# data[].attributes.body
15c: faint magnetic fields
16c: squid
17c: times nervous cell activity

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12c: head
13c: magnet
14c: radio pulse

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7c: 1972
8c: combines a series of X-ray images

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10c: 1975
11c: produce a negative photograph of the body's interior, showing with startling detail the bones, cavities and other anatomical structures on its path

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2c: Hans Burger
3c: England, 1942
4c: significant cortical spectral power activity
5c: Side effects:

seizure disorders (such as epilepsy)

a head injury.

encephalitis (an inflammation of the brain)

a brain tumor.

encephalopathy (a disease that causes brain dysfunction)

memory problems.

sleep disorders.

stroke.

# data[].attributes.body
(15c) Magnetic fields
(16c) SQUID
(17c) It is the most accurate at providing the resolution of the timing of nerve cell activity

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(12c) the head
(13c) a magnet
(14c) a radio pulse

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15c. very faint magnetic fields
16c. S.Q.U.I.D
17c. timing of nerve cell activity

# data[].attributes.body
(10c) also in the 1970's
(11c) observe deep brain structers

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12c. The head
13c. powerful magnet
14c. radio pulse

# data[].attributes.body
(15c) measures very faint magnetic fields that emenate from the head as a result of brain activity
(16c) SQUID
(17c) provides the most accurate resolution of the timing (down to the millisecond)

# data[].attributes.body
15c. very faint magnetic fields
16c. S.Q.U.I.D.
17c.times nerve cell activity

# data[].attributes.body
(7c) 1970's
(8c)The computer combines 2 dimensional x rays to make the three dimensional.
(9c) detect brain damage and local change in the cerebral blood flow

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(12c) the head
(13c) big round magnet
(14c) radio pulse

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10c. 1970's
11c. slices of the brain

# data[].attributes.body
(10c) 1970's
(11c) can see regions of the brain

# data[].attributes.body
15c faint magnetic fields
16c SQUID
17c timing of nerve cell activity

# data[].attributes.body
12c. the head
13c. a magnet
14c. radio pulse

# data[].attributes.body
7c. 1970's
8c. X ray images
9c. brain damage

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(7c) the 1970's
(8c) X ray Images
(9c) Brain damage and changes in cerebral blood flow

# data[].attributes.body
10c. in the 1970's
11c. to see different sections of the brain

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12c the head
13c powerful magnet
14c a radio pulse

# data[].attributes.body
10c 1970s
11c allows to look at "slices" of the brain

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7c. the 1970's
8c.X-ray images
9c.brain damage and highlight changes

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7c 1970s
8c X ray images
9c brain damage

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(2c)an    Hans Berger
(3c)late 1920's
(4c) recording electrical signals frome the brain
(5c) It can't show structures or the anatomy of the brain

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2c. Hans Berger
3c. When late 1920's
4c. electrical impulses
5c. what regions do what

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(2c) Hans Berger
(3c) late 1920's
(4c) EEG's help researcher's to follow electrical impulses across the brain and observe changes over split seconds of time
(5c) they can not show us the structures and anatomy of the brain or tell us which specific regions of the brain do what.

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2c. Hans berger
3c. when: in the 1920’s
where: in a human
4c. seeing if a person is asleep, awake, or anesthetized

5c. Cannot show structures and anatomy's

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2c Hans Bergur
3c early 1920
4c Electrical Impulses
5c can't show structures of the brain

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In this area add your answers about MEG's.

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Watch the Video and add your answers about MRI's.

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Uploaded by Cassandra Shaffer on 2016-08-29.

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In this area add your answers about PET Scans (label)

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In this area add your answers about CAT Scans. (label them)

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In this area add your answers about EEG's. (label them 2c, 3c, 4c, 5c)