Deck 23: Imaging Careers

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Question
Electroencephalography technologists measure the ____________________ of the brain to aid in the diagnosis of disorders.
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Question
____________________ materials may be administered by mouth or rectum or by the intravenous route.
Question
______________________________ is an imaging process that creates superb image resolution and tissue contrast.
Question
Radiological physics is concerned with the application of ____________________ to medical diagnosis and therapy.
Question
Electrocardiography technicians may work in the radiology area; they attach ____________________ on the patient to monitor or test the action of the heart.
Question
Electroencephalograph (EEG) technologists measure the electrical activity of:

A) The brain
B) The heart
C) The muscles
D) The internal organs
E) All of the above
Question
A film badge:

A) Protects health care workers from radiation
B) Records levels of exposure to radioactive materials
C) Indicates that a health care worker has had proper training
D) Enables the development of x-ray film
E) All of the above
Question
A mammogram is:

A) A record or image made using sound waves
B) A record or image of a plane of the body
C) A record or image of a blood vessel
D) A record or image of the breast
E) A record or image of the heart made using ultrasound
Question
By the 1950s several radioactive ____________________ and other energy forms, such as sound waves, were used for diagnosing conditions.
Question
______________________________ uses computers and radiographic technique to visualize the metabolic activities of the body and its structure.
Question
Near infrared spectroscopy (NIRS) allows noninvasive measuring of:

A) Heart activity
B) Muscle activity
C) Liver functions
D) Cerebral functions
E) The vascular system
Question
Radiopaque materials may be administered:

A) By mouth
B) By rectum
C) Intravenously
D) By the lungs
E) a, b, or c
Question
The diagnostic medical sonographer produces:

A) One-dimensional images of internal organs
B) Three-dimensional images of internal organs
C) Two-dimensional images of internal organs
D) Two-dimensional images of external extremities
E) One-dimensional images of external extremities
Question
An echocardiograph is:

A) A record or image of a plane of the body
B) A record or image of a blood vessel
C) A record or image of the heart and blood vessels made with ultrasound
D) A record or image made with sound waves
E) A record or image of the breast
Question
A sonogram is:

A) A record or image made using sound waves
B) A record or image of a plane of the body
C) A record or image of a blood vessel
D) A record or image of the heart made using sound waves
E) A record or image of the breast
Question
Interventional radiology allows a health care worker to insert tubes or catheters into which of the following to correct abnormalities?

A) Muscles
B) Blood vessels
C) Brain
D) Heart
E) Veins
Question
Each worker wears a ____________________ that records the level of exposure to radiological materials.
Question
______________________________ is a new technique that allows noninvasive measurement of cerebral functions.
Question
Magnetic resonance imaging:

A) Creates superb image resolution
B) Creates superb tissue contrasts
C) Is useful in diagnosing problems of the spine
D) Is useful in diagnosing problems of the brain
E) All of the above
Question
The images produced by ____________________ provide cross-sectional views of the whole body instead of just one region.
Question
Using two or three sentences, answer the following questions as concisely as possible.
How are radioactive compounds transferred to the human body?
Question
Match the numbered word below with the best definition.
a.Distinction between positive and negative charges of particles
b.The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
c.A chemical that does not permit passage of x-rays
d.A record or image of the blood
e.A technique that allows immediate visualization of part of the body on a screen using radiography
f.The technique of making film records of internal structures by passing gamma rays through the body
g.A record or image of the bone marrow
h.One or more forms of an atom with a difference in the number of neutrons
i.A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
j.A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
1.Echocardiography
2.Fluoroscopy
3.Isotope
4.Polarity
5.Radiographic contrast media
6.Radiography
7.Tomography
8.Ultrasonography
9.Hemogram
10.Myelogram
Question
Using two or three sentences, answer the following questions as concisely as possible.
What is a mammogram? Explain the federal law that regulates the procedure.
Question
Using two or three sentences, answer the following questions as concisely as possible.
What are some responsibilities of the medical radiographer?
Question
How much involvement do health care workers in the imaging fields have with patients?
Question
How accurate are images produced by x-rays, CTs, and MRIs? How expensive is each test? What if a patient cannot afford the cost?
Question
Using two or three sentences, answer the following questions as concisely as possible.
Explain the interventional radiology technique.
Question
Using two or three sentences, answer the following questions as concisely as possible.
What is near infrared spectroscopy (NIRS)?
Question
Match between columns
Polarity
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Polarity
A technique that allows immediate visualization of part of the body on a screen using radiography
Polarity
One or more forms of an atom with a difference in the number of neutrons
Polarity
Distinction between positive and negative charges of particles
Polarity
A chemical that does not permit passage of x-rays
Polarity
The technique of making film records of internal structures by passing gamma rays through the body
Polarity
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Polarity
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Polarity
A record or image of the blood
Polarity
A record or image of the bone marrow
Echocardiography
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Echocardiography
A technique that allows immediate visualization of part of the body on a screen using radiography
Echocardiography
One or more forms of an atom with a difference in the number of neutrons
Echocardiography
Distinction between positive and negative charges of particles
Echocardiography
A chemical that does not permit passage of x-rays
Echocardiography
The technique of making film records of internal structures by passing gamma rays through the body
Echocardiography
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Echocardiography
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Echocardiography
A record or image of the blood
Echocardiography
A record or image of the bone marrow
Radiographic contrast media
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Radiographic contrast media
A technique that allows immediate visualization of part of the body on a screen using radiography
Radiographic contrast media
One or more forms of an atom with a difference in the number of neutrons
Radiographic contrast media
Distinction between positive and negative charges of particles
Radiographic contrast media
A chemical that does not permit passage of x-rays
Radiographic contrast media
The technique of making film records of internal structures by passing gamma rays through the body
Radiographic contrast media
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Radiographic contrast media
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Radiographic contrast media
A record or image of the blood
Radiographic contrast media
A record or image of the bone marrow
Tomography
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Tomography
A technique that allows immediate visualization of part of the body on a screen using radiography
Tomography
One or more forms of an atom with a difference in the number of neutrons
Tomography
Distinction between positive and negative charges of particles
Tomography
A chemical that does not permit passage of x-rays
Tomography
The technique of making film records of internal structures by passing gamma rays through the body
Tomography
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Tomography
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Tomography
A record or image of the blood
Tomography
A record or image of the bone marrow
Radiography
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Radiography
A technique that allows immediate visualization of part of the body on a screen using radiography
Radiography
One or more forms of an atom with a difference in the number of neutrons
Radiography
Distinction between positive and negative charges of particles
Radiography
A chemical that does not permit passage of x-rays
Radiography
The technique of making film records of internal structures by passing gamma rays through the body
Radiography
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Radiography
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Radiography
A record or image of the blood
Radiography
A record or image of the bone marrow
Ultrasonography
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Ultrasonography
A technique that allows immediate visualization of part of the body on a screen using radiography
Ultrasonography
One or more forms of an atom with a difference in the number of neutrons
Ultrasonography
Distinction between positive and negative charges of particles
Ultrasonography
A chemical that does not permit passage of x-rays
Ultrasonography
The technique of making film records of internal structures by passing gamma rays through the body
Ultrasonography
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Ultrasonography
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Ultrasonography
A record or image of the blood
Ultrasonography
A record or image of the bone marrow
Hemogram
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Hemogram
A technique that allows immediate visualization of part of the body on a screen using radiography
Hemogram
One or more forms of an atom with a difference in the number of neutrons
Hemogram
Distinction between positive and negative charges of particles
Hemogram
A chemical that does not permit passage of x-rays
Hemogram
The technique of making film records of internal structures by passing gamma rays through the body
Hemogram
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Hemogram
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Hemogram
A record or image of the blood
Hemogram
A record or image of the bone marrow
Isotope
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Isotope
A technique that allows immediate visualization of part of the body on a screen using radiography
Isotope
One or more forms of an atom with a difference in the number of neutrons
Isotope
Distinction between positive and negative charges of particles
Isotope
A chemical that does not permit passage of x-rays
Isotope
The technique of making film records of internal structures by passing gamma rays through the body
Isotope
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Isotope
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Isotope
A record or image of the blood
Isotope
A record or image of the bone marrow
Fluoroscopy
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Fluoroscopy
A technique that allows immediate visualization of part of the body on a screen using radiography
Fluoroscopy
One or more forms of an atom with a difference in the number of neutrons
Fluoroscopy
Distinction between positive and negative charges of particles
Fluoroscopy
A chemical that does not permit passage of x-rays
Fluoroscopy
The technique of making film records of internal structures by passing gamma rays through the body
Fluoroscopy
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Fluoroscopy
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Fluoroscopy
A record or image of the blood
Fluoroscopy
A record or image of the bone marrow
Myelogram
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Myelogram
A technique that allows immediate visualization of part of the body on a screen using radiography
Myelogram
One or more forms of an atom with a difference in the number of neutrons
Myelogram
Distinction between positive and negative charges of particles
Myelogram
A chemical that does not permit passage of x-rays
Myelogram
The technique of making film records of internal structures by passing gamma rays through the body
Myelogram
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Myelogram
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Myelogram
A record or image of the blood
Myelogram
A record or image of the bone marrow
Question
Discuss three imagery careers available to health care workers.Cover the education needed, the potential earnings, and each career's place in the health care facility.
Question
Using two or three sentences, answer the following questions as concisely as possible.
What is MRI, and what is its purpose?
Question
What must a facility do to achieve FDA approval for radiation services provided?
Question
Mammograms are recommended for whom? What is the test reliability?
Question
Discuss the development of x-ray techniques up through the body imaging methods available today.How does body imaging assist in the diagnosis of disease?
Question
Using two or three sentences, answer the following questions as concisely as possible.
Identify an imaging technique that does not use radiation.
Question
Using two or three sentences, answer the following questions as concisely as possible.
Why is correct positioning during an imaging procedure important?
Question
Using two or three sentences, answer the following questions as concisely as possible.
How do radiological physicists assist physicians?
Question
What are some side effects of overexposure to radiation?
Question
Using two or three sentences, answer the following questions as concisely as possible.
In what area might a radiologist specialize?
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Deck 23: Imaging Careers
1
Electroencephalography technologists measure the ____________________ of the brain to aid in the diagnosis of disorders.
Electrical activity
2
____________________ materials may be administered by mouth or rectum or by the intravenous route.
Radiopaque
3
______________________________ is an imaging process that creates superb image resolution and tissue contrast.
Magnetic resonance imaging
4
Radiological physics is concerned with the application of ____________________ to medical diagnosis and therapy.
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Unlock for access to all 39 flashcards in this deck.
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5
Electrocardiography technicians may work in the radiology area; they attach ____________________ on the patient to monitor or test the action of the heart.
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Unlock for access to all 39 flashcards in this deck.
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6
Electroencephalograph (EEG) technologists measure the electrical activity of:

A) The brain
B) The heart
C) The muscles
D) The internal organs
E) All of the above
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Unlock for access to all 39 flashcards in this deck.
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k this deck
7
A film badge:

A) Protects health care workers from radiation
B) Records levels of exposure to radioactive materials
C) Indicates that a health care worker has had proper training
D) Enables the development of x-ray film
E) All of the above
Unlock Deck
Unlock for access to all 39 flashcards in this deck.
Unlock Deck
k this deck
8
A mammogram is:

A) A record or image made using sound waves
B) A record or image of a plane of the body
C) A record or image of a blood vessel
D) A record or image of the breast
E) A record or image of the heart made using ultrasound
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Unlock for access to all 39 flashcards in this deck.
Unlock Deck
k this deck
9
By the 1950s several radioactive ____________________ and other energy forms, such as sound waves, were used for diagnosing conditions.
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Unlock for access to all 39 flashcards in this deck.
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k this deck
10
______________________________ uses computers and radiographic technique to visualize the metabolic activities of the body and its structure.
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Unlock for access to all 39 flashcards in this deck.
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k this deck
11
Near infrared spectroscopy (NIRS) allows noninvasive measuring of:

A) Heart activity
B) Muscle activity
C) Liver functions
D) Cerebral functions
E) The vascular system
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Unlock for access to all 39 flashcards in this deck.
Unlock Deck
k this deck
12
Radiopaque materials may be administered:

A) By mouth
B) By rectum
C) Intravenously
D) By the lungs
E) a, b, or c
Unlock Deck
Unlock for access to all 39 flashcards in this deck.
Unlock Deck
k this deck
13
The diagnostic medical sonographer produces:

A) One-dimensional images of internal organs
B) Three-dimensional images of internal organs
C) Two-dimensional images of internal organs
D) Two-dimensional images of external extremities
E) One-dimensional images of external extremities
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Unlock for access to all 39 flashcards in this deck.
Unlock Deck
k this deck
14
An echocardiograph is:

A) A record or image of a plane of the body
B) A record or image of a blood vessel
C) A record or image of the heart and blood vessels made with ultrasound
D) A record or image made with sound waves
E) A record or image of the breast
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Unlock for access to all 39 flashcards in this deck.
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k this deck
15
A sonogram is:

A) A record or image made using sound waves
B) A record or image of a plane of the body
C) A record or image of a blood vessel
D) A record or image of the heart made using sound waves
E) A record or image of the breast
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Unlock for access to all 39 flashcards in this deck.
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k this deck
16
Interventional radiology allows a health care worker to insert tubes or catheters into which of the following to correct abnormalities?

A) Muscles
B) Blood vessels
C) Brain
D) Heart
E) Veins
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k this deck
17
Each worker wears a ____________________ that records the level of exposure to radiological materials.
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18
______________________________ is a new technique that allows noninvasive measurement of cerebral functions.
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19
Magnetic resonance imaging:

A) Creates superb image resolution
B) Creates superb tissue contrasts
C) Is useful in diagnosing problems of the spine
D) Is useful in diagnosing problems of the brain
E) All of the above
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20
The images produced by ____________________ provide cross-sectional views of the whole body instead of just one region.
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21
Using two or three sentences, answer the following questions as concisely as possible.
How are radioactive compounds transferred to the human body?
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Unlock for access to all 39 flashcards in this deck.
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21
Match the numbered word below with the best definition.
a.Distinction between positive and negative charges of particles
b.The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
c.A chemical that does not permit passage of x-rays
d.A record or image of the blood
e.A technique that allows immediate visualization of part of the body on a screen using radiography
f.The technique of making film records of internal structures by passing gamma rays through the body
g.A record or image of the bone marrow
h.One or more forms of an atom with a difference in the number of neutrons
i.A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
j.A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
1.Echocardiography
2.Fluoroscopy
3.Isotope
4.Polarity
5.Radiographic contrast media
6.Radiography
7.Tomography
8.Ultrasonography
9.Hemogram
10.Myelogram
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22
Using two or three sentences, answer the following questions as concisely as possible.
What is a mammogram? Explain the federal law that regulates the procedure.
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23
Using two or three sentences, answer the following questions as concisely as possible.
What are some responsibilities of the medical radiographer?
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24
How much involvement do health care workers in the imaging fields have with patients?
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25
How accurate are images produced by x-rays, CTs, and MRIs? How expensive is each test? What if a patient cannot afford the cost?
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26
Using two or three sentences, answer the following questions as concisely as possible.
Explain the interventional radiology technique.
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27
Using two or three sentences, answer the following questions as concisely as possible.
What is near infrared spectroscopy (NIRS)?
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28
Match between columns
Polarity
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Polarity
A technique that allows immediate visualization of part of the body on a screen using radiography
Polarity
One or more forms of an atom with a difference in the number of neutrons
Polarity
Distinction between positive and negative charges of particles
Polarity
A chemical that does not permit passage of x-rays
Polarity
The technique of making film records of internal structures by passing gamma rays through the body
Polarity
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Polarity
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Polarity
A record or image of the blood
Polarity
A record or image of the bone marrow
Echocardiography
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Echocardiography
A technique that allows immediate visualization of part of the body on a screen using radiography
Echocardiography
One or more forms of an atom with a difference in the number of neutrons
Echocardiography
Distinction between positive and negative charges of particles
Echocardiography
A chemical that does not permit passage of x-rays
Echocardiography
The technique of making film records of internal structures by passing gamma rays through the body
Echocardiography
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Echocardiography
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Echocardiography
A record or image of the blood
Echocardiography
A record or image of the bone marrow
Radiographic contrast media
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Radiographic contrast media
A technique that allows immediate visualization of part of the body on a screen using radiography
Radiographic contrast media
One or more forms of an atom with a difference in the number of neutrons
Radiographic contrast media
Distinction between positive and negative charges of particles
Radiographic contrast media
A chemical that does not permit passage of x-rays
Radiographic contrast media
The technique of making film records of internal structures by passing gamma rays through the body
Radiographic contrast media
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Radiographic contrast media
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Radiographic contrast media
A record or image of the blood
Radiographic contrast media
A record or image of the bone marrow
Tomography
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Tomography
A technique that allows immediate visualization of part of the body on a screen using radiography
Tomography
One or more forms of an atom with a difference in the number of neutrons
Tomography
Distinction between positive and negative charges of particles
Tomography
A chemical that does not permit passage of x-rays
Tomography
The technique of making film records of internal structures by passing gamma rays through the body
Tomography
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Tomography
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Tomography
A record or image of the blood
Tomography
A record or image of the bone marrow
Radiography
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Radiography
A technique that allows immediate visualization of part of the body on a screen using radiography
Radiography
One or more forms of an atom with a difference in the number of neutrons
Radiography
Distinction between positive and negative charges of particles
Radiography
A chemical that does not permit passage of x-rays
Radiography
The technique of making film records of internal structures by passing gamma rays through the body
Radiography
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Radiography
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Radiography
A record or image of the blood
Radiography
A record or image of the bone marrow
Ultrasonography
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Ultrasonography
A technique that allows immediate visualization of part of the body on a screen using radiography
Ultrasonography
One or more forms of an atom with a difference in the number of neutrons
Ultrasonography
Distinction between positive and negative charges of particles
Ultrasonography
A chemical that does not permit passage of x-rays
Ultrasonography
The technique of making film records of internal structures by passing gamma rays through the body
Ultrasonography
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Ultrasonography
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Ultrasonography
A record or image of the blood
Ultrasonography
A record or image of the bone marrow
Hemogram
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Hemogram
A technique that allows immediate visualization of part of the body on a screen using radiography
Hemogram
One or more forms of an atom with a difference in the number of neutrons
Hemogram
Distinction between positive and negative charges of particles
Hemogram
A chemical that does not permit passage of x-rays
Hemogram
The technique of making film records of internal structures by passing gamma rays through the body
Hemogram
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Hemogram
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Hemogram
A record or image of the blood
Hemogram
A record or image of the bone marrow
Isotope
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Isotope
A technique that allows immediate visualization of part of the body on a screen using radiography
Isotope
One or more forms of an atom with a difference in the number of neutrons
Isotope
Distinction between positive and negative charges of particles
Isotope
A chemical that does not permit passage of x-rays
Isotope
The technique of making film records of internal structures by passing gamma rays through the body
Isotope
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Isotope
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Isotope
A record or image of the blood
Isotope
A record or image of the bone marrow
Fluoroscopy
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Fluoroscopy
A technique that allows immediate visualization of part of the body on a screen using radiography
Fluoroscopy
One or more forms of an atom with a difference in the number of neutrons
Fluoroscopy
Distinction between positive and negative charges of particles
Fluoroscopy
A chemical that does not permit passage of x-rays
Fluoroscopy
The technique of making film records of internal structures by passing gamma rays through the body
Fluoroscopy
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Fluoroscopy
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Fluoroscopy
A record or image of the blood
Fluoroscopy
A record or image of the bone marrow
Myelogram
The technique for recording the position and motion of the heart walls or its internal structures using ultrasonic waves
Myelogram
A technique that allows immediate visualization of part of the body on a screen using radiography
Myelogram
One or more forms of an atom with a difference in the number of neutrons
Myelogram
Distinction between positive and negative charges of particles
Myelogram
A chemical that does not permit passage of x-rays
Myelogram
The technique of making film records of internal structures by passing gamma rays through the body
Myelogram
A radiographic technique that produces a detailed cross section of tissue at a predetermined depth
Myelogram
A technique for visualization of deep structures of the body by recording reflections of sound waves directed into the tissues
Myelogram
A record or image of the blood
Myelogram
A record or image of the bone marrow
Unlock Deck
Unlock for access to all 39 flashcards in this deck.
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29
Discuss three imagery careers available to health care workers.Cover the education needed, the potential earnings, and each career's place in the health care facility.
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30
Using two or three sentences, answer the following questions as concisely as possible.
What is MRI, and what is its purpose?
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31
What must a facility do to achieve FDA approval for radiation services provided?
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32
Mammograms are recommended for whom? What is the test reliability?
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33
Discuss the development of x-ray techniques up through the body imaging methods available today.How does body imaging assist in the diagnosis of disease?
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34
Using two or three sentences, answer the following questions as concisely as possible.
Identify an imaging technique that does not use radiation.
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35
Using two or three sentences, answer the following questions as concisely as possible.
Why is correct positioning during an imaging procedure important?
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36
Using two or three sentences, answer the following questions as concisely as possible.
How do radiological physicists assist physicians?
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37
What are some side effects of overexposure to radiation?
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38
Using two or three sentences, answer the following questions as concisely as possible.
In what area might a radiologist specialize?
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