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568 I. Zalud, L. D. Platt: Chapter 38 Three-Dimensional Doppler Ultrasound in Gynecology 7. Vlaisavljevic V, Reljic M, Gavric Lovrec V, Zazula D, Sergent N (2003) Measurement of perifollicular blood flow of the dominant preovulatory follicle using threedimensional power Doppler. Ultrasound Obstet Gynecol 22:520±526 8. Wu MH, Tsai SJ, Pan HA, Hsiao KY, Chang FM (2003) Three-dimensional power Doppler imaging of ovarian stromal blood flow in women with endometriosis undergoing in vitro fertilization. Ultrasound Obstet Gynecol 21:480±485 9. Kupesic S, Kurjak A (2002) Predictors of IVF outcome by three-dimensional ultrasound. Hum Reprod 17:950± 955 10. Schild RL, Holthaus S, d'Alquen J, Fimmers R, Dorn C, van der Ven H, Hansmann M (2000) Quantitative assessment of subendometrial blood flow by three-dimensional-ultrasound is an important predictive factor of implantation in an in-vitro fertilization program. Hum Reprod 15:89±94 11. Kurjak A, Kupesic S, Sparac V, Prka M, Bekavac I (2003) The detection of stage I ovarian cancer by three-dimensional sonography and power Doppler. Gynecol Oncol 90:258±264 12. Czekierdowski A, Smolen A, Bednarek W, Kotarski J (2002) Three dimensional sonography and 3D power angiography in differentiation of adnexal tumors. Ginekol Pol 73:1061±1070 13. Cohen LS, Escobar PF, Scharm C, Glimco B, Fishman DA (2001) Three-dimensional power Doppler ultrasound improves the diagnostic accuracy for ovarian cancer prediction. Gynecol Oncol 82:40±48 14. Kurjak A, Kupesic S, Sparac V, Kosuta D (2000) Threedimensional ultrasonographic and power Doppler characterization of ovarian lesions. Ultrasound Obstet Gynecol 16:365±371 15. Sparac V, Kupesic S, Kurjak A (2000) What do contrast media add to three-dimensional power Doppler evaluation of adnexal masses? Croat Med J 41:257±261 16. Suren A, Osmers R, Kuhn W (1998) 3D Color power angio imaging: a new method to assess intracervical vascularization in benign and pathological conditions. Ultrasound Obstet Gynecol 11:133±137 17. Platt LD, Santulli T Jr, Carlson DE, Greene N, Walla CA (1998) Three-dimensional ultrasonography in obstetrics and gynecology: preliminary experience. Am J Obstet Gynecol 178:1199±1206 18. Yaman C, Ebner T, Jesacher K (2002) Three-dimensional power Doppler in the diagnosis of ovarian torsion. Ultrasound Obstet Gynecol 20:513±515 19. Sladkevicius P, Ojha K, Campbell S, Nargund G (2000) Three-dimensional power Doppler imaging in the assessment of Fallopian tube patency. Ultrasound Obstet Gynecol 16:644±647 20. Chan CC, Ng EH, Li CF, Ho PC (2003) Impaired ovarian blood flow and reduced antral follicle count following laparoscopic salpingectomy for ectopic pregnancy. Hum Reprod 18:2175±2180 21. Nelson TR, Pretorius DH, Hull A, Riccabona M, Sklansky MS, James G (2000) Sources and impact of artifacts on clinical three-dimensional ultrasound imaging. Ultrasound Obstet Gynecol 16:374±383
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Editor Associate Editor for Gynecol
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Editor Dev Maulik, MD, Ph.D. Winthr
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Preface It is with great pleasure w
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Contents 1 Doppler Sonography: A Br
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a Contents XIII Heart and Great Ves
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a Contents XV 15 Pulsed Doppler Ult
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a Contents XVII 22 Doppler Velocime
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a Contents XIX Clinical Application
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a Contents XXI Terbutaline ........
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XXIV Authors Torvid Kiserud, MD, Ph
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2 D. Maulik Fig. 1.2. Title page of
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4 D. Maulik Fig. 1.4. Model of the
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6 D. Maulik Table 1.1. Feasibility
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Chapter 2 Physical Principles of Do
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a Chapter 2 Physical Principles of
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20 D. Maulik one-fourth of a cycle
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22 D. Maulik arterial [6] hemodynam
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24 D. Maulik nomena. The autoregres
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26 D. Maulik far field the beam pro
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28 D. Maulik Mirror Imaging With th
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30 D. Maulik hand, compromise Doppl
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32 D. Maulik vent of broad bandwidt
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34 D. Maulik: Chapter 3 Spectral Do
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36 D. Maulik frequency; the image i
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38 D. Maulik flow directionality du
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40 D. Maulik Doppler Velocity Measu
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42 D. Maulik and for the B-mode ima
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44 D. Maulik known as the Fourier P
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46 D. Maulik Fig. 4.17. Total varia
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48 D. Maulik inverted, but not the
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50 D. Maulik of a ventricular pump,
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52 D. Maulik Table 4.3. Hemodynamic
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54 D. Maulik Placental Vascular Cha
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56 D. Maulik: Chapter 4 Spectral Do
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58 T. Kiserud Fig. 5.2. The impact
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60 T. Kiserud Fig. 5.7. The pressur
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62 T. Kiserud Fig. 5.10. Doppler re
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64 T. Kiserud Fig. 5.13. Upper pane
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66 T. Kiserud of umbilical flow in
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Chapter 6 Sonographic Color Flow Ma
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a Chapter 6 Sonographic Color Flow
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Chapter 7 Three-dimensional Color a
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a Chapter 7 Three-dimensional Color
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Chapter 8 Biological Safety of Diag
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a Chapter 8 Biological Safety of Di
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Although the question of inertial o
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114 J. Itskovitz-Eldor, I. Thaler w
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116 J. Itskovitz-Eldor, I. Thaler d
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118 J. Itskovitz-Eldor, I. Thaler F
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120 J. Itskovitz-Eldor, I. Thaler T
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122 J. Itskovitz-Eldor, I. Thaler t
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128 J. Itskovitz-Eldor, I. Thaler 7
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130 J. Itskovitz-Eldor, I. Thaler 8
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Chapter 10 Umbilical Doppler Veloci
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a Chapter 10 Umbilical Doppler Velo
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146 K. MarsÏ—l Fig. 11.2. Record
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148 K. MarsÏ—l total end-diastol
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150 K. MarsÏ—l Table 11.1. Refer
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152 K. MarsÏ—l Fig. 11.11. Absen
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154 K. MarsÏ—l Diabetes Mellitus
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156 K. MarsÏ—l Table 11.5. Follo
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158 K. MarsÏ—l umbilicalis und d
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Chapter 12 Intrauterine Blood Flow
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a Chapter 12 Intrauterine Blood Flo
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l a Chapter 12 Intrauterine Blood F
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178 P. Arbeille et al. Fig. 13.1. I
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180 P. Arbeille et al. Fig. 13.3. I
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182 P. Arbeille et al. Fig. 13.5. a
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184 P. Arbeille et al. Fig. 13.10.
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186 P. Arbeille et al. Cerebral±Um
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188 P. Arbeille et al. moglobin con
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190 P. Arbeille et al. These result
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192 P. Arbeille et al. Fig. 13.15.
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194 P. Arbeille et al. cause IUGR i
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196 P. Arbeille et al. circulation
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Chapter 14 Cerebral Blood Flow Velo
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a Chapter 14 Cerebral Blood Flow Ve
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212 J. C. Veille Doppler Principles
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214 J. C. Veille Fig. 15.5 a±c. No
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216 J. C. Veille Table 15.2. Resist
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218 J. C. Veille response to hypoxi
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220 J. C. Veille Fetal Renal Artery
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222 J. C. Veille cardiac output in
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224 J. C. Veille 28. Silver LE, Des
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Chapter 16 Doppler Velocimetry of t
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a Chapter 16 Doppler Velocimetry of
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Chapter 17 Doppler Velocimetry of t
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data support the view that prostagl
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282 W. J. Ott Table 18.1. Fetal wei
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284 W. J. Ott Fig. 18.4. Umbilical
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286 W. J. Ott diastolic notching in
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288 W. J. Ott Fig. 18.8. Normal (hi
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290 W. J. Ott Fig. 18.10. Normal in
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292 W. J. Ott Fig. 18.14. Non-react
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294 W. J. Ott 21. Tamura RK, Sabbag
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296 W. J. Ott 93. Divon MY (1995) R
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298 W. J. Ott: Chapter 18 Doppler U
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300 H. Odendaal Fig. 19.1. Differen
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302 H. Odendaal Time to Establish t
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304 H. Odendaal were most frequentl
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306 H. Odendaal In addition to lowe
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308 H. Odendaal complications by co
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310 H. Odendaal cal artery: a sign
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Chapter 20 Doppler Velocimetry and
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a Chapter 20 Doppler Velocimetry an
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criterion of a hemoglobin differenc
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Chapter 21 Doppler Sonography in Pr
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a Chapter 21 Doppler Sonography in
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340 A. Lysikiewicz [11]. Hypoprotei
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342 A. Lysikiewicz The splenic arte
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344 A. Lysikiewicz Fig. 22.5. Fetal
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346 A. Lysikiewicz Scalp edema and
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348 A. Lysikiewicz selection of the
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350 A. Lysikiewicz References 1. Da
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Chapter 23 Doppler Velocimetry in P
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a Chapter 23 Doppler Velocimetry in
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Redistribution of fetal cardiac out
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Chapter 24 Doppler Velocimetry for
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a Chapter 24 Doppler Velocimetry fo
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Although comparisons have been made
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Chapter 25 Absent End-Diastolic Vel
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a Chapter 25 Absent End-Diastolic V
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The homeostatic significance of abs
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Chapter 26 Doppler Velocimetry for
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striction or hypertensive disease o
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404 Y. Chiba et al. apex at ventric
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406 Y. Chiba et al. Fig. 27.5. An e
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408 Y. Chiba et al. Fig. 27.12. Bip
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410 Y. Chiba et al. Fig. 27.16. Blo
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Chapter 28 Ductus Venosus Torvid Ki
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a Chapter 28 Ductus Venosus 415 low
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a Chapter 28 Ductus Venosus 417 Fig
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a Chapter 28 Ductus Venosus 419 Fig
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a Chapter 28 Ductus Venosus 421 mor
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a Chapter 28 Ductus Venosus 423 sli
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a Chapter 28 Ductus Venosus 425 men
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a Chapter 28 Ductus Venosus 427 119
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430 A.A. Baschat coronary vessels a
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432 A.A. Baschat Fig. 29.2. The ori
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434 A.A. Baschat Fig. 29.6. The fet
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436 A.A. Baschat Clinical Applicati
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438 A.A. Baschat agement [67±69].
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440 A.A. Baschat 20. Spahr R, Probs
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Chapter 30 Doppler Interrogation of
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a Chapter 30 Doppler Interrogation
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452 R. Chaoui et al. Fig. 31.2. Api
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454 R. Chaoui et al. Fig. 31.7. Spe
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456 R. Chaoui et al. supported by a
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458 R. Chaoui et al. Anomalies of t
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460 R. Chaoui et al. Fig. 31.19. Ca
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462 R. Chaoui et al. Fig. 31.23. In
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Chapter 32 Introduction to Fetal Do
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a Chapter 32 Introduction to Fetal
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486 D. Maulik Table 33.2. Approxima
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488 D. Maulik report in utero worse
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490 D. Maulik Fig. 33.3. Spectral D
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492 D. Maulik Fig. 33.7. Color Dopp
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494 D. Maulik Fig. 33.11. Color flo
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496 D. Maulik Fig. 33.14 A,B. Fetal
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498 D. Maulik anteroposterior devia
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500 D. Maulik Fig. 33.20. Echocardi
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502 D. Maulik Fig. 33.23. Pulmonary
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504 D. Maulik of the cardiac sarcol
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506 D. Maulik tant experimental mil
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Chapter 34 Four-Dimensional B-Mode
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a Chapter 34 Four-Dimensional B-Mod
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Chapter 35 Doppler Echocardiographi
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Because of the anatomical and physi
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a Chapter 35 Doppler Echocardiograp
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Chapter 36 Doppler Echocardiographi
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Page 1128: a Chapter 36 Doppler Echocardiograp
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Page 1136: Chapter 37 Evaluation of Pulmonary
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Page 1156: Chapter 38 Three-Dimensional Dopple
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594 I. Zalud Fig. 39.37. Luteal blo
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596 I. Zalud cal aspects and diagno
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Chapter 40 Doppler Ultrasonography
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a Chapter 40 Doppler Ultrasonograph
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612 Subject Index anomalous ± A-V
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614 Subject Index ± ± cerebral va
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616 Subject Index ± ± absence of
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618 Subject Index ± cerebral Doppl
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620 Subject Index ± therapy 553 in
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622 Subject Index ± systolic/diast
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624 Subject Index postextrasystolic
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626 Subject Index serum estradiol c
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628 Subject Index trisomy 525 troph
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630 Subject Index visceral ± malro
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