EEG BOARD PREP QUESTION BANK (ANSWERED) OVER 250 MULTIPLE CHOICE QUESTIONS AND ANSWERS
WHICH OF THE FOLLOWING IS A TEST OF BRAIN FUNCTION (RATHER THAN BRAIN ANATOMICAL STRUCTURE)?
A CT SCAN
B EEG
C MRI
D BRAIN SCAN
B EEG
WHO WAS THE FIRST TO DESCRIBE ELECTRICAL ACTIVITY IN THE HUMAN BRAIN?...
eeg board prep question bank answered over 250 multiple choice questions and answers which of the following is a test of brain function rather than brain anatomical structure a ct scan b eeg c m
EEG BOARD PREP QUESTION BANK (ANSWERED) OVER
250 MULTIPLE CHOICE QUESTIONS AND ANSWERS
WHICH OF THE FOLLOWING IS A TEST OF BRAIN FUNCTION (RATHER THAN
BRAIN ANATOMICAL STRUCTURE)?
A CT SCAN
B EEG
C MRI
D BRAIN SCAN
B EEG
WHO WAS THE FIRST TO DESCRIBE ELECTRICAL ACTIVITY IN THE HUMAN
BRAIN?
A ADOLF BECK
B HANS BERGER
C RICHARD CATON
D FLEISCHEL VON MARXOW
B HANS BERGER
DIPOLE LOCALIZATION ALLOWS ONE TO
A FIND THE SOURCE OF POTENTIAL GENERATOR
B DETECT THE ACTION POTENTIAL
C RECORD THE FAR FIELD POTENTIAL
D CREATE THE NEAR FIELD POTENTIAL
A FIND THE SOURCE OF POTENTIAL GENERATOR
ELECTRICAL ACTIVITY THAT OCCURS IN RESPONSE TO EXTERNAL STIMULI IS
MEASURED BY
A SCALP RECORDED EEG
B EVOKED POTENTIALS
C EXTERNAL POTENTIAL
D MEMBRANE POTENTIAL
B EVOKED POTENTIALS
(EP) EVOKED POTENTIALS
AN ELECTRICAL POTENTIAL RECORDED IN RESPONSE TO AN EXTERNAL
STIMULUS: VISUAL, AUDITORY, OR SOMATOSENSORY
FAR FIELD POTENTIAL IS DEFINED AS
A POTENTIAL RECORDED FROM THE SURFACE ELECTRODE
B POTENTIAL RECORDED FROM DEPTH ELECTRODE
C POTENTIAL RECORDED FROM NEARBY GENERATOR SOURCE
D POTENTIAL RECORDED FROM DISTANT SOURCE
D POTENTIAL RECORDED FROM DISTANT SOURCE.
(FFP) FAR FIELD POTENTIAL
THE SCALP ELECTRODES DETECTED THE POTENTIALS THAT WERE
GENERATED AT A DISTANCE THUS THE TERM "FAR FIELD POTENTIAL" WAS
INTRODUCED.
ALL OF THE FOLLOWING TESTS REFLECT BRAIN FUNCTION EXCEPT
A EEG
,B PET SCAN
C SPECT
D CT SCAN
D CT SCAN
CT SCAN VS EEG
THE EEG PRIMARILY REFLECTS BRAIN FUNCTION WHILE CT REPRESENTS
ANATOMICAL BRAIN STRUCTURES.
WHAT YEAR WAS THE FIRST HUMAN EEG RECORDING PUBLISHED?
A 1890
B 1910
C 1929
D 1950
C 1929
1929
HANS BERGER FIRST REPORTED ELECTRICAL ACTIVITY FROM THE HUMAN
BRAIN
MAGNETOENCEPHALOGRAPHY MEASURES
A CURRENT CREATED BY MAGNETIC FIELDS
B MAGNETIC FIELDS CREATED BY CURRENT FLOW
C INDUCTANCE CREATED BY MAGNETIC FIELDS
D CURRENT CREATED BY INJECTION OF MAGNETIC POWER
B MAGNETIC FIELDS CREATED BY CURRENT FLOW
MAGNETOENCEPHALOGRAPH (MEG)
DETECTS MAGNETIC FIELDS CREATED BY CURRENT FLOW OVER THE CORTEX
WHAT YEAR WAS THE FIRST EEG RECORDING IN ANIMAL EXPERIMENT
PUBLISHED?
A 1875
B 1900
C 1929
D 1935
A 1875
1875
RICHARD CATON FIRST REPORTED ELECTRICAL ACTIVITY FROM ANIMAL
BRAIN
IN 1875 WHO WAS THE FIRST TO RECORD ELECTRICAL ACTIVITY FROM THE
ANIMAL BRAIN
A ADOLF BECK
B HANS BERGER
C RICHARD CATON
D FLEISCHEL VON MARXOW
C RICHARD CATON
CENTRAL SULCUS (ROLANDIC FISSURE)
separates frontal and parietal lobes, SEPERATES MOTOR FROM SENSORY
CORTEX
HESCHLS GYRUS
AUDITORY AURA
, MEDULLA OBLONGATA
CONTROLS RESPIRATION AND HR
MENINGIOMA (BENIGN TUMOR)
COVERINGS OF THE BRAIN
EXPLANATION OF EEG ACTIVITY
BOTH EXCITATORY AND INHIBATORY POSTSYNAPTIC POTENTIALS
A SPIKE OR SHARP WAVE RESULTS FROM
SYNCHRONOUS ACTIVATION OF MULTIPLE NEURONS
POSTERIOR CEREBRAL ARTERY
SUPPLIES BLOOD TO THE VISUAL CORTEX
ROLANDIC GYRUS
FRONTAL AND PARIETAL LOBES
PRECENTRAL GYRUS
FRONTAL LOBE
CEREBRAL AQUEDUCT (AQUEDUCT OF SYLVIUS)
CONNECTS THE THIRD ND FOURTH VENTRICLES
Pyramidal dendritic PSPs
MOST IMPORTANT SOURCE OF EEG
COLLATERAL PERFUSION MAINTAINED BY
CIRCLE OF WILLIS
LOCATION OF BROCAS AREA
POSTERIOR PART OF INFERIOR FRONTAL GYRUS
ACOUSTIC NEUROMAS
encapsulated tumors that grow on cranial nerve VIII
THROMBUS OF RIGHT MIDDLE CEREBRAL ARTERY WOULD MOST LIKELY
CAUSE
LEFT FACE AND ARM PARALYSIS
ARTERIOVENOUS MALFORMATION
TANGLE OF ARTERIES AND VEINS IN THE BRAIN ASSOCIATED WITH TENDENCY
TO BLEED SUDDENLY
THROMBOSIS OF RIGHT MIDDLE CEREBRAL ARTERY WOULD MOST LIKELY
CAUSE
LEFT FACE AND ARM PARALYSIS
DAMAGE TO BROCAS AREA
EXPRESSIVE APHASIS
TIA
MOST LIKELY TO SHOW NORMAL ACTIVITY ON EEG
SYLVIAN FISSURE (LATERAL FISSURE)
FISSURE SEPARATING TEMPORAL AND FRONTAL LOBE
CRANIAL NERVES
4 HAVE BOTH MOTOR AND SENSORY FUNCTIONS
FRONTAL LOBE
CENTER FOR INTELLECTUAL FUNCTION SUCH AS JUDGEMENT, MEMORY, AND
PROBLEM SOLVING
ISCHEMIC STROKE
MOST COMMONLY ASSOCIATED WITH LPDs and PLEDs
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