21.11.2014 Views

o_1977r8vv9vk1ts2ms0kd8pksa.pdf

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

a Subject Index 625<br />

random-effects model 395<br />

randomized<br />

± comparison 388<br />

± controlled trial 397<br />

± trial 387±392<br />

range<br />

± ambiguity 80<br />

± gating 25<br />

range-velocity resolution 27<br />

rapid filling of the ventricle 549<br />

rare anomaly of the pulmonary<br />

vein 461<br />

ratio<br />

± between the A wave 522<br />

± between the aortic diameter 519<br />

± between the E wave 522<br />

± between the pulmonary diameter<br />

519<br />

Rayleigh scattering 14<br />

RCA 429<br />

reactivity of the human fetal pulmonary<br />

circulation<br />

± advancing gestation 555<br />

± hyperoxygenation 555<br />

real-time visualization of the pulmonary<br />

vein<br />

± compound imaging 451<br />

± harmonic imaging 451<br />

reappearance of end-diastolic velocity<br />

382<br />

received frequency 13<br />

receiver operating characteristic<br />

(ROC) 301, 366<br />

recipient twin 320<br />

red cell alloimmunization 202, 203<br />

redistribution<br />

± of cardiac output<br />

± cerebral vasodilatation 531<br />

± left ventricle afterload 531<br />

± right ventricle afterload 531<br />

± of circulation 216<br />

± of fetal cardiac output 357<br />

± of flow 185<br />

± of the blood flow 340<br />

reduction in umbilical blood<br />

flow 123<br />

reentrant<br />

± SVT 502<br />

± tachyarrhythmia 502<br />

reflection coefficient 49, 61<br />

regurgitant<br />

± flow 489<br />

± jet 489<br />

Reid, John 5<br />

relative renal blood flow 222<br />

reliability 482<br />

renal<br />

± agenesis 220<br />

± artery 342, 549<br />

± ± segment arteries 211<br />

± artery Doppler 359<br />

± ± reference ranges 213<br />

± ± EDV 360<br />

± blood flow 219, 222<br />

± ± absolute volume blood<br />

flow 215<br />

± ± body weight 215<br />

± ± gestational age 215<br />

± ± maternal meal ingestion 215<br />

± ± maturational changes 215<br />

± ± peak flow velocity 215<br />

± ± profile 212<br />

± ± renal artery dimensions 215<br />

± ± S/D ratio 215<br />

± ± time velocity integral 215<br />

± ± velocity 217<br />

± RI 215<br />

± vascular resistance 215<br />

± volume 217<br />

renin-angiotensin-aldosterone system<br />

258<br />

repeated analysis 397<br />

reproducibility of a Doppler index<br />

422<br />

± hemodynamic factors 135<br />

± inter-/intra-observer errors 135<br />

± nonhemodynamic factors 135<br />

± variance of that index 135<br />

resistance 548<br />

± index (RI) 44, 134, 538, 570<br />

± ± of the ovarian vessel 564<br />

± to flow 267<br />

retinal<br />

± arterioles 168<br />

± neural morphology 168<br />

± vascular morphology 171<br />

± vessel-branching point 171<br />

retrograde flow in the aortic isthmus<br />

531<br />

reversal of the end-diastolic velocity<br />

375<br />

reversed<br />

± end-diastolic 323<br />

± ± flow 162, 325, 384<br />

± ± umbilical artery 287, 327<br />

± ± velocity 372, 376<br />

± flow in the inferior vena cava 521<br />

± flow velocity 306<br />

± umbilical artery end-diastolic velocity<br />

436<br />

Rh<br />

± disease 202, 340<br />

± sensitization 526<br />

RI 134<br />

right<br />

± atrium pathway 518<br />

± cardiac output 531<br />

± ± ratio 523<br />

± coronary artery (RCA) 429<br />

± heart<br />

± ± dominance 519, 522, 523<br />

± ± hypoplasia 497<br />

± ± output 481<br />

± hepatic vein 518<br />

± inferior vena cava<br />

± liver 416<br />

± pulmonary vein<br />

± ± color Doppler 451<br />

± ± examination technique 451<br />

± ventricular<br />

± ± shortening fraction (RVSF) 490,<br />

552<br />

± ± afterload 552<br />

± ± dP/dt 490<br />

± ± dysfunction 552<br />

± ± hypoplasia 488<br />

± ± outflow tract 470<br />

± ± outflow, long-axis plane 479<br />

± ± output 517, 519<br />

± ± pressure rise over time 490<br />

right-to-left<br />

± shunt 497<br />

± ventricular diameter ratio 290<br />

ring of fire 586<br />

± pattern 580<br />

ritodrine 219<br />

Ro/SS-A 503<br />

ROC 366<br />

ruptured ectopic pregnancy 579<br />

Rushmer, Robert 5<br />

RVSF 490<br />

S<br />

S/D 366<br />

± ratio 266<br />

salpingectomy 565<br />

sampling site in the umbilical cord<br />

± clinical relevance 137<br />

± fetal abdominal end 136<br />

± mechanism 137<br />

± placental end 136<br />

± placental resistance 137<br />

Satomura, Shigeo 4<br />

saturation 73<br />

scan line density 75<br />

scattering 13<br />

± power 14<br />

scoring system 388<br />

screening<br />

± in the first trimester 299<br />

± in the second trimester<br />

± ± positive predictive value 299,<br />

300<br />

± ± sensitivity 299<br />

± ± specificity 299<br />

± in the third trimester 301<br />

± study 245<br />

± uterine artery Doppler velocimetry<br />

247<br />

sealed foramen ovale 456<br />

second harmonic imaging 565<br />

secundum-type septal defect 497<br />

segmental vascular obstruction 438<br />

semilunar valve output 553<br />

seminecrotic 605<br />

septum secundum 518<br />

sequenced array 30<br />

sequential 2D imaging 509<br />

serous cystadenoma 576

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

Saved successfully!

Ooh no, something went wrong!