24.12.2014 Views

Sample Exam 2 - Biology Courses Server

Sample Exam 2 - Biology Courses Server

Sample Exam 2 - Biology Courses Server

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

1 2 3 4 5 6 7 8 Score<br />

Please do not write in these spaces<br />

BIOLOGY 2325 – HUMAN ANATOMY<br />

75<br />

points<br />

possible<br />

SECOND MIDTERM EXAMINATION<br />

SPRING SEMESTER 2011<br />

Name __________________________________________________________________<br />

Last<br />

First (Please print clearly)<br />

DIRECTIONS: Read each question carefully before answering. Understanding the questions is a part of the<br />

examination. Answer all questions in the spaces provided on the examination. Print your name in the space<br />

provided on the first page and at the top of each subsequent page. This examination consists of 8 questions and<br />

6 pages. It is your responsibility to see that the examination is complete. DO NOT WRITE IN RED. Please<br />

write in a legible fashion. If we cannot read your answer, it will be marked wrong.<br />

1. (7 points) Answer the questions pertaining to the illustration below:<br />

What is the name of structure #1<br />

_____________________________________<br />

1<br />

What type of tissue is structure #1 made of<br />

________________________________________<br />

What is the name of structure #2<br />

______________________________________<br />

What is the male homologue of structure #2<br />

________________________________________<br />

What is the function of structure #2<br />

________________________________________<br />

What is the name of structure #3<br />

________________________________________<br />

How does the tissue of structure #3 differ from<br />

the tissue of structure #1<br />

______________________________________<br />

3<br />

2


Name _____________________________________<br />

2. (15 points) Draw the following nervous traces on the<br />

illustration below. When drawing the neurons, you<br />

must clearly draw the location of their cell body and<br />

synaptic junctions. The synaptic junctions must be<br />

represented like the pictures that you studied in the<br />

lecture manual. You must also label the neurons.<br />

At Level 1, draw and label a reflex pathway to a<br />

skeletal muscle served by the ventral ramus. Color<br />

each neuron a different color and clearly show the cell<br />

bodies and synapse locations.<br />

Level 1<br />

At Level 2, draw and label a sympathetic neuron<br />

reflex from and to a blood vessel in the epaxial body<br />

wall. Color each neuron a different color and clearly<br />

show the cell bodies and synapse locations.<br />

Level 2<br />

At Level 3, draw and label a sympathetic neuron<br />

pathway from and to a blood vessel in the descending<br />

colon. Color each neuron a different color and clearly<br />

show the cell bodies and synapse locations.<br />

Level 3<br />

At Level 4, draw and label a parasympathetic neuron<br />

pathway from and to the taenia coli muscle of the<br />

descending colon. Color each neuron a different color<br />

and clearly show the cell bodies and synapse locations.<br />

Level 4<br />

In this illustration what spinal levels are represented<br />

by:<br />

Level 1 _____________________________<br />

Level 2 _____________________________<br />

Level 3 _____________________________<br />

Level 4 _____________________________<br />

2


Name _____________________________________<br />

3. (9 points) One of the major themes of this portion of the course was the pattern of the body wall muscles<br />

of the trunk. The table below depicts the pattern of design of the body wall and has an empty box for each<br />

muscle in the body wall. Fill in each of the boxes with the correct muscle to complete the table.<br />

Pattern Ventral Lateral<br />

Outermost<br />

Lateral<br />

External<br />

Lateral<br />

Middle<br />

Lateral<br />

Internal<br />

Subvertebral<br />

Thorax Abdomen<br />

3


Name _____________________________________<br />

4. (14 points) Trace a red blood cell on a continuous route from the heart to the right transversus thoracis muscle then back to<br />

the heart then to the greater curvature of the stomach at its pyloric end then back to the heart and then to the right testis then back<br />

again to the heart and then to the right subcostal muscle in the uppermost intercostal space and then once more back to the heart.<br />

There are no blockages so your trace must traverse normal pathways of flow. Your trace must consist of a columnar list of<br />

the vessels through which the red blood cell passes as it moves to and from each of these structures. Use the space in the columns<br />

below. You do not need to list the structures of the heart in the trace, nor do you have to write arterioles, capillaries, venules.<br />

Heart<br />

Right testis<br />

Right transversus thoracis muscle<br />

Heart<br />

Heart<br />

Right subcostal muscle in<br />

upper intercostal space<br />

Greater curvature of pyloric end of stomach<br />

Heart<br />

Heart<br />

4


Name _____________________________________<br />

5. (8 points) In the spaces below, label the numbered structures in the illustration and answer the question<br />

below the numbered lines.<br />

1. ________________________________<br />

2. ________________________________<br />

3. ________________________________<br />

4. ________________________________<br />

5. ________________________________<br />

What named tubes run through structure #1<br />

__________________________________<br />

__________________________________<br />

1<br />

5<br />

What named tube runs through structure #3<br />

____________________________________<br />

2<br />

3<br />

4<br />

6. (6 points) Answer the questions about the illustration below.<br />

2<br />

A<br />

B<br />

What type of neuron is depicted above _____________________________________________________<br />

What is the name of the processes indicated by #1 ____________________________________________<br />

Where in the peripheral nervous system would you find structure #2 ______________________________<br />

If letter A represents the peripheral end of this cell and letter B is the end in the spinal cord, what would the<br />

end indicated by the A be associated with ___________________________________________________<br />

When process B projects into the spinal cord, name two types of neurons it can synapse with.<br />

1<br />

_________________________________________ and _________________________________________<br />

5


Name _____________________________________<br />

7. (11 points) Fill in the blanks in the sentences below.<br />

The ___________________________ nerve distributes parasympathetic efferent neurons to the thoracic<br />

viscera and arises from the _____________________________.<br />

Name one primary retroperitoneal organ. __________________________________________________<br />

Name four secondary retroperitoneal organs:<br />

_____________________________________________________<br />

_____________________________________________________<br />

_____________________________________________________<br />

_____________________________________________________<br />

The _______________________ is the peritoneal fold that runs between the stomach and the liver.<br />

At ovulation the egg breaks the surface of the ovary and enters the _______________________________.<br />

What named cells form the myelin sheaths of the peripheral nervous system ______________________<br />

The adoral branch of the splenic artery is the _____________________________________<br />

8. (5 points) In the boxes below pick a color and fill the box and then clearly illustrate each structure on the<br />

picture with that color. You must clearly color the entire extent of each of the named structures. Also, with<br />

a labeled arrow clearly indicate the location of the pleural cavities and pericardial cavity. In the spaces<br />

below list three mediastinal structures that are visible in this illustration other than the heart and its anatomy.<br />

visceral pleura<br />

parietal pleura<br />

visceral pericardium<br />

parietal pericardium<br />

fibrous pericardium<br />

Mediastinal structures:<br />

__________________<br />

__________________<br />

__________________<br />

6

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!