M1 

M2 

Cg/RS 

1 

4 

S1BF 

IG 

TS 

cc 

df 

cg 

LV 

ec 

2 

3 

2 

1 

0 

S2 

GI 

DI 

AIP 

Cl 

Pir 

DEn 

CPu 

La 

VEn 

BLA 

IPAC 

I 

CxA 

CeM 

ACo 

LGP 

BMA 

B 

SI 

AAD 

BSTS 

B 

3 

LOT 2 

1 

SI 

MCPO 

MeAD 

Rt 

AVVL 

VA 

LH 

AVDM 

SO 

PaLM 

AD 

AM 

AMV 

MD 

IAD 

IAM 

AHC 

Cir 

LA 

PC 

Re 

PT 

PaV 

SPa 

Pe 

SCh 

vhc 

SFO 

D3V 

PVA 

CM 

Xi 

3V 

sm 

PaLM 

maopt 

PaDC 

PaMP 

PaMM 

f 

opt 

fi 

mfb 

Acs 

sox 

st 

ic 

SLEAC 

SLEAM 

BLA 

I 

rf 

3 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

6 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 38 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

S1ShNc 

S1HL 

M1 

M2 

Cg/RS 

1 

cg 

4 

3 

2 

S2 

GI 

DI 

AIP 

Cl 

S1BF 

CPu 

LGP 

B 

BSTS 

Rt 

LDVL 

AD 

MHb 

MD 

AVDM 

AVVL PC PVA 

IAD 

VPL 

PT 

VA 

AM 

AMV 

vhc 

SFO 

CM 

IAM 

Re 

IG 

cc 

df 

D3V 

sm 

LV 

fi 

st 

ic 

ec 

rf 

2 

3 

4 

1 

0 

DEn 

Pir 

IPAC 

La 

CeM 

BLA SI 

CeC 

SI LH 

I 

MCPO 

VEn 

IM 

BMA 

SO 

CxA ACo 

MeAD 

BAOT 

ZI 

PaDC 

PaLM 

PaMM 

AHC 

SPa 

Cir 

Pe 

LA 

SCh 

Xi 

PaMP 

3V 

sox 

maopt 

f 

opt 

mfb 

SLEAC 

SLEAM 

AAD 

3 

LOT 

2 

1 

I 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 39 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

S1DZ 

S1ShNc 

S1HL 

M1 M2 

RSA 

1 

RSG 

cg 

4 

S1BF 

Or 

Py CA3 

GrDG 

Mol 

DG 

IG 

cc 

df 

dhc 

D3V 

LV 

ec 

2 

3 

2 

1 

0 

S2 

GI 

DI 

AIP 

Pir 

Cl 

DEn 

La 

VEn 

CPu 

IPAC 

AStr 

BLA 

CxA 

LGP 

B 

CeC 

CeMAD 

CeMAV 

IM 

ACo 

BSTS 

Rt 

B 

BMA MeAV 

VPL 

MeAD 

SO 

BAOT 

LDVL 

LDDM 

VA 

VL 

LH 

AV 

AD MHb 

VM 

IAD 

AM 

ZI 

PaLM 

PaMM 

AHP 

LHb 

MD 

PC 

Sub 

IAM 

Re 

Cir 

SPa 

Pe 

PV 

CM 

Rh 

Xi 

PaMP 

RCh 

3V 

sm 

mt 

PaDC 

f 

sox 

mfb 

opt 

fi 

st 

SLEAC 

ic 

rf 

3 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 40 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

S1DZ 

S1Sh 

S1HL 

M1 M2 

RSA 

RSG 

cg 

1 

4 

3 

S2 

S1BF 

LDVL 

Or 

Py 

SLu 

Rad 

GrDG 

AD 

LDDM 

CL 

AV 

Mol 

CA3 

DG 

MHb 

LHb 

MDL 

IG 

cc df 

D3V 

MDM 

PV 

dhc 

sm 

alv 

PoDG 

GrDG 

AD 

LV 

fi 

st 

ec 

2 

3 

2 

1 

0 

GI 

DI 

AIP 

CPu 

Rt 

VPL 

LGP 

Cl IPAC 

La 

AStr 

B 

MGP 

DEn BLA 

CeMAD 

CeC 

CeMAV 

AL 

Pir 

VEn BLV 

I 

BMA 

MeA 

CxA ACo 

VL 

VPM 

LH 

VM 

ZI 

TC 

PC 

AM 

Sub 

PaMP 

AHP 

Pe 

VMH 

PaPo 

MDC 

CM 

IAM 

Rh 

Re 

VRe 

Xi 

3V 

mt 

A13 

f 

ns 

mfb 

opt 

sox 

st 

ic 

lo 

I 

rf 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 41 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

S1DZ 

S1Sh 

S1HL 

M1 

M2 

RSA 

1 

RSG 

cg 

4 

3 

2 

1 

0 

S2 

GI 

DI 

AIP 

DEn 

Pir 

CPu 

LaDL 

S1BF 

BLA 

IPAC 

AStr 

CeL 

CeC 

VEn 

BLV 

CxA 

LGP 

PLCo 

CeM 

BMA 

Rt VPL VPM 

AM 

MDM 

IMD 

Or 

Py 

Rad 

CA2 CA1 

IG cc df 

CA3 PoDG 

dhc 

SLu 

GrDG DG 

D3V 

LDDM 

Mol 

MHb 

LDVL 

LHb 

PV 

CL 

MDC 

AV 

MDL 

PC 

CM 

VL 

IAM 

ACo 

MGP 

SI 

MeA 

LH 

VM 

ZI 

TC 

PaPo 

Sub 

VRe 

Stg 

AHP 

VMH 

Pe 

Rh 

Re 

Xi 

PaMP 

A13 

Arc 

3V 

sm 

mt 

f 

alv 

ns 

mfb 

sox 

opt 

al 

fi 

LV 

st 

st 

ic 

ec 

rf 

2 

3 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 42 

0 

0 

6 

5 

8 6 4 2 0 - 2 - 4 

S1Tr 

M1 

M2 

RSA 

4 

3 

S2 

S1BF 

S1DZ 

LDVL 

Or 

RSG 

Py 

IG cc df 

CA2 Rad CA1 

SLu 

dhc 

CA3 

LMol GrDG 

Mol 

DG 

D3V 

Po 

LDDM 

PoDG 

CL MDL 

MHb 

LHb 

PV 

cg 

hf 

sm 

fr 

alv 

LV 

fi 

st 

ec 

1 

2 

3 

2 

1 

0 

Ect 

PRh 

CPu 

LGP 

DEn LaDL AStr 

IPAC 

BLA 

Pir 

VEn 

CeL 

CeC 

CeMPV 

BLV 

BSTIA 

CxA PLCo 

I 

BMA 

Rt 

ACo 

VPM 

VPL 

MGP 

MePD 

MePV 

SI 

B 

LH 

VL 

SOR 

VM 

ZI 

SubI 

PC 

AHP 

MDM 

MDC 

IMD 

Sub 

VRe 

A13 

DM 

Xi 

VMHDM 

VMHC 

VMHVL 

Pe 

CM 

Rh 

Re 

Arc 

3V 

mt 

f 

ns 

mfb 

aot 

sox 

opt 

ic 

st 

I 

rf 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

6 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 43 

0 

5 

0 

8 6 4 2 0 - 2 - 4 

6 

LPtA 

S1Tr 

MPtA 

RSA 

4 

3 

S2 

S1BF 

RSG 

Or 

Py 

Rad 

IG cc df 

CA2 LMol 

CA1 

SLu Mol 

dhc 

CA3 

GrDG 

DG 

D3V 

LDDM PoDG 

sm 

LDVL LPMR MHb 

CL LHb 

PV 

Ang 

Po 

MDL MDC 

fr 

hf 

cg 

alv 

fi 

LV 

st 

ec 

1 

2 

3 

2 

1 

0 

Ect 

PRh 

DEn 

Pir 

CPu 

LaDL 

LaVL 

IPAC 

AStr 

CeL 

CeC I 

BSTIA 

VEn 

CeMPV 

BLA 

BMP 

BLV 

LGP 

PLCo 

BMA 

Rt 

ACo 

VPM 

VPL 

MGP 

MePD 

MePV 

MDM 

IMD 

PC 

VL 

CM 

Rh 

VM 

Sub 

ZID 

Re 

ZIV 

VRe 

A13 Xi 

SubI Pe 

DM 

LH 

VMHDM 

3V 

VMHC 

VMHVL 

SOR 

Arc 

mt 

f 

ns 

mfb 

sox 

opt 

st 

ic 

I 

rf 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 44 

0 

5 

0 

8 6 4 2 0 - 2 - 4 

6 

S1Tr 

LPtA 

MPtA 

RSA 

4 

3 

S2 

S1BF 

CA2 

SLu 

CA3 

LDVL 

Or 

Po 

Py 

Rad CA1 

LMol 

Mol 

LPMR 

GrDG 

PoDG 

CL 

MDL 

Ang 

RSG 

DG 

IG 

MHb 

LHb 

cc 

D3V 

PV 

df 

dhc 

fr 

cg 

hf 

LDDM 

alv 

LV 

fi 

st 

ec 

1 

2 

3 

2 

1 

0 

Ect 

PRh 

Pir 

DEn 

CPu 

LGP 

LaDL AStr 

LaVL 

CeL 

CeC 

BLA CeMPV 

VEn 

BLV 

BMA 

VMHC 

PLCo 

Rt 

VPL 

I 

BSTIA 

BMP MePD 

MGP 

MePV 

ACo 

VPM 

LH 

VL 

MCLH 

VM 

ZID 

ZIV 

MDC 

MDM IMD 

SubI 

PC 

VMHVL 

Rh 

Sub 

Re 

VRe 

DM 

Xi 

Pe 

VMHDM 

Arc 

CM 

3V 

mt 

f 

ns 

mfb 

sox 

opt 

st 

ic 

I 

rf 

4 

5 

ME 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 45 

0 

5 

4 

3 

2 

1 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

S1BF 

S2 

AuV 

Rt 

Ect 

CPu 

LaDL 

LGP 

PRh 

AStr 

CeL 

DEn LaVL 

CeC 

BSTIA 

BLA 

Pir 

I 

BMP 

VEn 

BLV 

BMA 

PLCo 

VPL 

VLG 

STh 

MePD 

ACo 

DLG 

MePV 

S1Tr 

CA2 

SLu 

CA3 

LDVL 

LPtA 

Or 

Py 

Rad CA1 

LMol 

LDDM 

Po 

VPM 

MCLH 

Mol 

LH 

LPMR 

VL 

OPC 

GrDG 

PoDG 

VM 

ZID 

ZIV 

PeF 

CL 

SubI 

MPtA 

RSA 

MDL 

MDC 

MDM 

PC 

Sub 

VRe 

DM 

FC 

DG 

VMHDM 

VMHC 

VMHVL 

RSG 

IG cc df 

LHb 

MHb 

PV 

Xi 

D3V 

IMD 

CM 

Pe 

Rh 

Re 

3V 

dhc 

fr 

ArcD 

mt 

ArcL 

hf 

cg 

f 

ns 

alv 

ml 

sox 

eml 

opt 

LV 

fi 

st 

ic 

st 

I 

ec 

rf 

1 

2 

3 

4 

5 

ME 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 46 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

S1Tr 

LPtA MPtA 

RSA 

5 

4 

S2 

S1BF 

CA2 

SLu 

CA3 

Or 

Py 

Rad 

LMol 

Mol 

CA1 

PoDG 

GrDG 

RSG 

IG cc df 

dhc 

FC 

DG D3V 

hf 

cg 

alv 

1 

2 

3 

2 

1 

AuV 

TeA 

Ect 

PRh 

Pir 

DEn 

CPu 

AStr 

LaDL CeL 

LaVL 

CeC 

LaVM 

VEn 

BLA 

BLV 

st 

BSTIA 

BMP 

VLG 

I 

Rt 

DLG 

VPL 

MePD 

MePV 

LPLR 

VPM 

STh 

MCLH 

ZIV 

LPMR 

Po 

CL 

OPC 

ZID 

LH 

PeF 

Te 

PC 

VM 

LHbM MHb 

LHbL 

MDL 

DMV 

MDC 

MDM 

Sub 

VRe 

PH 

DMC 

DMD 

PV 

Pe 

IMD 

CM 

Rh 

Re 

fr 

hbc 

mt 

f 

ns 

ml 

sox 

eml 

cp 

opt 

LV 

fi 

st 

ic 

st 

I 

ec 

rf 

3 

4 

5 

0 

PLCo 

PMCo 

MTu 

VMHDM 

VMHC 

VMHVL 

3V 

ArcD 

ArcL 

ME 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 47 

0 

0 

8 6 4 2 0 - 2 - 4 

6 

LPtA 

MPtA 

RSA 

5 

V2L 

4 

3 

2 

1 

0 

TeA 

Ect 

PRh 

AuV 

CPu 

LaDL 

S1BF 

AStr 

CA2 

SLu 

DEn 

CeL 

LaVL 

LaVM BSTIA 

BLA 

Pir BLP 

VEn 

BLV 

BMP 

PLCo 

VLG 

Rt 

CA3 

DLG 

MePD 

AHiAL 

PMCo 

VPL 

LPLR 

STh 

MePV 

Or 

Py 

Rad CA1 

LMol 

Mol 

GrDG 

VPM 

MCLH 

PoDG 

LPMR 

Po 

ZIV 

Te 

OPC 

FC 

DG 

MHb 

CL 

LHbL 

LHbM 

PC 

ZID 

DMC 

LH 

PeF 

MDL 

Gus 

VM 

DMV 

MDC 

RSG 

IG 

MDM 

cc 

PV IMD 

PH 

DMD 

CM 

Pe 

MTu 

ArcD 

VMHDM 

VMHC 3V 

VMHVL 

ME 

D3V 

df 

dhc 

hbc 

fr 

PoMn 

A11 

mt 

A12 

ArcL 

cg 

f 

hf 

scp 

ns 

alv 

eml 

ml 

cp 

sox 

opt 

ic 

fi 

I 

ec 

LV 

ic 

st 

rf 

1 

2 

3 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 48 

0 

0 

8 6 4 2 0 - 2 - 4 

6 

LPtA 

MPtA 

RSA 

5 

4 

3 

2 

1 

0 

AuV 

TeA 

Ect 

AuD 

CPu 

PRh LaDL AStr 

Pir 

DEn 

LaVM 

LaVL 

VEn 

S1 

BLP 

BLV 

BLA 

BMP 

PLCo 

V2L 

CA2 

SLu 

CA3 

BSTIA 

CA1 

DLG 

VLGMC 

VLGPC 

Rt 

AHiAL 

VPL 

MePD 

MePV 

PMCo 

IMA 

Or 

Py 

Rad 

LMol 

Mol 

GrDG 

LPLR 

VPM 

STh 

PoDG 

Po 

LPMR 

CL 

PC 

OPC 

VM 

ZIV ZID 

PSTh 

LH 

Te 

MTu 

PeF 

DG 

PF 

LHb 

MD 

Gus 

DM 

VMH 

ArcL 

RSG 

FC 

MHb 

SPF 

PH 

DMC 

IG 

ArcD 

PV 

cc 

D3V 

IMD 

PoMn 

CM 

ME 

df 

dhc 

3V 

A12 

fr 

hbc 

mt 

cg 

hf 

ml 

scp 

ns 

f 

alv 

eml 

cp 

sox 

ic 

opt 

fi 

LV 

st 

CeL 

ec 

rf 

1 

2 

3 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 49 

0 

0 

6 

5 

4 

3 

2 

8 6 4 2 0 - 2 - 4 

TeA 

Ect 

AuV 

PRh 

LEnt 

Au1 

AuD 

DEn 

CPu 

AStr 

LaDL 

S1 

LaVM 

LaVL 

V2L 

CA2 

SLu 

IGL 

V1 

CA3 

VLGMC 

VLGPC 

Rt 

CA1 

DLG 

V2MM 

VPL 

Or 

Py 

Rad 

LMol 

Mol 

GrDG 

LPLR 

VPM 

ZIV ZID 

V2MM 

PoDG 

LPMR 

Po 

OPC 

VM 

RSA 

DG 

APTD 

PF 

Gus 

FC 

MHb 

LHb 

PrC 

RSG 

SPF 

IG 

cc 

dhc 

D3V 

PVP 

pv 

df 

hbc 

fr 

cg 

scp 

ml 

hf 

alv 

IMA 

eml 

opt 

ic 

opt 

sox 

st 

fi 

LV 

ec 

rf 

1 

2 

3 

4 

1 

0 

Pir 

VEn 

BLV 

BLP 

PLCo 

BMP 

BSTIA 

AHiAL 

PMCo 

MePV 

DG 

STh 

PSTh 

LH 

VTM 

Te 

Gem 

SMT 

ArcMP 

ArcLP 

PH 

DTM 

DM 3V 

ME 

mt 

f 

ns 

cp 

MePD 

st 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 50 

0 

0 

6 

5 

4 

3 

8 6 4 2 0 - 2 - 4 

AuV 

TeA 

Ect 

Au1 

CPu 

AuD 

S1 

V2L 

CA2 

CA3 

SLu 

V1 

VLGMC 

VLGPC 

SubG 

IGL 

CA1 

V2ML 

DLG 

VPL 

Or 

Py 

Rad 

LMol 

Mol GrDG 

LPLR 

IMA 

VPM 

V2MM 

PoDG 

LPMR 

Po 

DG 

APTD 

RSA 

PF 

RSG 

FC 

IG 

hbc 

cc 

dhc 

D3V 

PVP 

df 

SCO 3V 

pc 

PrC 

pv 

fr 

cg 

hf 

eml 

alv 

fi 

ec 

rf 

1 

2 

3 

2 

PRh 

LEnt 

DEn 

La 

ZIV 

ZID 

Gus 

FF 

Gem 

PR 

SPF 

scp 

ml 

opt 

sox 

LV 

LaVM 

LaDL 

4 

1 

0 

Pir 

VEn 

BLP 

BMP 

PLCo 

AHiAL 

PMCo 

STh 

DG 

PSTh 

LH 

Te 

VTM 

ArcMP 

PMV 

ArcLP 

PH 

SMT 

DTM 

3V 

Me 

mt 

f 

ns 

cp 

MePD 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

6 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 51 

0 

5 

0 

6 

8 6 4 2 0 - 2 - 4 

V2L 

V1 

V2ML 

Or 

V2MM 

RSA 

RSG 

cg 

1 

4 

3 

2 

Au1 

AuV 

TeA 

Ect 

PRh 

LEnt 

AuD 

DEn 

CA2 

SLu 

CA3 

VLGMC 

Or 

Py 

Rad 

IG 

LMol 

CA1 

Mol GrDG 

S FC 

PoDG DG 

OPT 

APTD 

LPMC 

LPMR 

DLG 

IMA 

PrC 

LPLR 

IGL 

Po 

VPM 

PF 

VLGPC 

ZID 

SPFPC 

RI 

SubG 

ZIV F PR 

cc 

dhc 

pc 

D3V 

fr 

scp 

ml 

hf 

str 

alv 

opt 

fi 

LV 

ec 

LaDL 

rf 

2 

3 

4 

SNR 

Gem 

PH 

LaVM 

1 

0 

Pir VEn BLP 

CA3 

BMP 

AHiAL AHiPM Py 

APir 

PMCo 

PLCo 

DG 

PSTh 

SMT SuMM 

LH 

DTM 

PMD 

3V 

PMV 

VTM 

ArcLP ArcMP 

mt 

f 

ns 

cp 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 52 

0 

0 

6 

5 

4 

3 

8 6 4 2 0 - 2 - 4 

AuV 

Au1 

AuD 

V2L 

SLu 

CA3 

CA2 

V1 

CA1 

V2ML 

Or 

Py 

Rad 

LMol 

Mol GrDG 

DG 

PoDG 

LPMC 

V2MM 

LPMR 

DLG 

APTD 

IGL IMA LPLR 

RSA 

S 

OPT 

PPT 

FC 

RPF 

RSG 

SCO 

PAG 

pc 

D3V 

scc 

dhc 

cg 

alv 

hf 

bsc 

1 

2 

3 

2 

1 

0 

TeA 

Ect 

PRh 

LEnt 

Pir 

DEn 

alv 

APir 

BLP 

PLCo 

Or 

BMP 

alv 

AHiAL 

VLGMC 

VLGPC 

CA3 

PMCo 

SubG 

Py 

LT 

AHiPM 

VPM 

SPFPC 

SNC 

DG 

SNR 

Po 

ZID 

ZIV 

Sc 

Eth 

PSTh 

F 

LH 

VTM 

PR 

SMT 

PMD 

RI 

PF 

PMV 

ArcLP 

SuMM 

ArcMP 

PH 

DTM 

3V 

fr 

mt 

scp 

mtg 

f 

ns 

ml 

cp 

str 

opt 

Py CA3 

fi 

LV 

ec 

rf 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 53 

0 

0 

6 

5 

4 

3 

2 

1 

8 6 4 2 0 - 2 - 4 

V2L 

AuD 

Au1 

AuV 

CA2 

SLu 

TeA 

Ect 

CA3 

PRh 

Or 

LEnt DEn 

Pir 

BLP 

APir 

CA1 

Py 

PMCo 

Or 

V1 

CA3 

AHiPM 

DLG 

VLGMC 

SubG 

Or 

Py 

Rad 

LMol 

Mol 

GrDG 

IMA 

PoDG 

V2ML 

DG 

IGL 

Eth 

VLGPC 

Po 

LT 

PP 

SLu 

DG 

SPFPC 

SNC 

V2MM 

S 

RSA 

FC 

RSG 

MPT 

OPT 

PPT 

LPMR APTD 

PCom 

LPMC 

MCPC 

LPLR 

APTV 

ZID 

ZIV 

SNR 

SNC 

REth 

LH 

PR 

F 

RPF 

SuML 

OT 

SCO 

PAG 

RI 

D3V 

pc 

PH 

sumx 

SuMM 

MMn 

LM ML MM 

VTM 

PMD 

MRe 

D3V 

fr 

pm 

mtg 

cg 

fmj 

dhc 

scp 

ns 

f 

ml 

alv 

cp 

hf 

bsc 

str 

opt 

Py 

alv 

CA1 

LV 

BMP 

ec 

rf 

1 

2 

3 

4 

5 

0 

ArcMP 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 54 

0 

0 

6 

5 

4 

3 

2 

1 

0 

8 6 4 2 0 - 2 - 4 

AuV 

TeA 

Ect 

Au1 

PRh 

LEnt 

AuD 

Pir 

DEn 

V2L 

SLu 

CA3 

Or 

APir 

CA2 

IGL 

BLP 

Py 

Or 

PMCo 

V1 

CA2 

Or 

Py 

Rad 

LMol 

CA1 

Mol 

GrDG 

V2ML 

PoDG 

DLG IMA 

SG 

VLGMC MGD 

VLGPC 

MGV 

MGM 

SLu 

CA3 

AHiPM 

DG 

LPMC 

LPLC 

IntG 

SubG 

SNR 

V2MM 

REth 

SPFPC 

PP 

LT 

ZID 

SNL ZIV 

GrDG 

PIL 

SNC 

PLi 

PoT 

APTV 

S 

RSA 

FC 

RSG 

MPT 

OT 

PPT 

OPT 

PCom 

APTD MCPC 

pc 

Eth 

LH 

RPF 

LM 

VTM 

SCom 

PR 

SuML 

RI 

SCO 

PAG 

Dk 

ML MM 

EW 

ArcMP 

sumx 

SuMM 

MMn 

D3V 

MRe 

fr 

mtg 

pm 

cg 

fmj 

dhc 

scp 

ml 

ns 

f 

cp 

alv 

hf 

bsc 

opt 

alv 

LV 

ec 

rf 

1 

2 

3 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 55 

0 

0 

8 6 4 2 0 - 2 - 4 

6 

V2MM 

V2ML 

RSA 

5 

V1 

V2L 

Or 

S 

RSG 

cg 

fmj 

dhc 

alv 

1 

4 

3 

2 

1 

AuD 

Au1 

AuV 

TeA 

Ect 

PRh 

LEnt 

SLu 

CA1 

Mol 

CA3 

SLu 

CA3 

VLGMC 

VLGPC 

CA2 

Rad Or 

APir 

CA2 

Or 

BLP 

Py 

PMCo 

Py 

Rad 

LMol 

CA1 

AHiPM 

GrDG 

PoDG 

DLG 

IGL 

LPLC 

MGD 

SubG 

SPFPC 

LT ZI 

PP 

SNL 

DG 

LPMC 

APTD 

PLi 

SNR 

VTM 

GrDG 

PoDG 

OT 

PPT 

MCPC 

MGV SG 

APTV 

MGM 

RPF 

DpMe 

MZMG 

PoT InC 

PIL 

REth 

RPC 

InCG 

VTA 

PBP 

SNC 

SC 

PCom 

LM ML MM 

VTM 

PAG 

Dk 

pc 

EW 

sumx 

SuM 

MMn 

Aq 

fr 

mtg 

scp 

mp 

pm 

f 

ml 

cp 

bsc 

hf 

opt 

alv 

LV 

ec 

rf 

2 

3 

4 

5 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 56 

0 

0 

6 

5 

4 

3 

2 

1 

8 6 4 2 0 - 2 - 4 

AuV 

TeA 

Ect 

PRh 

Au1 

LEnt 

AuD 

Or 

V2L 

CA2 

CA3 

SLu 

APir 

BLP 

CA1 

Py 

Or 

Rad 

Py LMol 

Mol 

GrDG 

PoDG 

Py Or 

Rad 

AHiPM 

PMCo 

V1 

CA3 

SNL 

DG 

SG 

MGD 

MGV 

MZMG 

PP 

V2ML 

S 

PIL 

ZI 

PoDG 

LPMC 

APT 

PLi 

MGM 

SNR 

PoT 

GrDG 

V2MM 

PPT 

OT 

SNC 

RSA 

RSG 

InC 

InCG 

DpMe 

SuG 

InWh 

DpG 

csc 

pc 

ML 

LM 

PAG 

Dk 

RPC 

MA3 

EW 

VTRZ 

RLi 

VTA 

PBP 

MT 

Op 

InG 

DpWh 

Zo 

IF 

IPF 

SuM 

MM 

Aq 

mtg 

fr 

mp 

pm 

scp 

f 

cg 

fmj 

dhc 

bsc 

ml 

cp 

hf 

alv 

alv 

ec 

rf 

1 

2 

3 

4 

5 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 57 

0 

0 

6 

5 

8 6 4 2 0 - 2 - 4 

V1 

V2ML 

V2MM 

RSA 

RSG 

cg 

1 

dhc 

4 

V2L 

S 

Op 

SuG 

Zo 

alv 

3 

2 

1 

AuV 

TeA 

Ect 

PRh 

Au1 

AuD 

LEnt 

Or 

Rad 

LMol 

APir 

BLP 

CA1 

Py 

CA1 

Mol 

SLu 

AHiPM 

PoDG 

Or 

Py 

Rad 

CA3 

GrDG 

DG 

MGD 

MGV 

MZMG 

MGM 

PP 

SNL 

PPT 

SG 

PoT 

PIL 

SNC 

PLi 

PoDG 

GrDG 

APT 

SNR 

DpMe 

RPC 

MT 

InG 

InWh 

DpWh 

InCG 

InC 

RPC 

VTRZ 

PBP 

VTA 

SNC 

SuM 

ML 

DpG 

MA3 

PAG 

Dk 

csc 

EW 

RLi 

IF 

IPF 

MM 

pc 

Aq 

mtg 

fr 

scp 

mp 

pm 

bsc 

ml 

cp 

hf 

alv 

ec 

rf 

2 

3 

4 

5 

PMCo 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 58 

0 

0 

8 6 4 2 0 - 2 - 4 

6 

V2ML 

V2MM 

RSA 

5 

V1 

RSG 

cg 

1 

4 

V2L 

S 

Zo 

SuG 

Op 

InG 

dhc 

3 

2 

1 

AuD 

Au1 

AuV 

Or 

TeA 

Ect 

PRh 

LEnt 

DG 

InWh 

GrDG 

CA1 

PoDG 

csc 

DpG 

DT 

SG 

DpWh PAG Aq 

pc 

Py 

MGD APT 

PLi 

MGV 

Dk 

Rad 

InCG 

MZMG 

LMol 

MGM 

DpMe InC 

PoT 

MA3 

SLu 

EW 

PIL 

PP 

scp 

Or 

RPC 

CA3 Py 

Rad 

VTRZ RLi 

SNL MT 

Mol 

mtg 

CA1 

SNC 

VTA 

IF vtgx 

SNR 

PBP IPR mp 

SNC 

PoDG 

S 

IPF 

APir 

3n 

AHiPM 

MM 

GrDG 

ml 

bsc 

alv 

hf 

cp 

alv 

ec 

rf 

2 

3 

4 

5 

PMCo 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 59 

0 

0 

8 6 4 2 0 - 2 - 4 

6 

V2ML 

V2MM 

RSA 

5 

V1 

RSG 

SuG 

Zo 

cg 

dhc 

1 

4 

3 

2 

1 

V2L 

AuD 

Au1 

CA1 

AuV 

Or 

Py 

TeA 

Rad 

LMol 

Ect 

PRh 

CA1 

LEnt 

APir 

PoDG 

CA3 

S 

SLu 

AHiPM 

GrDG 

Rad 

Mol 

Or 

Py 

S 

DG 

MGD 

MGV 

MZMG 

PP 

SNL 

DT 

SG 

APT 

PIL 

MGM 

SNC 

PrS 

PoT 

PoDG 

GrDG 

SNR 

MT 

DpMe 

SNC 

Op 

RPC 

RMC 

InG 

InWh 

DpG 

DpWh 

InCG 

InC 

DLPAG 

LPAG 

PBP 

VTA 

IPDL 

PN 

IPL 

Dk 

MA3 

csc 

DMPAG 

RLi 

IF 

IPR 

IPC 

Aq 

EW 

IPI IPF 

MM 

mlf 

scp 

mtg 

vtgx 

IPDM 

ml 

cp 

bsc 

bic 

alv 

hf 

alv 

ec 

rf 

2 

3 

4 

5 

PMCo 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 60 

0 

0 

8 6 4 2 0 - 2 - 4 

6 

V2ML 

V2MM 

RSA 

5 

4 

3 

2 

1 

TeA 

Ect 

PRh 

V2L 

AuD 

Au1 

CA1 

Or 

Py 

Rad 

LMol 

CA1 

LEnt 

APir 

GrDG 

PoDG 

Or 

Py 

CA3 Rad 

Mol 

S 

V1 

S 

DG 

MGV 

SubB 

PP 

DT 

MZMG 

SNL 

GrDG 

PrS 

SNC 

SNR 

PoDG 

DpMe 

RSG 

SuG 

Op 

InG 

InWh 

DpG 

DpWh 

InC 

Zo 

DLPAG 

LPAG 

Dk 

MA3 

RMC 

csc 

EW 

RLi 

PBP 

IPDM 

VTA IF 

PN 

IPDL 

IPR 

IPL 

IPI 

DMPAG 

IPC 

Aq 

mlf 

mtg 

vtgx 

scp 

ml 

cp 

3n 

cg 

bsc 

dhc 

bic 

hf 

alv 

ec 

rf 

1 

2 

3 

4 

5 

PMCo 

AHiPM 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 61 

0 

0 

8 6 4 2 0 - 2 - 4 

6 

V2ML 

V2MM 

RSA 

5 

V1 

RSG 

SuG 

Op 

Zo 

cg 

dhc 

1 

4 

V2L 

S 

PrS 

InG 

InWh 

bsc 

alv 

2 

AuD 

DpG 

DMPAG 

DLPAG 

hf 

3 

Au1 

TeA 

CA1 

DG 

DT 

MZMG 

MGV 

DpMe 

DpWh 

LPAG 

Su3C 

InC 

Dk 

EW 

Aq 

bic 

3 

2 

Ect 

PRh 

Or Py 

Rad 

LMol 

LEnt 

PoDG 

GrDG 

Or 

CA3 

SubB 

PP 

SNL 

SNR 

SNC 

Min 

RMC 

VTA 

PBP 

MA3 

PN 

IPDL 

RLi 

IF 

IPR 

mlf 

mtg 

vtgx 

scp 

IPDM 

ml 

3n 

Py 

Rad 

Or 

ec 

rf 

4 

1 

APir 

S 

Py 

Mol 

IPL 

IPI 

IPC 

bas 

cp 

5 

PMCo 

AHiPM 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 62 

0 

0 

8 6 4 2 0 - 2 - 4 

6 

V2ML 

V2MM 

RSA 

5 

V1 

RSG 

SuG 

Zo 

cg 

1 

4 

V2L 

S 

PrS 

Op 

InG 

InWh 

DpG 

DMPAG 

DLPAG 

bsc 

dhc 

alv 

2 

3 

2 

1 

TeA 

Ect 

PRh 

Mol GrDG 

CA1 

DG 

Or 

Py 

Rad 

LMol 

PoDG 

LEnt 

S 

Py 

AHiPM 

APir 

PMCo 

SubB 

BIC 

MZMG 

SNL 

SNC 

SNR 

DpMe 

DpWh 

RRF 

LPAG 

InC 

Su3C 

Su3 

RMC 

PBP 

IPL 

3PC 

3N 

EW 

IPDL PN 

VTA 

Pn 

RLi 

IF 

IPR 

IPC 

IPI 

Aq 

mlf 

mtg 

vtgx 

scp 

rs 

IPDM 

ml 

cp 

bp 

bic 

hf 

ec 

rf 

3 

4 

5 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 63 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

V2ML 

V2MM 

RSA 

5 

Pi 

V1 

RSG 

SuG 

Op 

Zo 

cg 

1 

4 

V2L 

PrS 

InWh 

DpG 

InG 

DMPAG 

DLPAG 

bsc 

dhc 

alv 

2 

3 

2 

Ect 

TeA 

PRh 

LEnt 

S 

CA1 

LMol 

Mol 

DG 

GrDG 

PoDG 

BIC 

SubB 

DpWh 

DpMe 

RRF 

SNR 

SNC 

LPAG 

RMC 

PBP 

IPDM 

VTA 

IPDL 

Su3C 

Su3 

3PC 

3N 

dtgx 

RLi 

IPR 

Aq 

EW 

mlf 

mtg 

scp 

vtgx 

rs 

A8 

bic 

MG 

hf 

ec 

rf 

3 

4 

1 

IPL 

IPI 

Pn 

IPC 

ml 

cp 

bp 

5 

0 

6 

Interaural -0.08 mm 


1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 64 

0 

0 

6 

5 

8 6 4 2 0 - 2 - 4 

V2ML 

V2MM 

RSA 

Zo 

1 

V1 

RSG 

SuG 

Op 

InG 

4 

V2L 

PrS 

InWh 

DpG 

DLPAG 

LPAG 

DMPAG 

Aq 

bsc 

dhc 

alv 

ec 

2 

3 

2 

1 

Ect 

TeA 

PRh 

LEnt 

S 

LMol 

Mol 

DG 

MEnt 

BIC 

SubB 

SNR 

DpWh 

DpMe 

RRF 

PnO 

3PC 

IPDL 

Su3C 

Su3 

RMC 

IPL 

Pn 

IPDM 

3N 

IPI 

EW 

DR 

CLi 

PMnR 

MnR 

IPR 

I3 

IPC 

mtg 

IPA 

scp 

mlf 

ml 

ts 

B9 

cp 

rs 

A8 

bp 

bic 

MG 

PoDG 

GrDG 

rf 

3 

4 

5 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 65 

0 

0 

8 6 4 2 0 - 2 - 4 

6 

V2ML 

V2MM 

5 

RSA 

V1 

RSG 

SuG 

Op 

InG 

Zo 

1 

4 

V2L 

InWh 

DpG 

DpWh 

DLPAG 

DMPAG 

bsc 

dhc 

ec 

2 

3 

2 

TeA 

Ect 

PRh 

LEnt 

S 

PaS 

PrS 

InCo 

LPAG Aq 

BIC 

ECIC 

Me5 

VLPAG 

Su3C Su3 

DpMe 

3PC 

3N 

mlf 

MiTg 

DR 

PBG RRF 

R CLi 

scp 

PPTg 

mtg 

ATg 

PMnR 

VLL 

MnR ts 

PnO 

A8 

rs 

ll 

bic 

Mol 

alv 

rf 

3 

4 

1 

MEnt 

PL 

RtTg 

IP 

ml 

B9 

cp 

bp 

5 

Pn 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 66 

0 

0 

6 

5 

4 

3 

8 6 4 2 0 - 2 - 4 

V2L 

TeA 

V1 

PrS 

RSG 

V2MM 

BIC 

ECIC 

RSA 

SuG 

Op 

InG 

InWh 

InCo 

Zo 

DpWh 

DpG 

DLPAG 

LPAG 

VLPAG 

DMPAG 

Aq 

DR 

Me5 

bsc 

bic 

dhc 

ec 

alv 

1 

2 

2 

Ect 

PRh 

S 

PaS 

PBG 

PL 

RR 

EMi 

MiTg 

DpMe 

PPTg 

3PC 

3N 

ATg 

CLi 

xscp 

mlf 

mtg 

rf 

3 

4 

Su3C 

Su3 

Pn 

1 

LEnt 

MEnt 

VLL 

PMnR 

PnO 

RtTg RtTgP 

MnR 

IP 

DMPn 

tfp 

ml 

ts 

B9 

lfp 

mcp 

ll 

rs 

m5 

5 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

6 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 67 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

4 

3 

2 

TeA 

Ect 

PRh 

V2L 

S 

V1 

PrS 

PaS 

V2MM 

PL 

RSA 

BIC 

ECIC 

EMi 

MiTg 

PBG 

RR 

DpWh 

InCo 

CnF 

DpMe 

PPTg 

SuG 

Zo 

Op 

InG 

InWh 

DpG 

DMPAG 

DLPAG 

LPAG 

VLPAG 

RC 

Pa4 

4N 

Aq 

DR 

mlf 

CLi mtg 

xscp 

Me5 

bsc 

bic 

dhc 

alv 

ec 

rf 

1 

2 

3 

1 

LEnt 

MEnt 

ILL 

ERS 

VLTg 

VLL 

PnO 

PMnR 

RtTgP 

ATg 

MnR 

RtTg 

DMPn 

ts 

B9 

ml 

lfp 

ll 

mcp 

rs 

m5 

4 

5 

Pn 

tfp 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 68 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

4 

3 

2 

1 

TeA 

Ect 

PRh 

LEnt 

V2L 

MEnt 

V1 

PrS 

PaS 

V2MM 

RSA 

EMi 

PBG 

PL 

ILL 

BIC 

ECIC 

MiTg 

VLL 

CnF 

DpWh 

InCo 

PPTg 

VLTg 

RPO 

PnO 

SuG 

Op 

InG 

InWh 

DpG 

DLPAG 

LPAG 

VLPAG 

RC 

RtTgP 

Pn 

Pa4 

Zo 

4N 

DMPAG 

Aq 

DRD 

DRV 

DRI 

mlf 

CLi 

xscp 

ATg 

Rbd 

PMnR 

MnR 

RtTg 

ml 

DMPn 

tfp 

DRVL 

ts 

B9 

lfp 

Me5 

ll 

rs 

bic 

ll 

mcp 

m5 

vsc 

dhc 

rf 

1 

2 

3 

4 

5 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 69 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

V2MM 

SuG 

Zo 

1 

4 

V1 

RSA 

InG 

InWh 

DpG 

DpWh 

Op 

bic 

3 

2 

1 

TeA 

Ect 

PRh 

LEnt 

V2L 

Dsc 

MEnt 

PaS 

PrS 

BIC 

EMi 

MiTg 

PBG 

DLL 

ILL 

ECIC 

PL 

PL 

CnF 

PPTg 

VLTg 

RPO 

InCo 

DLPAG 

LPAG 

VLPAG 

RC 

PnO 

SPTg 

DRVL 

Pa4 

RtTgP 

PMnR 

RtTg 

ATg 

DMPAG 

Aq 

DRD 

DRV 

DRI 

mlf 

xscp 

MnR 

ml 

ts 

Me5 

lfp 

ll 

vsc 

ll 

rs 

PC5 

vsc 

mcp 

m5 

dhc 

rf 

2 

3 

4 

5 

0 

Pn 

tfp 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 70 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

V2MM 

SuG 

InG Op 

Zo 

1 

4 

V2L 

TeA 

Ect 

V1 

RSA 

1 2 3 

ECIC 

InCo 

InWh 

DpG DpWh 

DLPAG 

LPAG 

DMPAG 

Aq 

Me5 

dhc 

2 

3 

PRh 

LEnt 

PaS 

Sag 

DLL 

EMi 

PL 

MiTg 

CnF 

PPTg 

VLPAG 

RC 

Pa4 

DRD 

DRVL 

DRV 

DRI 

mlf 

xscp 

4n 

ll 

rf 

3 

2 

MEnt 

ILL 

P5 

PnO 

SPTg 

VTg 

PMnR 

MnR 

ts 

vsc 

mcp 

4 

1 

RPO 

RtTgP 

RtTg 

rs 

vsc 

ll 

m5 

PC5 

5 

LVPO 

MVPO 

ml 

lfp 

0 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 71 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

4 

V2L 

V1 

V2MM 

ECIC 

Op 

InG 

InWh 

DpG 

Zo 

SuG 

cic 

DpWh 

DLPAG DMPAG 

1 

2 

3 

TeA 

Ect 

PRh 

LEnt 

PaS 

Ant 

Sag 

DLL 

ILL 

MiTg 

PL 

PPTg 

CnF 

LPAG 

VLPAG 

RC 

DRVL 

Aq 

DRD 

DRV 

DRI 

mlf 

Me5 

scp 

4n 

ll 

dhc 

rf 

3 

RSA 1 2 3 MVPO 

2 

MEnt 

KF 

P5 

SPTg 

Mo5 

LDTgV 

Rbd 

VTg 

PMnR 

MnR 

ts 

vsc 

mcp 

4 

1 

0 

Pr5 

PC5 

LVPO RPO 

PnO 

Tz 

RMg 

RtTg 

ml 

lfp 

m5 

rs 

vsc 

s5 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 72 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

V2MM 

DCIC 

cic 

4 

V1 

ECIC 

DMPAG 

3 

Ect 

LEnt 

V2L 

PaS 

RSA 

Ant 

1 2 3 

Sag 

CIC 

CnF 

MiTg 

PPTg 

DLPAG 

LPAG 

VLPAG 

RC 

LDTg 

2Cb 

Aq 

DRC 

Me5 

4n 

ll 

DLL 

rf 

2 

3 

2 

1 

MEnt 

Pr5 

KF 

LPB 

MPB 

SubCD 

Su5 

P5 

Mo5 

SubCV 

PC5 

RPO 

LDTgV 

DMTg 

PnO 

VTg 

PMnR 

RtTg 

RMg 

DRI 

mlf 

MnR 

ts 

scp 

m5 

vsc 

vsc 

A7 

rs 

mcp 

VCA 

s5 

8vn 

4 

5 

0 

LVPO 

Tz 

MVPO 

ml 

lfp 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

Figure 73 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

DCIC 

1 

ECIC 

DMPAG 

4 

V1 

CIC 

LPAG 

2 

Ect 

PaS 

Sim 

Sag 

2Cb 

Aq 

rf 

3 

LEnt 

Ant 

1 2 3 4n 

LPBV 

CnF 

LPBS LPBC 

VLPAG 

RC 

LDTg 

DTgP 

DRC 

Me5 

scp 

me5 

ll 

vsc 

3 

2 

1 

MEnt 

Fl 

VCA 

Pr5DM 

Pr5VL 

KF 

I5 

Su5 

Mo5 

PC5 

MPB 

LPBE 

SubCV 

SubCD 

P5 

Acs5 

LDTgV 

DMTg 

PMnR 

PnC 

VTg 

RtTg 

mlf 

DRI 

ts 

MnR 

m5 

mcp 

s5 

8vn 

4 

5 

0 

LSO 

DPO 

SPO 

Tz 

LVPO 

MVPO 

PnV 

ml 

cst 

RMg 

rs 

vsc 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 74 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

DCIC 

DMPAG 

4 

ECIC 

CIC 

LPAG 

3Cb 

2 

3 

2 

MEnt 

CnF 

1 2 3 4n 

V1 

Ect 

Sim 

2Cb 

PFl 

Ant 

KF 

LPBD 

LPBC 

LPBV 

MPB 

LPBE 

VLPAG 

LDTg 

DTgP 

DTgC 

4V 

DRC 

DRI 

Me5 

scp 

me5 

vsc 

mcp 

3 

1 

Fl 

VCA 

Pr5DM 

I5 

Pr5VL 

Su5 

Mo5 

P5 

Acs5 

SubCD 

DMTg 

PnR 

PnC 

RtTg 

mlf 

s5 

8n 

4 

5 

0 

SubCV 

DPO 

LSO 

SPO 

LVPO 

MVPO 

Tz 

PnV 

RMg 

ml 

lfp 

vsc 

rs 7n 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 75 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

4&5Cb 

4 

ECIC 

CIC 

DCIC 

3Cb 

2 

3 

2 

1 

Sim 

PFl 

Fl 

SGl 

VCA 

Ant 

MPBE 

KF 

Pr5DM 

Pr5VL 

2Cb 

LPBD LPBI LPBV 

4V 

LPBC 

LDTg 

MPB LC DTgC 

Bar 

LPBE 

DTgP 

DRI 

Su5 

CGB 

CGA 

SubCD 

mlf 

Mo5 DMTg PnR 

P5 

I5 Acs5 

RtTg 

PCRtA 

SubCV PnC 

4n 

Me5 

vsc 

scp 

me5 

A5 

prf 

mcp 

s5 8n 

tz 

pfs 

plf 

3 

4 

5 

0 

LSO 

LVPO 

DPO 

SPO 

MVPO 

Tz 

PnV 

RPa 

RMg 

tz 

ml 

py 

rs 

MSO 

7n 

vsc 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 76 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

4&5Cb 

1 

DCIC 

pcuf 

4 

Sim 

4&5Cb 

3Cb 

2 

Crus1 

pcn 

prf 

psf 

Crus1 

3 

LPBD 

LPBC 

PBW 

SMV 

2Cb 

vsc 

unc 

3 

2 

1 

PFl 

Fl 

VCA 

SGl 

MPBE 

PCGS 

Pr5DM 

PCRtA 

Pr5VL 

MPB 

4V 

LDTg Sph 

Bar 

LC 

DTgP 

CGPn 

DTgC 

O 

CGA 

DMTg 

IRt 

PnC 

mlf 

Me5 

scp 

me5 

7n 

A5 

mcp 

sp5 ocb 

8n 

tz 

plf 

pfs 

4 

5 

0 

DPO 

LSO 

LVPO 

SPO 

Tz 

MVPO 

GiA 

RMg 

ml 

py 

RPa 

tz 

rs 

vsc 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 77 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

4&5Cb 

1 

pcuf 

4 

Sim 

4&5Cb 

3Cb 

2 

Crus1 

pcn 

prf 

psf 

Crus1 

3 

2 

1 

0 

PFl 

Fl 

VCA 

SGl 

Pr5DM 

Pr5VL 

LPBC LPBV 

PCRtA 

DPO 

LSO 

LVPO 

MPB 

Bar LDTg 

LC 

MVe 

IRt 

Acs6/7 

SPO 

MVPO 

Tz 

PnC 

GiA 

SMV 

DTgP 

DTgC 

CGA O 

Pa6 

6N 

2Cb 

4V 

Sph 

RMg 

mlf 

ml tz 

py 

RPa 

CGPn 

me5 

ocb 

vsc 

unc 

scp 

Me5 

7n 

A5 

rs 

vsc 

mcp 

sp5 

8n 

tz 

plf 

pfs 

3 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 78 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

4&5Cb 

1 

pcuf 

4 

Sim 

3Cb 

2 

Crus1 

prf 

psf 

3 

2 

1 

0 

PFl 

Fl 

Lat 

DC 

GrC 

VCP 

LVe 

Pr5DM 

Pr5VL 

SuVe 

LVPO 

MVeMC 

PCRtA 

Sp5O 

LPBV 

LC 

MPB 

7N 

CPO 

MVePC 

IRt 

Acs7 

P7 

LPGi 

MVPO 

Bar 

CGPn 

EVe 

Gi 

6N 

Pa6 

PnC 

GiA 

PPy 

SMV 

PDTg 

Tz 

pcn 

2Cb 

4V 

RMg 

ocb 

ml tz 

py 

RPa 

mlf 

7n 

vsc unc 

scp 

Me5 

rs 

A5 

vsc 

mcp 

icp 

8vn 

ocb 

sp5 

tz 

8n 

plf 

LR4V 

pfs 

3 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 79 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

4&5Cb 

1 

4 

Sim 

pcuf 

3Cb 

2 

Crus1 

prf 

psf 

3 

Lat 

IntA 

LC 

SMV 

pcn 

2Cb 

1Cb 

scp 

mcp 

pfs 

3 

2 

1 

PFl 

Fl 

SGl 

DC 

GrC 

VCP 

Sp5ODM 

Sp5OVL 

SuVe 

MVePC 

PDTg 

LVe 

EVe 

MVeMC 

IS Pa6 

PCRtA 

IRt 

Acs7 

P7 

7N 

LPGi 

4V 

CGPn 

6N mlf 

Gi 

GiA 

RMg 

g7 

A5 

rs 

icp 

8vn 

sp5 

tz 

8n 

plf 

LR4V 

4 

5 

0 

PPy 

ml 

py 

RPa 

vsc 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 80 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

4&5Cb 

1 

4 

Sim 

pcuf 

2 

Crus1 

3Cb 

prf 

psf 

3 

icp 

mcp 

pcn 

2Cb 

icf 

3 

2 

1 

0 

Crus2 

PFl 

Fl 

Lat 

SGl 

DC 

GrC 

VCP 

Sp5ODM 

Sp5OVL 

IntA 

Med 

VeCb 

SuVe 

MVePC 

LVe 

MVeMC 

IS 

PCRtA 

IRt 

Acs7 

P7 

7N LPGi 

SMV 

1Cb 

4V 

Pr 

mlf 

Gi 

GiA 

RMg 

PPy 

RPa 

prb 

ml 

py 

g7 

A5 

rs 

vsc 

icp 

sp5 

8vn 

tz 

pfs 

plf 

LR4V 

8n 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 81 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

4&5Cb 

4 

Sim 

pcuf 

2 

3Cb 

prf 

psf 

3 

Crus1 

icp 

2 

1 

0 

PFl 

Crus2 

Fl 

IntDL 

IntA 

Med 

Lat 

LatPC SuVe VeCb 

Y 

SGl Inf 

LVe 

MVePC 

DC 

GrC 

VCP 

MVeMC 

IS 

PCRtA 

IRt 

Sp5ODM 

Acs7 

Sp5OVL 

P7 

7DI 

7DL LPGi 

7L 7DM 

7VI 

7N 7VM 

10Cb 

4V 

Pr 

mlf 

DPGi 

Gi 

GiA 

RMg 

PPy ml 

py 

RPa 

A5 

icp 

sp5 

tz 

rs 

vsc 

8n 

icf 

pfs 

plf 

LR4V 

3 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

FIGURE 82 

0 

2 

4 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

4 

Sim 

2 

4&5Cb 

psf 

prf 

Crus1 

3 

icp 

icf 

3 

IntDL 

IntA 

Med 

2 

1 

0 

PFl 

Crus2 

Fl 

LatPC 

Lat 

SGl 

DC 

GrC 

VCP 

VeCb 

10Cb 

PCGS 

MVePC 4V 

LVe 

Pr 

SpVe MVeMC 

X 

mlf 

DPGi 

DMSp5 

IS 

PCRtA IRt 

Gi 

Acs7 

Sp5OVL 

P7 

LPGi 

GiA 

RMg 

7N 

ml 

PPy 

py 

RPa 

icp 

sp5 

rs 

vsc 

tz 

8n 

pfs 

plf 

LR4V 

4 

5 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

6 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 83 

0 

0 

6 

8 6 4 2 0 - 2 - 4 

5 

1 

4 

Sim 

2 

Crus1 

4&5Cb 

prf 

psf 

3 

icp 

icf 

3 

IntDL 

IntA 

Med 

2 

1 

PFl 

Crus2 

GrC 

Lat 

SGl 

DC 

VCP 

IntP 

LatPC VeCb 

LVe 

MVePC 

SpVe 

X 

MVeMC 

SolIM 

DMSp5 SolI 

PCRtA IRt 

Sp5OVL 

P7 

10Cb 

4V 

Pr 

mlf 

DPGi 

Gi 

ROb 

ias 

sol 

icp 

sp5 

tz 

pfs 

LR4V 

4 

5 

0 

7N 

LPGi 

GiA 

PPy 

RMg 

ml 

py 

RPa 

rs 

vsc 

6 



1 

5 

4 3 2 1 0 1 2 3 4 5

4 

3 

2 

1 

0 

1 

2 

3 

4 

4 2 0 -2 - 4 - 6 - 8 

5 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 84 

1 

0 

6 

8 6 4 2 0 - 2 - 4 

4 

Sim 

2 

Crus1 

4&5Cb 

prf 

psf 

icf 

3 

MedDL 

cbc 

icp 

3 

Crus2 

IntDL 

Lat 

IntA 

IntP 

Med 

10Cb 

ppf 

2 

SGl 

pfs 

MVePC 

das 

4 

DC 

4V 

SpVe 

icp 

MVeMC Pr 

LR4V 

X SolI 

sol 

SolIM 

mlf 

10N 

DPGi 

sp5 

1 

PFl 

5 

VCP DMSp5 

PCRtA IRt 

Gi 

Sp5O 

ROb 

P7 

rs 

0 

7N 

GiA 

LPGi 

RMg 

ml 

vsc 

C1 

6 

PPy 

py 

RPa 

RVL 



1 

4 3 2 1 0 1 2 3 4

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 85 

1 

0 

8 6 4 2 0 - 2 - 4 

6 

6Cb 

4 

prf 

psf 

2 

Crus1 

4&5Cb 

icf 

3 

cbc 

MedDL 

3 

2 

1 

Crus2 

PFl 

PFl 

SGl 

IntDL 

DC 

Sp5I 

IntP 

MVePC 

SpVe 

SolDM 

X SolI MVeMC Pr 

PCRtA 

DMSp5 

IRt 

Med 

sol 

10N 

SolM 

SolIM 

DPGi 

Gi 

10Cb 

4V 

mlf 

ROb 

icp 

sp5 

LR4V pfs 

ppf 

apmf 

PM 

4 

5 

0 

7N 

P7 

LPGi 

RVL 

PPy 

GiA 

RMg 

RPa 

py 

ml 

C1 

P7 

rs 

vsc 

6 



1 

4 3 2 1 0 1 2 3 4

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 86 

1 

0 

8 6 4 2 0 - 2 - 4 

6 

6Cb 

4 

Crus1 

prf 

4&5Cb 

psf 

2 

icf 

3 

Crus2 

MedDL 

Med 

cbc 

plf 

3 

IntP 

apmf 

2 

1 

0 

PM 

PFl 

PFl 

10Cb 

SpVe 

MVePC 

SolDM 

4V 

X SolI 

SolVL MVeMC Pr 

C3 

10N mlf 

SolIM DPGi 

SolV SolM 

DMSp5 

PCRt 

Sp5I 

IRt 

Amb 

Gi 

ROb 

Bo 

LPGi GiV 

ml 

py 

RPa 

sol 

RVL 

C1 

LR4V 

icp 

sp5 

rs 

vsc 

pfs 

ppf 

4 

5 

6 



1 

4 3 2 1 0 1 2 3 4

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 87 

1 

0 

6 

8 6 4 2 0 - 2 - 4 

6Cb 

4 

Crus1 

prf 

4&5Cb 

psf 

icf 

2 

3 

Crus2 

MedDL 

Med 

6Cb 

9Cb 

plf 

apmf 

3 

2 

PM 

IntP 

10Cb 

ppf 

Cop 

X 

SpVe 

MVe 

SolI 

SolDM 

Pr 

10N 

4V 

C3 

sol 

icp 

sp5 

LR4V 

pfs 

4 

1 

PFl 

ECu FVe CI 

SolV SolM 

SolVL 

SolIM 

DMSp5 

PCRt IRt 

Sp5I 

Amb Gi 

DPGi 

mlf 

ROb 

rs 

5 

0 

RVL 

LPGi 

GiV 

IOM 

IOPr 

RPa 

py 

IOD 

C1 

vsc 

6 



1 

4 3 2 1 0 1 2 3 4

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 88 

1 

0 

6 

8 6 4 2 0 - 2 - 4 

4 

Crus1 

psf 

2 

6Cb 

icf 

3 

Crus2 

MedDL 

3 

Med 

9Cb 

plf 

apmf 

2 

PM 

10Cb 

ppf 

1 

Cop 

ECu 

X 

FVe 

SpVe 

MVe 

SolDM 

SolVL SolIM 

Pr 

10N 

SolV SolM EF 

DMSp5 

DPGi 

PCRt 

IRt 

Sp5I 

Li Gi 

Amb 

4V 

C3 

CI B4 

mlf 

ROb 

C2 

sol 

icp 

rs 

sp5 

LR4V 

4 

5 

0 

RVL 

LPGi 

IODM 

IOM 

IOPr 

IOD 

RPa GiV 

py 

C1 

vsc 

6 



1 

4 3 2 1 0 1 2 3 4

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 89 

1 

0 

6 

8 6 4 2 0 - 2 - 4 

4 

psf 

Crus1 

6Cb 

2 

icf 

3 

Crus2 

8Cb 

3 

apmf 

9Cb 

2 

1 

PM 

10Cb 

Cop ECu SpVe 

MVe 

SolI 

SolDM 4V C2 

10N 

SolVL 

Pr 

FVe 

In C3 

SolCe 12N B4 

SolM 

DMSp5 

Ro 

SolV SolIM 

CI 

DPGi mlf 

PCRt 

IRt 

Sp5I 

plf 

sol 

icp 

sp5 

ppf 

LR4V 

4 

5 

0 

Amb 

Li 

RVL 

LPGi 

Gi 

IODM 

IOD IOM 

ROb 

GiV 

IODMC 

RPa 

py 

C1 

vsc 

rs 

6 

IOPr 



1 

4 3 2 1 0 1 2 3 4

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 90 

1 

0 

6 

8 6 4 2 0 - 2 - 4 

4 

6Cb 

2 

Crus1 

icf 

3 

Crus2 

8Cb 

ppf 

apmf 

3 

2 

1 

PM 

DMSp5 

Pa5 

Sp5I 

Cop 

9Cb 

SolDL 

SolI SolG 

SolM 

ECu 

SpVe MVe 

4V 

10N 

SolVL 

SolV In 12N 

SolIM 

SolCe CI 

Ro 

PCRt IRt 

Gi 

mlf 

sol 

sp5 

icp 

LR4V 

4 

5 

Amb 

Li 

PMn 

0 

LRt 

RVL 

LPGi 

IODM 

IOM 

IOD 

ROb 

RPa 

py 

vsc 

rs 

LRtPC 

6 


IOPr 


1 

4 3 2 1 0 1 2 3 4

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 91 

1 

0 

6 

8 6 4 2 0 - 2 - 4 

4 

6Cb 

2 

Crus1 

icf 

3 

Crus2 

7Cb 

8Cb 

sf 

ppf 

apmf 

3 

2 

1 

0 


PM 

DMSp5 

Sp5I 

LRtPC 

Cop 

Pa5 

LRt 

ECu 

PCRt 

RVL 

PSol 

SolI 

Cu 

SolVL 

IRt 

SolG 

SolDL 

SolV In 

SolCe 

SolIM 

Amb 

LRt 

IOD 

IOPr 

Gi 

IOVL 


1 

4 3 2 1 0 1 2 3 4 

9Cb 

SolM 

12 

Ro 

PMn 

IOK 

IOM 

AP 

4V 

mlf 

10N 

12n 

ROb 

IOBe 

RPa 

py 

sol 

vsc 

icp 

sp5 

rs 

4 

5 

6

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 92 

1 

0 

6 

8 6 4 2 0 - 2 - 4 

4 

6Cb 

2 

3 

Crus2 

7Cb 

8Cb 

sf 

ppf 

apmf 

3 

2 

1 

0 

PM 

Pa5 

Pa5 

Sp5I 

LRtPC 

Cop 

LRt 

ECu 

SolVL 

MdD 

IRt 

9Cb 

SolDL 

PSol 

SolG 

SolC 

Cu 

SolM 

AP 

10N 

SolV SolCe 

SolIM 

In 12N 

Amb 

IOD 

IOPr 

Ro mlf 

ROb 

MdV 

PMn 

IOK 

IOVL IOBe 

IOC 

IOB 

RPa 

py 

sol 

vsc 

icp 

sp5 

11n 

rs 

4 

5 

6 



1 

4 3 2 1 0 1 2 3 4

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 93 

1 

0 

6 

8 6 4 2 0 - 2 - 4 

4 

6Cb 

2 

3 

7Cb 

ppf 

Crus2 

apmf 

8Cb 

sf 

3 

PM 

2 

1 

0 

Pa5 

Sp5I 

Cop 

LRt 

ECu 

SolVL 

MdD 

Cu 

Amb 

IRt 

9Cb 

SolDL 

SolG 

SolM 

PSol 

AP 

SolC 

SolIM 

In 

SolCe 

IOD 

IOPr 

MdV 

IOB 

10N 

Ro 

CC 

12N 

ROb 

IOK 

IOBe 

PMn 

IOC 

RPa 

py 

sol 

A1 

icp 

vsc 

sp5 

rs 

4 

5 

6 



1 

4 3 2 1 0 1 2 3 4

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 94 

1 

0 

6 

4 

8 6 4 2 0 - 2 - 4 

6Cb 

psf 

7Cb 

ppf 

2 

Crus2 

3 

PM 

8Cb 

sf 

apmf 

3 

2 

1 

0 

C 

Sp5I 

Cop 

Sp5C 

MdD 

IRt 

IOB 

IOD 

10N 

InM 

9Cb 

ECu 

SolG 

SolM 

SolDL 

Cu 

AP 

SolI 

SolVL 

Amb 

LRt 

SolV 

IOA 

SolIM 

MdV 

Ro 

CC 

12N 

IOK 

IOC 

SolC 

IOBe 

ROb 

PMn 

RPa 

py 

sol 

A1 

icp 

sp5 

vsc 

rs 

4 

5 

6 



1 

4 3 2 1 0 1 2 3 4

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 95 

1 

0 

6 

8 6 4 2 0 - 2 - 4 

4 

7Cb 

ppf 

2 

3 

Crus2 

8Cb 

sf 

apmf 

PM 

3 

9Cb 

2 

1 

0 

Sp5I 

Cop 

Sp5C 

MdD 

ECu 

Amb 

LRt 

IRt 

Cu 

IOA 

SolI 

SolVL 

SolV 

SolIM 

SolDL 

SolM 

Gr 

MdV 

IOD 

IOB 

SolG 

10N 

SolC 

InM 

CC 

12N 

Ro 

IOK 

IOC 

RPa 

AP 

IOBe 

ROb 

PMn 

py 

sol 

A1 

sp5 

vsc 

rs 

4 

5 

6 


Bregma - 7.64 mm 

1 

4 3 2 1 0 1 2 3 4

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 96 

1 

0 

6 

8 6 4 2 0 - 2 - 4 

4 

7Cb 

ppf 

2 

8Cb 

3 

sf 

PM 

3 

9Cb 

2 

1 

0 


Cop 

Sp5C 

SolDL 

SolM 

Cu Gr 

AP 

SolI 

SolVL 

10N 

SolC 

SolV 

12N 

CC 

MdD 

IRt 

mlf 

Amb MdV IOK ROb 

PMn 

ts 

IOB IOBe 

LRt 

IOC 

RPa 

IOA 

py 

12n 

vert 

sol 

cu 

sp5 

A1 

vsc 

rs 


4 

5 

6 

1 

4 3 2 1 0 1 2 3 4

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 97 

1 

0 

6 

8 6 4 2 0 - 2 - 4 

4 

7Cb 

ppf 

2 

3 

8Cb 

sf 

PM 

3 

Cop 

9Cb 

2 

1 

Sp5C 

MdD 

LRtPC Amb 

SolDL 

SolM 

Gr gr 

Cu 

SolC 

SolVL 

10N 

SolV 

12N CC 

IRt 

mlf 

MdV ROb 

IOC ts 

sol 

cu 

A1/C1 

sp5 

Pa5 

rs 

4 

5 

0 

LRt 

IOB 

IOA 

py 

vsc 

dsc 

6 

12n vert 



1 

4 3 2 1 0 1 2 3 4

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 98 

1 

0 

6 

8 6 4 2 0 - 2 - 4 

4 

7Cb 

ppf 

2 

8Cb 

3 

sf 

PM 

3 

Cop 

9Cb 

2 

Sp5C 

Cu 

SolVL 

SolV 

SolM 

Gr 

SolC 

10N 

sol 

cu 

sp5 

4 

1 

0 

MdD 

CeCv 

IRt 

LRtPC RAmb 

MdV 

LRt 

IOM 

12N 

CC 

ROb 

pyx 

mlf 

ts 

C1 

vsc 

rs 

dsc 

5 

6 

12n 

vert 



1 

4 3 2 1 0 1 2 3 4

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 99 

1 

0 

6 

8 6 4 2 0 - 2 - 4 

4 

2 

8Cb 

3 

sf 

3 

9Cb 

2 

1 

0 

Sp5C 

SolM 

cu 

Gr 

Cu 

SolC 

SolVL 

10N 

sol 

SolV 

MdD 

IRt 

CeCv 

CC 

12N 

mlf 

RAmb MdV 

ROb 

LRt 

pyx 

ts 

vsc 

sp5 

rs 

dsc 

4 

5 

6 



1 

4 3 2 1 0 1 2 3 4

4 

3 

2 

1 

0 

1 

2 

3 

4 

5 

4 2 0 -2 - 4 - 6 - 8 

Bregma 

6 Bregma 0 

4 

2 

2 

4 

FIGURE 100 

1 

0 

6 

8 6 4 2 0 - 2 - 4 

4 

2 

3 

8Cb 

sf 

3 

9Cb 

2 

1 

Sp5C 

MdD 

Cu 

Gr MnA 

sol 

SolC 

SolM 

A2 

cu 

sp5 

4 

IRt 

CeCv 

CC 

5 

0 

LRt 

MdV 

11N 

mlf 

pyx ts 

vsc 

A1 

rs 

dsc 

6 



1 

4 3 2 1 0 1 2 3 4

6 

5 

4 

3 

2 

1 

0 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

4&5Cb 

RSA 

RSGb 

Cg1 

Zo 

Cg/RS 

Cg1 

6Cb 

Mi 

rf 

SuG 

RSGb 

cic 3Cb 

IPl 

DCIC 

cc 

Gl 

PrL 

Cg2 

Op SC 

dhc 

IG 

df 

7Cb 

CA1 

SCO 

ReIC 

DMPAG 

3V vhc 

prf 

gcc LV 

csc Aq 

ppf 

SMV 

pcn 

MO 

SHi 

SFO 

pc 

pcuf 

Gl 

D3V SCO 

2Cb 

Aq 

D3V 

DRD 

DTT 

f 

PV 

PVP 

4V 

plf 8Cb 

LSI 

PAG 3N DRV 

1Cb 

sf 

MS 

IMD 

DRI DTgP 

PT 

Sph 

dtgx 

4V 

EPl 

CM 

EW CLi xscp DTgC 

PVA 

RLi 

PDTg 

Ld 

pv 

mlf 

10Cb 

9Cb 

ac 

IAM 

SolC 

vtgx 

Rbd 

Pr 

Rh 

10N Gr 

PaAP 

3V sumx MnR CGA 

In 

VDB MnPO 

Re 

IF 

ocb 

ICj 

DPGi 

12N 

PH 

IPA 

PaV 

IPR 

gr 

PaMP 

RtTg 

SuMM 

mlf 

IPC 

Gi 

VOLT 

IPF 

PnC 

MMn MM 

RtTg 

3V 

ml PnV 

pyx 

GiA 

ox 

Pn tz 

GiV 

RMg 

IO 

tfp 

py 

sox 

ME ArcMP Interaural RPa 

Figure 101 

9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

Interaural 

Lateral -0.04 mm 

Bregma 

Bregma 

0 

1 

2 

3 

4 

5 

6

6 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Bregma 

Bregma 

0 

5 

4 

3 

2 

1 

0 

GrO 

EPl 

RSA 

4&5Cb 

Cg1 

Cg/RS 

IPl 

RSGb 

prf 

rf 

Cg1 

Mi 

SuG 

Zo 

RSGb 

6Cb 

cic DCIC 

dhc 

SC 

scc 

3Cb 

PrL 

ReIC 

Cg2 

cc 

psf 

CA1 

df 

DMPAG 

DG 

SCO csc 

7Cb 

IG 

vhc MHb 

D3V 

MO 

LSD SFO 

pc 

Aq 

q SMV 

ppf 

gcc 

pcn pcuf 

Gl 

TS 

PrC 

LDTg 

8Cb 

DP 

PVP 

3PC 

2Cb 

DR 

plf 

EPl 

LSI 

DTT 

PV 

Dk 3N 4N DTgC 

1 

sf 

MDM 

mlf 

DTgP 

SHi MS f PT 

9Cb 

MA3 

dtg 

Sph chp 10Cb 

PVG 

Mi 

PVA 

CM 

RLi scp 

PDTg 

VTg 

ac 

Gus 

VTT 

MnPO 

vtgx 

Pr SolG 

IAM 

PaAP 

Rh 

CLi 

ATg 

In 10N SolM 

Gr 

ADP PaDC 

IF 

IPA CGA 

VDB 

Re sumx 

PMnR 

RtTg 

DPGi Ro 12N 

AC 

IPR 

PaLM 

SolC 

ICj 

PH SuMM 

IPC RtTgP 

gr 

PaV 

AVPe 

DTM 

IPF 

PnC Gi 

PMn 

MPOM 

DM 

MM 

PaMM PaPo 

RtTg 

VMPO MPA AHC 

VMHDM 

tfp Pn ml PnV 

GiA 

GiV 

pyx 

SCh 

TC 

RMg 

IO 

PMD 

ox 

Tz tz 

py 

Arc 

Interaural 

sox 

Figure 102 

9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

Interaural 


3V 

1 

2 

3 

4 

5 

6

6 

5 

4 

3 

2 

1 

0 

GrO 

Interaural 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Mi 

IPl 

EPl 

Gl 

Gl 


rf 

EPl 

IPl 

Mi 

GrO 

Bregma 

4&5Cb 

RSA 

Zo 

M2 

6Cb 

SuG 

Cg1 

Cg/RS 

RSGb 

Op DCIC 

InG cic 3Cb 

PrL 

cc scc RSGa InWh 

DpG 

Cg2 

psf 

DpWh 

CA1 

7Cb 

hf 

DG 

DMPAG 

IG 

MPT 

prf 

LSD 

vhc 

ppf 

3V 

MHb 

pcn pcuf 

MO IL gcc LV 

LHbM 

PrC pc 

fr 

MA3 

MO 

PV 

Su3 DRV 

2Cb 

plf sf 

DTT 

TS 3V 

DP 

LSI 

PF 

3N 3PC 4N DRVL 

Pa4 LDTg 

DTr 

MDM PF Dk 

CLi 

4V 

DTgP 

DTT 

PT 

mlf 

10Cb 

MS PVA 

DTgC 

9Cb 

f IAM 

scp 

VTg 

CM 

MVePC 

Rh 

InC R 

SolM 

ATg 

Gus MVeMC 10N Gr 

SPF 

ac 

RI 

DMTg 

Re Sub 

vtgx 

6N 

VTA PMnR 

12N 

PaDC 

VTT 

PaLM 

mtg fr 

DPGi 

SolC 

ADP 

VRe 

PN 

Ro 

AcbSh 

PaAP 

VDB 

PaPo PH 

SuM IPL 

MPA PaMM 

PMD 

IPF 

PnC Gi PMn 

MPOM AHP 

AHA AHC DM 

ML 

RtTg 

MPA 

Tu 

MM 

Pn 

IOD 

tfp 

PnV ml 

GiV 

LA TC VMH 

lfp Tz GiA 

IOPr 

ox 

Arc 

tz py 

sox 

PMV 

Interaural RMg Figure 103 

9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

Bregma 

0 

1 

2 

3 

4 

5 

6

6 

5 

4 

3 

2 

1 

0 

Gl 

GrO 

EPl 

Mi 

IPl 

Interaural 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

IPl 

Mi 

EPl 

Gl 


IPl 

rf 

Mi 

FrA 

GrO 

Bregma 

RSA 

M2 

SuG 

Cg/RS 

RSGa 

Op 

InG 

DCIC 

6Cb 

RSGb 

scc 

InWh 

cic 

Cg1 

DpG 

3Cb 

cc 

CA1 

CA2 

Py S 

DpWh 

Cg2 

df Mol 

Rad 

DLPAG 

prf psf 

LMol 

GrDG 

7Cb 

hf MHb 

PrL 

PoDG 

MPT DLPAG 

LSD 

2Cb 

ppf 

vhc 

PCom 

LPAG 

3V 

MHb 

pcn 

gcc 

pcuf 

MHb 

VLPAG 

D3V 

LHbM PrC pc LPAG 

Med 

8Cb 

MO IL 

MCPC Su3C DRV 

3V sm MDC 

sf 

PF 

Su3 

plf 

mlf Pa4 

DP 

LDTg 

TS 

IAD MD PF 

Dk 

4V 10Cb 

InC 

9Cb 

DTT 

LSI 

SFi 

PT AM 

scp 

fr 

RMC 

CGPn 

f 

MVePC 

sol 

Rh CM 

SPTg 

Gus 

RPC 

SolIM 

Sub 

MVeMC 

Cu 

AOM 

ac 

RI 

DMTg 

SHy B Re 

PBP 

VM 

PMnR 

g7 

SolM 10N 

IRt 

ICjM 

ST SPF VTA 

PnO 6N 

StA 

mtg 

PN 

DPGi 

cu 

VTT AcbSh 

PaLM VRe 

M 

PaPo PH 

RtTgP 

P SuM IPL 

Pa6 

VP 

M 

PMD 

IPF 

ML 

PnC 

Gi 

HDB MPA 

RtTg 

MdV 

Tu 

AHA AHCAHP DM 

MM 

tfp 

LPGi 

MPOM 

Pn lfp 

GiV IOD 

LA VMH 

ml 

IOPr 

GiA 

ox 

py Tz 

tz 

sox 

PMV 

9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

Zo 

4&5Cb 

Interaural Figure 104 

Bregma 

0 

1 

2 

3 

4 

5 

6

6 

5 

4 

3 

2 

1 

0 

GrO 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

IPl 

Mi 

EPl 

Gl 

EPl 

Mi 

Interaural 


IPl 

FrA 

Bregma 

RSA 

Zo 

4&5Cb 

M2 

SuG 

RSGa 

6Cb 

Cg/RS 

Op 

DCIC 

InG 

alv scc 

InWh DpG 

3Cb 

Cg1 

cc 

Rad 

cic 

CA2 CA1 S 

DpWh 

psf 

Cg2 

hf 

PrL 

CA3 

LMol 

7Cb 

PoDG 

DLPAG 

Mol 

prf 

MO 

gcc 

vhc 

OPT PPT 

bsc 

LPAG 

2Cb 

pcuf 

ppf 

3V 

pcn 

D3V LSD 

PrC PCom 

8Cb 

LHbM 

sf 

VO IL 

sm 

MCPC 

VLPAG 

Med 

fr RPF 

Su3C DRV 

LSI 

plf 

MDL 

DP 

MDL 

DpMe 

Pa4 

3V 

LDTg 

9Cb 

IAD 

InC 

4V 

SCom 

chp 10Cb 

scp 

DTT 

BSTMABAC 

3V 

MDCCM 

PF 

AM 

RMC 

MVePC 

LSV 

scp 

PC 

RPC 

CGPn 

sol 

SPTg 

SolM 

Re 

Gus 

Cu cu 

AOM ICjM ac f 

VL 

VM 

RI 

ts 

DMTg MVeMC 

SolIM 

SHy 

g7 

SolV 

SPF 

RRF/A8 

6N 

StA 

ZI 

VTA 

PnO 

IRt 

AMV 

AOV AOP AcbSh 

PS 

VP 

mt 

PaPo 

ml RtTgP 

asc7 

Pa6 

MPA 

PH SuM IPF 

StHy 

RtTg 

PnC 

Gi 

BSTMP 

PMD 

Tu 

VTT 

HDB 

LPO BSTMPM AHP 

ML 

MdV 

AHA AHC DM 

tfp lfp 

LPGi 

Pn ml 

GiV 

LA VMH PMV 

GiA 

IO 

py 

ox 

MM 

Tz 

VLPO 

tz 

sox MTu 


9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

Bregma 

0 

1 

2 

3 

4 

5 

6

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Bregma 

6 

RSA 

V2MM 

Zo 

4&5Cb 

Bregma 

0 

5 

4 

3 

2 

1 

0 

EPl 

Mi 

IPl 

Gl 

Interaural 

GrO 


FrA 

AOB 

AOM 

Pir 

AOE 

AOV 

VO 

DTT 

AOM 

VTT 

AOP 

RSGa SuG DCIC 

6Cb 

Op 

alv 

ECIC 

M2 

InG 

scc 

cc 

Or 

InWh 

CA2 

Rad Py 

bsc 

S 

DpG DpWh CIC 

LMol 

3Cb 

SLu 

psf 

Mol 

CA1 

DLPAG 

CA3 PoDG hf 

prf 

GrDG 

LPAG 

Cg1 gcc 

fi 

LHb OPT PPT 

pcuf 

pcn 

ppf 

LPAG VLPAG 

LV 

PrL 

AD 

Cl 

MCPC 

SMV 2Cb 

LSD 

Med 

sf 

PF InC 

CPu 

plf 

IAD MDL 

DP 

3V 

Pa4 

4V chp 

RPF 

10Cb 

RRF/A8 

LS 

scp LDTg 

PSol 

sm 

AM PC 

RMC 

MVePC 

E/OV 

BSTMPM 

CGPn 

sol 

cu 

VL 

ICjM BSTMA 

VPMGus 

RPC 

SPTg 

AMV 

RI 

MVeMC 

Cu 

AcbC 

ac 

VM SPFPC 

PnO 

SolM 

7n 

SolV 

PR 

StA 

Rt 

PS 

f ZI 

mt 

RtTgP DMTg IRt SolIM 

VTA ml 

asc7 

AcbSh 

A13 

BSTMPI 

mt SNC 

VP 

PaPo PH SuM 

RtTg 

PnC 

LPO StHy 

BSTMPL 

IPF 

MdV 

HDB MPA AHAAHC AHP DM 

ML 

lfp 

Gi 

Tu 

RPO 

LA 

VMHC 

tfp Pn 

LPGi 

PMV 

tz Tz SPO 

GiV 

VMHVL 

VLPO ox 

py GiA 

MTu 

PMD 

IO 

sox 

MTu 

MVPO 


9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

7Cb 

9Cb 

8Cb 

1 

2 

3 

4 

5 

6

6 

5 

4 

3 

2 

1 

0 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Gl 

EPl 

Mi 

IPl 

Interaural 

AOB 

GrO 


AOE 

rf 

FrA 

AOM 

aci 

AOV 

VO 

AOP 

Pir 

DTT 

Bregma 

V2MM 

M2 RSA 

Zo 

RSGb 

4&5Cb 

M1 

SuG DCIC 

alv 

6Cb 

RSGa 

M2 

Op 

ECIC 

Or 

InG 

cc 

Py 

InWh 

CA1 

CA2 Rad 

LMol S 

DpG CIC 3Cb 

SLu 

psf 

Mol 

bsc 

DpWh 

cg 

hf 

7Cb 

GrDG 

DLPAG 

prf 

pcuf 

LV 

Me5 

LPMR 

ppf 

pcn 

CL 

Cl 

APT 

LPAG 

8Cb 

AD 

OPT 

CPu 

fi 

PPT 

VLPAG 2Cb 

MDL 

Med 

IVF 

DpMe 

LDTg 

sf 

MPB 

plf 

3V 

PF 

AVDM PC 

RRF/A8 

4V 

scp 

10Cb 

BSTLD AM 

VL OPC 

Bar 

BSTMPM 

VPM SPFPC R 

MVePC SpVe 

9Cb 

LDTgV 

cu 

BSTLP sm 

Gus scp 

SPTg 

sol Cu 

AcbC ac 

Rt VM 

MVeMC 

FF 

ml VTA 

DMTg 

7n 

BSTMV 

PnO 

BSTMPI 

Fu 

IRt 

SolIM 

ZI A13 

ns 

RtTg 

SolM 

Gem 

BSTLV 

SNC 

RtTgP 

AcbSh 

f 

VP LPO 

LV 

PnC 

SolVL 

BSTMPL 

SuML tfp lfp DPO 

Gi 

VP 

MdV 

MPA LH PeF 

LH 

f LM 

P7 

Tu HDB 

Pn RPO 

PMV APit 

Tz SPO 7N LPGi 

VMH 

tz 

ox 

C1 IO 

VLPO 

MTu 

sox 

MTu 

MVPO 


9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

Bregma 

0 

1 

2 

3 

4 

5 

6


4V 

LV 

SpVe 

LV 

LV 

M2 

M1 

cc 

VO 

rf 

Cl 

VA 

Rt 

ac 

Pir 

Tu 

ox 

CPu 

fmj 

alv 

Or 

S 

Py 

CA2 

Rad 

hf 

Mol 

LMol 

CA1 

PoDG 

bsc 

sox 

psf 

fi 

VPM 

PC 

LDDM 

AcbSh 

VP 

SNR 

sp5 

Sp5C 

ppf 

ECIC 

LPMR 

GrDG 

RSG 

V2MM 

3Cb 

Gl 

FrA 

MDL 

InWh 

IntP IntP 

LPGi 

EPl 

CA3 

InG 

V2ML 

OT 

APT 

7n 

MVePC 

7N 

C1 

PPT 

CIC 

Op 

LRt 

8Cb 

6Cb 

RPO 

P7 

GrO 

Mi 

IPl 

AcbC 

LH 

ml 

VL 

SLu 

SuG 

DpG 

SPTg 

SPO 

DPO 

MVPO 

MVeMC 

DpWh 

pcuf 

10Cb 

MedDL 

7Cb 

aca 

AVVL 

cp 

RRF/A8 

SubD 

SubV 

scp 

MPB 

Cu 

IRt 

AOV 

AOD 

AOP 

HDB 

PaR 

OPT 

Zo 

tfp 

PnO 

2Cb 

VeCb 

PSTh 

AOE 

GrA 

cg 

MPtA 

BSTLD 

BSTLP 

BSTMPL 

AVDM 

VM 

SO 

MTu 

LM 

F 

RMC 

Gus 

DpMe 

MdV 

4n 

prf 

sf 

9Cb 

plf 

aci 

Fu 

BSTLV 

OPC 

CL 

SuML 

Pn 

LPO 

AD 

VTA 

lfp 

VLTg 

Me5 

LC 

DCIC 

4&5Cb 

pcn 

GlA 

E/OV 

dlo 

MiA 

EPlA 

E/OV 

E 

ICj 

mfba 

st 

sm 

BSTMPM 

VLH 

f 

PeF 

VMHVL 

A13 

scp 

PBP 

MT 

SNC 

ll 

Tz 

AM 

BSTLI 

BSTMPI 

PF 

SPFPC 

M2 

LPAG 

Me5 

PnC 

Gi 

Li 

Sol 

sol 

IO 

cu 

ECIC 

ZI 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

0 

1 

2 

3 

4 

5 

6 

0 

1 

2 

3 

4 

5 

6 

0 

Interaural 

Bregma 


1 

2 

3 

4 

5 

6 

7 

8 

9 -1 -2 -3 -4 

Bregma

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

0 

1 

2 

3 

4 

5 

6 

0 

1 

2 

3 

4 

5 

6 

0 

Interaural 

Bregma 


1 

2 

3 

4 

5 

6 

7 

8 

9 -1 -2 -3 -4 

Bregma 

Lateral 0.96 

LV 

LR4V 

SpVe 

LV 

LV 

M2 

M1 

fmi 

cc 

VO 

rf 

Cl 

VA 

Rt 

ac 

Pir 

lo 

Tu 

ox 

CPu 

fmj 

alv 

Or 

S 

Py 

CA2 

Rad 

hf 

Mol 

LMol 

CA1 

bsc 

ZI 

sox 

psf 

SI 

fi 

VPM 

Po 

LDDM 

AcbSh 

VP 

SNR 

sp5 

Sp5C 

ppf 

ECIC 

LPMR 

GrDG 

RSG 

V2MM 

3Cb 

Gl 

FrA 

SNC 

InWh 

IntA IntP 

LPGi 

EPl 

CA3 

InG 

V2ML 

OT 

APTD 

7n 

MVePC 

LPB 

Mo5 

7N 

PCRt 

C1 

PPT 

InCo 

CIC 

CnF 

Op 

ll 

LRt 

PCRtA 

8Cb 

6Cb 

RPO 

P7 

ON 

GrO 

Mi 

IPl 

AcbC 

LH 

ml 

VL 

SLu 

SuG 

DpG 

PPTg 

SPO 

DPO 

MVPO 

MVeMC 

DpWh 

pcuf 

10Cb 

MedDL 

7Cb 

SubI 

aca 

AVVL 

cp 

RRF 

SubCD 

SubCV 

scp 

MPB 

Cu 

IRt 

MdD 

AOV 

AOD 

AOP 

HDB 

mfb 

Ang 

PaR 

OPT 

Zo 

Sol 

tfp 

PnO 

2Cb 

VeCb 

PSTh 

AOB 

AOE 

GrA 

cg 

MPtA 

BSTLD 

BSTLP 

BSTMPL 

AVDM 

VM 

SO 

MTu 

LM 

F 

RMC 

Gus 

DpMe 

MdV 

4n 

prf 

sf 

9Cb 

plf 

ac 

aci 

aci 

Fu 

BSTLV 

ns 

OPC 

CL 

SuML 

Pn 

LPO 

AD 

MT 

VTA 

lfp 

VLTg 

Me5 

vsc 

LC 

DCIC 

Acs5 

me5 

ac 

RSA 

4&5Cb 

pcn 

st 

SPFPC 

PBP

LV 

LR4V 

SpVe 

LV 

LV 

M2 

M1 

fmi 

cc 

VO 

rf 

Cl 

VA 

ic 

st 

Rt 

DEn 

acp 

Pir 

lo 

Tu 

IPAC 

opt 

CPu 

fmj 

alv 

Or 

S 

Py 

CA2 

Rad 

hf 

Mol 

LMol 

CA1 

PoDG 

bsc 

ZI 

sox 

psf 

SI 

fi 

S1Tr 

Sp5I 

VPM 

Po 

LDDM 

AcbSh 

VP 

SNR 

V2MM 

sp5 

Sp5C 

ppf 

ECIC 

LPMR 

RSA 

GrDG 

RSG 

V2MM 

LPtA 

3Cb 

Gl 

FrA 

SNC 

InWh 

IntA 

IntP 

LPGi 

EPl 

CA3 

InG 

V2ML 

OT 

APTD 

7n 

MVePC 

LPB 

Mo5 

7N 

PCRt 

C1 

PBP 

PPT 

InCo 

CIC 

CnF 

Op 

ll 

LRt 

Su5 

PCRtA 

8Cb 

6Cb 

RPO 

P7 

ON 

GrO 

Mi 

IPl 

AOE 

AcbC 

LH 

ml 

VL 

Eth 

SLu 

SuG 

DpG 

PPTg 

CVL 

LSO 

DPO 

LVPO 

MVeMC 

DpWh 

pcuf 

10Cb 

MedDL 

7Cb 

SubI 

aca 

AVVL 

cp 

RRF 

SPFPC 

SubCD 

SubCV 

scp 

MPB 

Cu 

IRt 

MdD 

AOV 

AOD 

AOP 

HDB 

mfb 

Ang 

APTV 

PaR 

OPT 

Zo 

Sol 

tfp 

PnO 

me5 

2Cb 

Med 

VeCb 

PSTh 

dlo 

MiA 

GlA 

AOE 

GrA 

cg 

MPtA 

ICj 

ICj 

BSTLJ 

BSTLD 

BSTLP 

BSTMPL 

AVDM 

VM 

SM 

SO 

MTu 

Te 

VTM 

LM 

F 

RPC 

RMC 

Gus 

DpMe 

MdV 

4n 

vsc 

prf 

sf 

9Cb 

plf 

Pn 

4&5Cb 

Me5 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

0 

1 

2 

3 

4 

5 

6 

0 

1 

2 

3 

4 

5 

6 

0 

Interaural 

Bregma 


1 

2 

3 

4 

5 

6 

7 

8 

9 -1 -2 -3 -4 

Bregma 

Lateral 1.08 mm

6 

5 

4 

3 

2 

1 

0 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Bregma 

Bregma 

S1Tr LPtA V2MM V2ML 

V2MM 

4&5Cb 

S1HL alv 

RSG RSA 

fmj Zo 

M1 

Post 

6Cb 

CA1 

SuG 

cc 

Rad 

Op 

M2 

CA2 LMol 

CIC 

FrA 

S 

SLu Mol 

InG 

GrDG 

EPl GrO 

LV 

OT InWh 

LV 

psf 

AOB 

PoDG 

fmi 

CA3 

bsc PPT 

pcuf 

Mi IPl 

7Cb 

DpG 

APTD OPT 

DpWh ECIC 3Cb 

VO 

fi 

LPMR 

InCo 

MedDL 

Gl 

Cl 

LD 

CnF 

ppf 

ON 

AOE 

2Cb IntA 

AOD 

AVVL 

MiTg 

vsc 

CPu 

IntP 

Ang Po APTV DpMe 

Med 

LPB scp 

8Cb 

PPTg 

AOL 

st 

VeCb 10Cb 

Pir 

VL 

me5 

LVe LR4V 

AOV 

ic Rt 

VPM 

Eth 

PaR 

MPB 

sp5 

MVePC 

DEn 

VPL 

SPFPC 

Su5 

rf 

SpVe Cu 

ml RRF 

AOP 

IPAC 

SubCD MVeMC 

PBP 

Ge5 

aci 

acp 

lo 

ZI 

Sp5I 

SNC 

PnO Mo5 

Sol 

aca 

P5 

Pir 

PCRtA 

Sp5C 

AcbC 

SNR 

PCRt 

ns 

MdD 

LV SubI 

cp SubCV 

ll 

7n 

VP 

PSTh 

AcbSh 

SI mfb MCLH 

P7 IRt 

IRt 

RPO DPO 

Amb 

tfp Pn 

LH 

CVL 

C1 

HDB 

opt 

7N 

Tu 

tz LSO 

LPGi LRt 

SO sox 

Interaural 

LVPO 



9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

0 

1 

2 

3 

4 

5 

6

6 

5 

4 

3 

2 

1 

0 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

ON 

Interaural 

EPl 

Mi 

Gl 

GrO 


IPl 

dlo 

rf 

FrA 

AOE 

lo 

AOB 

M2 

AOL 

Pir 

LO 

DEn 

aca 

Cl 

Bregma 

S1Tr LPtA 

V2MM V2ML 

V2MM 

S1HL 

4&5Cb 

alv 

RSG 

prf 

Or 

RSA 

fmj 

6Cb 

Py 

M1 

CA1 

Post 

hf 

Rad 

SuG 

LMol 

CA2 

Op 

cc 

Mol S 

SLu 

GrDG 

ECIC 

CIC 

InG 

psf 

LV 

bsc 

LV 

InWh DpG 

CA3 PoDG OT 

InWh 

PPT 

pcuf 

fmi 

LPMR 

7Cb 

LDVL 

3Cb 

fi 

APT 

InCo 

MedDL 

CnF 

AVVL 

CPu 

4n IntA 

ppf 

Po 

MiTg vsc 

st 

IntP 

Eth 

LPB 

DpMe 

scp 

VL 

10Cb 

8Cb 

Rt 

VPM 

PPTg MPB MVePC LR4V 

LGP ic VPL 

SPFPC REth RRF/A8 

LVe 

Su5 

ECu 

ml 

IPAC 

SpVe 

sp5 

ZID PBP 

SubCD MVeMC 

Sp5I 

rs 

acp 

P5 Mo5 

aca 

ZIV 

SNC 

Sp5C 

SNR 

PCRt 

AcbC 

LV 

ll 

PCRtA 

MdD 

STh 

cp 

VP 

VLL SubCV 

AcbSh 

SI MCLH cp 

7n 

IRt 

A5 P7 IRt 

LH 

mcp RPO 

Amb 

CVL 

opt 

DPO 

C1 

sox 

tz 

Tu 

MCPO 

LSO 7N 

LPGi LRt 

SO 

LVPO 


9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

Bregma 

0 

1 

2 

3 

4 

5 

6

6 

5 

4 

3 

2 

1 

0 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

ON 

Interaural 

EPl 

Mi 

Gl 

GrO 

IPl 

dlo 


rf 

FrA 

AOE 

lo 

AOL 

M2 

LO 

Pir 

Bregma 

S1Tr LPtA 

V2MM V2ML 

S1HL 

V2MM 

alv 

Or 

RSG 

M1 

fmj 

Py 

CA1 

RSA ECIC 

CA2 Rad 

Post 

6Cb 

LMol 

SuG 

cc 

hf 

S 

Op 

Mol 

SLu 

GrDG 

InG 

LV 

InWh CIC 

LV 

psf 

CA3 

OT 

DpG 

prf 

LPLR bsc 

PPT 

InWh 

fmi 

LDVL 

fi 

LPMR 

InCo 

pcuf 

7Cb 

3Cb 

Cl 

APT 

MedDL 

CnF vsc 

CPu 

st 

Po 

IntA 

ppf 

MiTg 

VL 

DpMe 

IntP 

ic 

Eth 

PPTg LPBE 

Rt 

10Cb 8Cb 

PoT 

VPL VPM 

MVe LVe LR4V 

ml REth 

MPBE 

DEn 

PPTg Su5 

sp5 

IPAC LGP 

ZID 

LatPC 

SpVe X 

MVeMC 

B 

Sp5I 

aca 

ZIV 

rs Mo5 

AcbC 

SNR 

Sol 

acp 

ll 

Ge5 

ns 

STh SNC 

VLL 

DMSp5 

LV 

PCRtA PCRt Sp5C 

LAcbSh VP 

MCLH 

SI 

cp 

ll 

LH 

RPO 7n 

IRt 

mcp 

P7 CVL 

opt 

DG 

DPO 7N C1 

Tu MCPO 

sox 

tz LSO 

LRt 

LPGi 

SO 

LVPO 


9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

Bregma 

0 

1 

2 

3 

4 

5 

6

6 

5 

4 

3 

2 

1 

0 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

EPl 

Gl 

Interaural 


FrA 

rf 

lo 

M2 

AID 

AIV 

LO 

Pir 

Bregma 

PtA 

S1Tr 

V2ML V1 

V2ML 

alv 

S1HL 

V2MM 

Or 

6Cb 

RSA 

Py 

M1 

Rad fmj 

CA2 

CA1 Post 

RSG 

LMol 

ECIC 

psf 

S 

cc 

hf Mol 

Zo 

Op 

icf 

LV 

LV 

InG CIC 

CA3 

PoDG 

bsc 

OT 

prf 

apmf 

fmi 

fi 

LPMR PPT InWh 

LDVL LPLR 

InCo 

3Cb 

Cl 

st 

Po APT 

CnF 

IntA 

CPu 

MiTg vsc 

DpMe 

ic Rt 

IntP 

ppf 

LPBE 

SuVe 

PPTg 

VPL 

VPM 

PoT 

PIL 

LVe LR4V 8Cb 

LPBD 

LGP eml 

PL 

MVe DC 

IPAC 

ZID 

Su5 

DEn 

B 

ERS 

SpVe X 

sp5 

ZIV 

SNR 

LatPC 

B 

acp 

MGP 

STh SNC 

VLL 

ll 

PC5 

PCRtA 

Sp5I 

LSS 

m5 DMSp5 

Sp5C 

SI B 

cp 

RPO 

sox LV 

LAcbSh VP 

Pr5VL 

mcp ll 

PCRt 

opt CA3 

7n P7 

mfb MCPO 

A5 

AAV 

tz rs 

AHiPM 

7N 

RVL LRt 

Tu 

SO 

C1 

LRtPC 


9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

Bregma 

0 

1 

2 

3 

4 

5 

6

6 

5 

4 

3 

2 

1 

0 

Interaural 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Gl 

EPl 


M2 

FrA 

rf 

AID 

AIV 

lo 

Pir 

LO 

S1 

M1 

Cl 

DEn 

Tu 

fmi 

LV 

CPu 

IPAC 

LAcbSh 

mfb 

acp 

Bregma 

S1Sh 

S1ShNc 

S1HL 

cc 

ic 

LGP 

B 

B 

LV 

fi 

st 

Rt 

VPL 

MGP 

S1Tr 

cp 

SI B 

sox 

VP 

LV 

opt 

AHiPM 

MCPO AAD MeA 

MePV CA3 

LOT 

AAV 

ll A7 

SpVe icp 

8n 

LatPC I5 

x 

sp5 

VLL 

LR4V 

PC5 Pr5DM DMSp5 Sp5I 

mcp m5 

Pr5VL 

PCRtA PCRt 

7n 

tz 

RVL 

7N 


9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

CA2 

CA3 

LDVL 

VPM 

PtA 

alv 

Or Py 

Rad 

LMol CA1 

Mol 

PoDG GrDG 

bsc 

LPLR OT 

LPMC 

ZIV 

STh 

V2ML 

APT 

Po 

ZID 

PP 

SNC 

GrDG 

S 

PIL 

hf 

fmj 

SNR 

V1 

InG 

Post 

InWh 

DpMe 

RSG 

V2MM 

MiTg 

RR 

V2ML 

RSA 

BIC 

ECIC 

prf 

Sim 

Sag 

ll 

3Cb 

IntA 

vsc 

IntP 

LPBE SuVe Y 

LVe 

KF MVe DC LR4V 

C1 

psf 

LRtPC 

icf 

Crus2 

Ge5 

Sp5C 

apmf 

ppf 

Cop 

PM 

Bregma 

0 

1 

2 

3 

4 

5 

6

6 

5 

4 

3 

2 

1 

0 

Interaural 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Gl 

FrA 


rf 

M2 

AID 

AIV 

lo 

Pir 

S1 

LO 

M1 

Cl 

DEn 

Tu 

LV 

Bregma 

S1HL 

S1FL 

S1Sh 

S1ShNc 

cc 

LV 

BAOT 

S1Tr 

CA2 

LR4V 

DC DC 

icp 

8n X 

ocb sp5 


9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

SLu 

PtA 

V2ML 

alv 

Py Or 

Rad CA1 

LMol 

Mol 

GrDG 

PoDG 

S 

V1 

fmj 

hf Op 

Post 

V2MM 

RSA 

RSG 

ECIC 

fmi 

fi LDVL LPLR bsc 

InWh 

LPLC DT 

st 

Po 

SG 

str 

BIC 

ll 

CPu 

MGM 

SubB MiTg 

Rt VPL VPM 

DLL 3Cb 

PIL 

RR 

ic 

PP SNL ILL 

LGP 

ZID 

KF 

Pr5DM 

ZIV 

IPAC 

SNC 

VLL vsc 

MGP STh 

B 

SNR 

LatPC 

acp 

sox LV cp 

SI 

LR4V Pr5VL 

m5 

opt Or 

mcp 

LAcbSh VP 

MeAD 

CA3 

MePD AHiPM 

AAD 

GrDG 

mfb MCPO 

MeAV 

tz 

AAV 

MePV 

LOT 

PMCo 

Sim 

Y 

Sp5O 

sp5 

prf 

IntA 

IntP 

Sp5I 

LRtPC 

psf 

Crus1 

icf 

rs 

Crus2 

Cop 

Sp5C 

apmf 

ppf 

PM 

Bregma 

0 

1 

2 

3 

4 

5 

6

6 

5 

4 

3 

2 

1 

0 

Interaural 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 


M2 

AID 

rf 

AIV 

lo 

LO 

M1 

S1 

Cl 

DEn 

Pir 

Tu 

LV 

fmi 

CPu 

Bregma 

S1HL 

S1Sh 

S1ShNc 

S1FL 

LGP 

cc 

ic 

LV 

st 

Rt 

fi 


9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

S1Tr 

VPL 

alv 

Or 

Py 

Rad CA1 

CA2 LMol 

SLu 

ZIV 

IPAC 

MGP STh 

B 

acp 

cp 

sox LV 

LSS 

SI 

opt 

CA3 

LAcbSh 

MeAD 

MePD AHiPM 

VP MCPO AAD 

MePV 

AAV LOT 

PMCo 

BAOT 

CA3 

LDVL 

Mol 

S 

PoDG 

LPLR GrDG 

bsc 

LPLC SG 

Po str 

MGD 

VPM 

V2ML 

PtA 

SNR 

V1 

fmj 

hf 

SC 

BIC 

MGV 

SubB 

PIL 

SID PP SNL 

Mol 

Post 

RR 

VLL 

LatPC 

ll 

V2MM 

LR4V 

m5 

mcp 

RSG 

ll 

MiTg 

DLL 

ILL 

ECIC 

vsc 

Pr5DM 

Pr5VL 

RSA 

3Cb 

sp5 

tz 

8n 

Sp5O 

Sim 

prf 

Y 

PCGS 

Lat 

LatPC 

X 

sp5 

Crus1 

psf 

DC 

LR4V 

Sp5I 

icf 

Cop 

Crus2 

apmf 

PM 

ppf 

Pa5 

Sp5C 

Bregma 

0 

1 

2 

3 

4 

5 

6

6 

5 

4 

3 

2 

1 

0 

Interaural 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 


M2 

rf 

AID 

AIV 

lo 

Bregma 

S1Tr 

S1BF 

S1Sh 

S1ShNc 

S1 V2L 

alv 

S1FL 

Or 

Py 

M1 

Rad fmj 

RSA 

CA2 LMol 

cc 

S 

SLu Mol 

Post 

LV 

CA3 

S1 

PoDG 

bsc 

hf 

fi LDVL 

DG 

bic 

fmi 

DLG 

st 

MiTg 

Po 

MGD 

Cl 

BIC 

CPu 

str 

ll 

VPM MGV 

LO 

DLL 

Rt 

PIL SubB 

ic VPL 

ILL 

SubG PP 

LGP 

SNL PBG 

DEn 

ZIV 

VLL 

MGP 

IPAC 

cp 

SNR 

Pr5DM 

B 

LSS 

sox alv 

Or 

acp 

SI 

Pir 

opt 

Py 

LV 

Mol mcp Pr5VL 

LAcbSh VP 

Rad 

CeM 

GrDG 

MePD CA3 PoDG 

MCPO AAD 

AHiPM 

MeAD 

tz 

AAV 

MePV 

LOT MeAV 

PMCo 

Tu 


9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

V1 

8n 

Sim 

icp 

sp5 

sp5 

prf 

Sp5O 

Lat 

LatPC 

Y 

DC 

psf 

icf 

chp 

Sp5I 

Crus1 

apmf 

ppf 

Cop 

Sp5C 

Crus2 

PM 

Bregma 

0 

1 

2 

3 

4 

5 

6

6 

5 

4 

3 

2 

1 

0 

Interaural 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 


M2 

AID 

rf 

AIV 

lo 

M1 

LO 

S1 

Cl 

DEn 

Pir 

fmi 

Tu 

LSS 

CPu 

Bregma 

S1FL 

IPAC 

acp 

S1Tr 

S1BF 

S1Sh 

S1ShNc 

LGP 

MCPO 

AAD 

AAV 

SI 

LOT 

cc 

B 

CeM 

ic 

LV 

CA3 

st 

BMA 

ACo 

Rt 

fi 

MGP 


9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

VPL 

str 

sox 

opt 

LV 

MePD 

PLCo 

S1 

DLG 

SubG 

ZIV 

AHi 

V2L 

CA2 

Py 

SLu 

PMCo 

Or 

alv 

Rad 

CA1 

LMol 

Mol 

bsc 

MGD 

MGV 

PP 

cp 

Or 

Py 

Rad 

V1 

S 

hf 

GrDG 

fmj 

SubB 

DG 

Mol 

GrDG 

Post 

bic 

mcp 

RSA 

4&5Cb 

3Cb 

Pr5 

ocb 

sp5 

tz 

Sim 

prf 

icp 

DC 

VCA 

VCP 

8n 

Lat 

LatPC 

Crus1 

psf 

icf 

Cop 

Sp5I 

Crus2 

apmf 

PM 

Bregma 

0 

1 

2 

3 

4 

5 

6

6 

5 

4 

3 

2 

1 

0 

Interaural 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 


M2 

AID 

rf 

AIV 

M1 

LO 

lo 

DI 

S1 

Cl 

DEn 

Pir 

ICj 

fmi 

Tu 

LSS 

CPu 

CxA 

Bregma 

S1FL 

IPAC 

acp 

VEn 

CeC 

BMA 

ACo 

cc 

CeM 

S1DZ S1BF S1 


9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

LV 

chp 

BMP 

PLCo 

MePD 

I 

CA2 

SLu 

LV 

AHi 

V2L 

CA3 

Py 

PMCo 

Or 

alv 

Rad 

LMol 

Mol 

fi bsc 

GrDG 

st 

DLG 

ic str 

MGD 

VPL 

Rt 

IGL MGV 

VLG 

PP 

LGP 

SubG ZI 

Or 

sox cp 

B 

Py CA3 

st 

opt 

Rad 

S 

V1 

fmj 

hf 

Post 

GrDG 

PoDG 

RSA 

mcp 

sp5 

tz 

8n 

prf 

Sim 

VCA 

LatPC 

VCP 

Lat 

DC 

psf 

icf 

Crus1 

ppf 

Cop 

apmf 

Crus2 

PM 

Bregma 

0 

1 

2 

3 

4 

5 

6

6 

5 

4 

3 

2 

1 

0 

Interaural 

Lateral 2.40 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

rf 

M1 

AID 

S1 

AIV 

S1J 

lo 

GI 

DI 

Cl 

DEn 

S1ULp 

Pir 

Tu 

fmi 

Bregma 

S1FL 

CxA 

S1BF 

cc 

S1 

LV 

CA3 

st 

V2L 

CA2 

SLu 

Rad 

LMol 

IGL 

DLG 

bsc 

alv 

Mol 

CA1 

Mol 

ic 

CPu 

Rt VLG MG 

Mol 

LGP 

SubG Or 

sox 

Py 

CA3 

st opt 

LSS IPAC 

B 

SLu Rad PoDG 

CeM LV 

Mol 

acp 

BSTIA 

LMol 

CeC BL 

VEn I I AHi CA1 S 

BMA 

BMP 

PMCo 

ACo 

PLCo 

9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

Py 

Or 

DG 

S 

V1 

GrDG 

fmj 

hf 

Post 

PaS 

RSA 

8n 

prf 

4&5Cb 

VCA 

VCP 

Sim 

Lat 

LatPC 

DC 

psf 

Cop 

Crus1 

icf 

ppf 

Crus2 

apmf 

PM 


Bregma 

0 

1 

2 

3 

4 

5 

6

6 

5 

4 

3 

2 

1 

0 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Interaural 


M1 

AID 

rf 

AIV 

S1J 

S1 

GI 

DI 

Cl 

DEn 

Pir 

lo 

S1ULp 

fmi 

Bregma 

S1FL 

CPu 

VEn 

CxA 

S1DZ 

LSS acp 

S1BF 

ACo 

LGP 

CeL 


9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

ic 

CeM 

st 

CeC 

I 

BLP 

I 

BMP 

BMA 

PLCo 

S1 

opt 

LV 

V2L 

VLG 

SubG 

AHi 

PMCo 

GrDG 

Or 

Py CA3 

SLu 

CA1 

hf 

S 

V1 

alv Or 

Py 

cc CA2 Rad CA1 

LMol 

Mol 

S 

LV CA3 

SLu 

fi 

PoDG 

DLG 

st 

GrDG 

fmj 

PaS 

MEnt 

RSA 

Fl 

prf 

Sim 

chp 

Lat 

psf 

Crus1 

ppf 

Cop 

icf 

Crus2 

PM 

Bregma 

apmf 

0 

1 

2 

3 

4 

5 

6

6 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Bregma 

Bregma 

0 

5 

4 

3 

2 

1 

0 

Interaural 


M1 

rf 

AID 

AIV 

S1J 

S1ULp 

GI 

DI 

Pir 

Cl 

DEn 

fmi 

lo 

CPu 

VEn 

LSS 

acp 

CxA 

S1BF 

CeC 

I 

LGP 

BMA 

ACo 


9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

cc 

ic 

CeL 

LV 

SLu 

fi 

BLP 

alv 

st 

BMP 

PLCo 

S1 

fi 

LV 

V2L 

VLG 

opt 

AHi 

Or 

CA2 Py Rad 

LMol 

Mol 

CA3 

PMCo 

S 

V1 

PoDG 

CA3 

CA2 

CA1 

S 

GrDG 

hf 

LMol 

fmj 

PrS 

PaS 

RSA 

rf 

MEnt 

Fl 

prf 

VCA 

Sim 

chp 

psf 

Lat 

ppf 

Crus1 

icf 

Cop 

apmf 

Crus2 

PM 

1 

2 

3 

4 

5 

6

6 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Bregma 

Bregma 

0 

5 

S1J 

S1BF 

S2 V2L V1 

Or 

Sim 

Crus1 

1 

4 

3 

2 

1 

0 

Interaural 


GI 

DI 

S1ULp 

fmi 

AID 

CPu 

AIV Cl 

rf 

DEn 

Pir VEn 

lo 

cc 

ic 

LGP 

AStr 

LV 

CeC CeL 

BLA BLP 

I 

BMA 

BMP 

CxA ACo PLCo 

CA2 

Rad CA1 

RSA 

fmj 

LV 

rf 

hf 

S 

SLu 

MEnt psf 

fi 

PoDG PrS 

opt 

CA3 GrDG 

Py 

PaS 

st 

Rad 

LMol 

Fl 

CA2 

CA1 

S 

AHi 

PMCo 

Crus2 

icf 

apmf 

ppf 

PM 


9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

2 

3 

4 

5 

6

6 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Bregma 

Bregma 

0 

S1 

V2L 

5 

S1J 

S1BF 

V1 

Sim 

psf 

1 

4 

GI 

DI 

S1 

S1ULp 

cc 

alv 

CA2 

Or 

CA1 

Py Rad 

LMol 

Mol 

S 

RSA 

Crus1 

icf 

Crus2 

2 

3 

2 

AID 

AIV 

rf 

Cl 

DEn 

CPu 

LGP 

LV 

ic 

AStr 

CeC 

fi 

st 

chp 

CA3 

CA2 

PoDG 

hf 

LMol 

PrS 

MEnt 

Fl 

prf 

apmf 

PM 

3 

4 

1 

Pir 

VEn 

BLA 

BMA 

BLP 

BMP 

APir 

PMCo 

CA1 

S 

LEnt 

PFl 

5 

0 

Interaural 


CxA 

PLCo 


6 

9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4

6 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Bregma 

Bregma 

0 

5 

4 

3 

2 

1 

0 

Interaural 


AID 

rf 

S1J 

S1ULp 

AIV 

GI 

DI 

Cl 

DEn 

Pir 

CPu 

VEn 

S1BF 

CxA 

BLA 


9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

ic 

AStr 

BMA 

cc 

PLCo 

fi 

S1 

LV 

BMP 

BLP 

alv 

V2L 

CA1 

Or 

CA2 

Py 

Rad 

LMol 

Mol 

CA3 

PoDG 

PMCo 

hf 

LMol 

CA2 

APir 

CA1 

S 

S 

LEnt 

V1 

PrS 

Dsc 

MEnt 

RSA 

Fl 

Sim 

PFl 

Crus1 

PM 

icf 

Crus2 

apmf 

1 

2 

3 

4 

5 

6

6 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Bregma 

Bregma 

0 

5 

4 

3 

2 

1 

0 

Interaural 


GI 

DI 

AID 

rf 

S1J 

S1ULp 

AIV 

Pir 

Cl 

ec 

DEn 

VEn 

S1BF 

CPu 

LaVM 

BLA 

BLV 


9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

cc 

ic 

AStr 

PLCo 

BMP 

LV 

S1 

BLP 

V2L 

Py 

Or 

CA2 

C 

A 

3 

Rad 

CA1 

PMCo 

CA2 

APir 

CA1 

Mol 

hf 

LMol 

S 

V1 

LEnt 

S 

V2L PRh 

Dsc 

Fl 

MEnt 

PFl 

Crus1 

icf 

Crus2 

apmf 

PM 

1 

2 

3 

4 

5 

6

6 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Bregma 

Bregma 

0 

5 

4 

3 

S1J 

S1ULp 

GI 

DI 

AID 

AIV 

Cl 

S1BF 

ec 

CPu 

cc 

S1 V2L 

alv 

Or 

CA1 

CA2 Py 

LMol 

Rad 

hf 

Mol 

CA3 

V1 

S 

V2L 

Dsc 

Ent 

PRh 

M 

Ent 

Crus1 

icf 

Crus2 

apmf 

PM 

1 

2 

3 

2 

rf 

DEn 

AStr 

LV 

CA2 

4 

La 

CA1 

1 

Pir 

VEn 

BLA 

BLP 

BMP 

APir 

LEnt 

PFl 

5 

0 

Interaural 


BLV 

PLCo 

PMCo 


6 

9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4

6 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Bregma 

Bregma 

0 

5 

4 

3 

S1 

S1J 

S1ULp 

GI 

DI 

AID 

AIP 

S1BF 

S2 

Cl 

CPu 

AStr 

S1 

AuD 

cc 

alv 

Or 

V2L 

CA1 

CA2 

C Mol 

A 

3 

LMol 

V1 

S 

PRh 

Dsc 

TeA 

Ect 

MEnt 

Crus1 

icf 

Crus2 

apmf 

1 

2 

3 

2 

rf 

AIV 

DEn 

ec 

La 

LV 

CA2 

CA1 

4 

1 

Pir 

VEn 

BLV 

BLP 

APir 

LEnt 

PFl 

5 

PMCo 

0 

Interaural 


PLCo 


6 

9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4

6 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Bregma 

Bregma 

0 

S1 

5 

4 

3 

2 

S1J 

GI 

DI 

rf 

S1ULp 

AID 

AIV 

S1BF 

S2 

ec 

AIP Cl 

DEn 

V2L 

AuD 

Or 

alv 

CA1 Py 

CA2 

Rad 

CPu 

CA3 LMol 

AStr 

LV 

CA2 

La 

CA1 

S 

TeA 

Ect 

Crus1 

PRh 

Dsc 

MEnt 

icf 

Crus2 

1 

2 

3 

4 

1 

Pir 

VEn 

BLV 

BLP 

APir 

LEnt 

PFl 

5 

0 

Interaural 



9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

PLCo 

6

6 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Bregma 

Bregma 

0 

5 

4 

3 

2 

S1ULp 

GI 

DI 

AID 

AIV 

AIP 

S1BF 

S2 

Cl 

Ect 

PRh 

DEn 

S1 

AuD V2L 

Au1 

AuV 

TeA 

CPu 

LV 

La 

CA2 

CA1 

CA3 Rad 

CA2 

CA1 

TeA 

S 

Ect 

PRh 

Dsc 

Crus1 

MEnt 

icf 

Crus2 

1 

2 

3 

4 

1 

VEn 

APir 

LEnt 

PFl 

5 

0 

Interaural 



9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

Pir 

6

6 

5 4 3 2 1 0 -1 -2 -3 -4 -5 -6 -7 -8 

Bregma 

Bregma 

0 

5 

S1 

V2L 

1 

4 

3 

2 

1 

GI 

DI 

AID 

AIV 

S1BF 

S2 

AIP 

VEn 

Pir 

AuD 

Au1 

AuV 

TeA 

Ect 

PRh 

LV 

DEn 

CA3 

Or alv 

Py 

Rad 

CA2 

CA1 

APir 

S 

TeA 

LEnt 

Ect 

PRh 

Dsc MEnt 

PFl 

Crus2 

2 

3 

4 

5 

0 

Interaural 



9 8 7 6 

5 

4 

3 

2 

1 

0 -1 -2 -3 -4 

6

MBSC

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