Unit 3 - Neurological Disorders Flashcards

1
Q

The input from the thalamus back to upper motor neurons causes more __________ to be released by the cerebral cortex resulting in more locomotions.

A

glutamate

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2
Q

___% of the US population over 65 has Parkinson’s Disease.

A

1

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3
Q

________ causes body tremors when at rest and is commonly observed in hands/fingers.

A

Parkinson’s Disease

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4
Q

slow movement causes by Parkinson’s Disease

A

Bradykinesia

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5
Q

Decreased amplitude of movement caused by Parkinson’s Disease.

A

Hypokinesia

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6
Q

Disrupted ability to initiate movement caused by Parkinson’s disease.

A

akinesia

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7
Q

Parkinson’s Disease is caused by a loss of __________ from the substantia nigra to the basal ganglia.

A

dopamine

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8
Q

What are the two known treatments for Parkinson’s Disease?

A

L-DOPA and deep brain stimulation

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9
Q

precursor to dopamine

A

L-DOPA

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10
Q

Supplementation of L-DOPA for people with Parkinson’s Disease results in an increase in ___________ in the brain and progressive decrease in efficacy.

A

dopamine

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11
Q

stimulating electrodes surgically implanted in the brain

A

deep brain stimulation

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12
Q

Common targets of deep brain stimulation are the _____________ internal segment and _________ nucleus.

A

pallidus internal, subthalamic

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13
Q

Because there is a loss of dopamine neurons for Parkinson’s Disease patients, there is _______________ excitation of glutamate back to the cortex.

A

decreased

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14
Q

Huntington’s disease has an incidence rate of _____/100,000

A

5-10

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15
Q

______________ causes sudden jerky, involuntary movements (chorea), problems with balance and coordination, and jerky, rapid eye movements.

A

Huntington’s Disease

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16
Q

Huntington’s Disease is an __________ condition caused by a single abnormal gene resulting in a degeneration of cells in the ____________.

A

inherited, basal ganglia

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17
Q

Huntington’s disease causes a disruption to the indirect pathway, which results in ___________ excitation back to the cortex.

18
Q

A method for measuring electrical activity (brain waves) in the brain by means of electrodes placed on the scalp.

19
Q

Electrical activity generated at ___________ summate in space and time. They then passively propagate through extracellular space and through the _______ and _______ to electrodes.

A

synapses, skull, scalp

20
Q

EEG’s are common for ________ studies and __________ diagnosis/treatment.

A

sleep, epilepsy

21
Q

a brief, strong surge of electrical activity in the brain

22
Q

A ________ seizure is confined to one brain region.

23
Q

A ___________ seizure starts synchronously across brain regions

A

primary generalized

24
Q

A ____________ seizure starts as a focal seizure, then spreads to other areas

A

secondary generalized

25
2 or more spontaneous, unprovoked seizures separated in time
epilepsy
26
1 in ____ adults will have a seizure, while 1 in ___ adults will develop epilepsy.
10, 26
27
________ new cases of epilepsy are diagnosed each year.
150,000
28
sudden, quick arrhythmic muscle contraction (sporadic)
myoclonic seizures
29
muscle stiffness or rigidity
tonic seizure
30
repetitive jerking movements
clonic seizure
31
loss of muslce tone
atonic seizure
32
brief loss of consciousness
absence seizure
33
early signs a seizure may be coming (not always experienced)
prodrome and aura stage of seizure
34
EEG activity and/or behavioral changes associated with a seizure; time from first symptom to end of seizure
ictal stage of seizure
35
recovery stage and after-effects of seizure
post-ictal stage of seizure
36
EEG activity in between seizures, such as interictal spikes
interictal stage of seizure
37
__________ lobe epilepsy is the most common form of focal epilepsy in adults.
focal
38
___________ epilepsy (TLE) is often characterized by lesions/sclerosis of hippocampus, amygdala, entorhinal cortex, and associated areas.
temporal lobe
39
Temporal lobe epilepsy typically arises after some form of severe ____________, but can be idiopathic.
insult
40
The most common form of intractable epilepsy
temporal lobe epilepsy