Question 1

The main anatomy shown on this image is the __________.

Accepted Answer

prostate
The image demonstrates the prostate on 3D ultrasound.

Question 2

The main anatomy shown on this image is a(n) __________.

Accepted Answer

adult kidney
The image demonstrates an adult kidney on 3D ultrasound.

Question 3

The SonoVCAD and SonoAVC are volumetric advances that can identify the

Accepted Answer

A)  nongravid uterus and early pregnancy. 
B)  fetal heart outflow tract and ovarian follicles. 
C)  neonatal brain in three orthogonal views. 
D)  adult and pediatric urinary system. 
A)  nongravid uterus and early pregnancy. 
B)  fetal heart outflow tract and ovarian follicles. 
C)  neonatal brain in three orthogonal views. 
D)  adult and pediatric urinary system. B

Question 4

The acquisition of patient anatomy using 3D is called acquiring

Accepted Answer

A)  a volume data set. 
B)  a flat screen image. 
C)  algorithms. 
D)  measurements. 
A)  a volume data set. 
B)  a flat screen image. 
C)  algorithms. 
D)  measurements.

Question 5

For a multiplanar format, data must be achieved from the

Accepted Answer

A)  original acquisition plane. 
B)  three orthogonal planes. 
C)  fourth acquisition plane. 
D)  none of the above 
A)  original acquisition plane. 
B)  three orthogonal planes. 
C)  fourth acquisition plane. 
D)  none of the above

Question 6

The most important step in acquiring 3D ultrasound images is

Accepted Answer

A)  volume acquisition. 
B)  reconstruction. 
C)  rendering. 
D)  movement of the transducer. 
A)  volume acquisition. 
B)  reconstruction. 
C)  rendering. 
D)  movement of the transducer.

Question 7

Applications for three-dimensional (3D) ultrasound include which of the following?

Accepted Answer

A)  Gynecologic procedures 
B)  Musculoskeletal procedures 
C)  Neither of the above 
D)  a and b 
A)  Gynecologic procedures 
B)  Musculoskeletal procedures 
C)  Neither of the above 
D)  a and b

Question 8

The main anatomy shown on this image is a(n) __________.

Accepted Answer

breast lesion
The im

Question 9

Four-dimensional imaging can be done only with

Accepted Answer

A)  existing ultrasound systems with a 3D option. 
B)  3D systems that use electromagnetic positioning sensors. 
C)  dedicated 3D transducers. 
D)  offline systems that attach to the ultrasound transducer. 
A)  existing ultrasound systems with a 3D option. 
B)  3D systems that use electromagnetic positioning sensors. 
C)  dedicated 3D transducers. 
D)  offline systems that attach to the ultrasound transducer.

Question 10

The main anatomy shown on this image is a(n) __________.

Accepted Answer

abnormal fetal brain

Question 11

The main anatomy shown on this image is the __________.

Accepted Answer

fetal heart and great vessels

Question 12

What is the difference between Figure A and Figure B? (Hint: One is a recent scan; the other is much older. Can you tell which is which?)

Accepted Answer

The scan in Figure A shows a fetal face

Question 13

Matrix array transducers represent advances in volume transducers. ____

Accepted Answer

A) True 
 B)False

Question 14

The inversion mode

Accepted Answer

A)  is a type of rendering. 
B)  shows hypoechoic structures as solids. 
C)  a and b 
D)  none of the above 
A)  is a type of rendering. 
B)  shows hypoechoic structures as solids. 
C)  a and b 
D)  none of the above

Question 15

Matrix array transducers contain hundreds of imaging elements. ____

Accepted Answer

A) True 
 B)False

Question 16

The rendering mode used for this fetal image is the __________?

Accepted Answer

surface mode
The image demonst

Question 17

The mode used for this image of the liver is the __________.

Accepted Answer

3D minimal mode
This image dem

Question 18

Was this image obtained transabdominally? Why or why not?

Accepted Answer

The image was not obtained transabdomina

Question 19

With automatic acquisition the "Region of Interest" box requires the sonographer to

Accepted Answer

A)  move the transducer across the area of interest. 
B)  keep the transducer stationary. 
C)  turn the patient so that the area of interest is closest to the transducer. 
D)  perform an algorithm. 
A)  move the transducer across the area of interest. 
B)  keep the transducer stationary. 
C)  turn the patient so that the area of interest is closest to the transducer. 
D)  perform an algorithm.

Question 20

The main anatomy shown on this image is the __________.

Accepted Answer

fetal heart
The imag

Exam 30: Three-Dimensional Ultrasound

The main anatomy shown on this image is the __________.

The main anatomy shown on this image is a(n) __________.

The SonoVCAD and SonoAVC are volumetric advances that can identify the

The acquisition of patient anatomy using 3D is called acquiring

For a multiplanar format, data must be achieved from the

The most important step in acquiring 3D ultrasound images is

Applications for three-dimensional (3D) ultrasound include which of the following?

The main anatomy shown on this image is a(n) __________.

Four-dimensional imaging can be done only with

The main anatomy shown on this image is a(n) __________.

The main anatomy shown on this image is the __________.

What is the difference between Figure A and Figure B? (Hint: One is a recent scan; the other is much older. Can you tell which is which?)

Matrix array transducers represent advances in volume transducers. ____

The inversion mode

Matrix array transducers contain hundreds of imaging elements. ____

The rendering mode used for this fetal image is the __________?

The mode used for this image of the liver is the __________.

Was this image obtained transabdominally? Why or why not?

With automatic acquisition the "Region of Interest" box requires the sonographer to

The main anatomy shown on this image is the __________.

Before and After the Ultrasound Examination

Ultrasound Instrumentation: Knobology, Imaging Processing, and Storage

General Patient Care

First Scanning Experience

Interdependent Body Systems

Anatomy Layering and Sectional Anatomy

Embryology

The Abdominal Aorta

The Inferior Vena Cava

The Portal Venous System

Abdominal Vasculature

The Liver

The Biliary System

The Pancreas

The Urinary System

The Spleen

The Gastrointestinal System

The Prostate Gland and Seminal Vesicles

The Female Pelvis

First Trimester Obstetrics 0 to 12 Weeks

Second and Third Trimester Obstetrics 13 to 42 Weeks

High-Risk Obstetric Sonography

The Thyroid and Parathyroid Glands

Breast Sonography

Penile and Scrotal Ultrasound

The Neonatal Brain

Pediatric Echocardiography

Adult Echocardiography

Vascular Technology

Interventional and Intraoperative Ultrasound

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