Unit 2- Your Body Is A Wonderland Flashcards

(74 cards)

1
Q

What are the four lobes?

A

Occipital Lobe
Frontal Lobe
Parietal Lobe
Temporal Lobe

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2
Q

Occipital

A

Primary Visual Cortex

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3
Q

Frontal Lobe

A

Prefrontal Cortex
Broca’s Area
Motor Strip
Frontal Association Area

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4
Q

Parietal

A

Sensory Cortex

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5
Q

Temporal Lobe

A

Primary Audio Cortex

Wernikel’s Area

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6
Q

Name the 11 neurotransmitters you need to know

A

Acetylcholine, endorphins, norepinephrine, dopamine, serotonin, GABA, glutamate, enkephalins, melatonin, phenylthylamine, and oxytocin

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7
Q

Hemisphere

A

The halves of the brain

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8
Q

Fissure

A

Middle depression between the hemispheres

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9
Q

Cerebral Cortex

A

“Gray matter”’, responsible for higher brain functions: sensation, voluntary muscle movement, thought, reasoning and memory

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10
Q

Corpus Callosum

A

Helps each side of the brain communicate with each other, transmit info.

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11
Q

What is in the hindbrain?

A

The Medulla, Pons, Cerebellum

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12
Q

Hindbrain

A

Supports our life system, controls basic biological functions that keeps us alive

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13
Q

Medulla

A

Regulates vital functions: sneezing, vomiting, respiratory, and coughing. Responsible for sending messages from brain to spinal cord

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14
Q

Pons

A

Involved with the control of facial expressions, triggers dreams, allows you to sleepwalk

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15
Q

Cerebellum

A

Responsible for balance and posture, coordinates body movements, controls habitual muscle movements

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16
Q

What does the Midbrain contain?

A

The Reticular Formation

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17
Q

Midbrain

A

Coordinates simple movements with sensory info.

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18
Q

Reticular Activating Formation

A

Controls general body arousal and ability to focus our attention: regulates how alert or sleepy you are

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19
Q

What does the Forebrain contain?

A

Hippocampus and the Lymbic system?

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20
Q

Forebrain

A

Controls thought and reason

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21
Q

Hippocampus

A

Spatial awareness, memory Formation and recall. Helps you make brand new memories

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22
Q

Lymbic system

A

Instinctive behaviors and reactions and deep-seated emotions. Hard wired in the sensory system especially smell

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23
Q

What does the Lymbic system contain?

A

Thalamus, hypothalamus, amygdala

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24
Q

Thalamus

A

Responsible for receiving the sensory signals from the spinal cord and sending them to the appropriate areas in the rest of the forebrain

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25
Hypothalamus
Plays a role in conscious behavior
26
Conscious behavior
Emotions and instincts and automatic control of body system
27
Amygdala
Vital to experiences of emotions
28
Occipital Lobe
Interprets visual info./ processing including color recognition and then send info to the parietal and temporal lobe
29
Primary Visual Cortex
Helps you see/ interpret lines, shapes, and colors
30
Cones
Helps distinguish color
31
Rods
Black and white, peripheral vision, and intensity of color
32
Frontal Lobe
Responsible for thinking and decision making
33
Sequencing
Difficulty in planning
34
Preservation
Repeating same actions, loss of flexibility in thinking, mood swings
35
Prefrontal Cortex
Directs thought processes, important in foreseeing consequences
36
Broca's Area
Responsible for controlling the muscles involved in producing speech
37
Motor Strip
Sends signals to our muscles controlling voluntary muscles, helps you move
38
Frontal association Area
Integrates personality, forms complex thoughts, engages in elaborate mental associations
39
Parietal Lobe
Visual perception, helps with touch and movement, allows for understanding
40
Sensory Cortex
Receives incoming touch
41
Temporal Lobe
Hearing, long term memory, object categorization organizes words into a sequence
42
Primary Audio Cortex
Controls basic hearing/ processes sound and how you respond emotionally to sound
43
Wernikel's Area
Interprets written and spoken speech
44
Neurotransmitter
Chemicals that allow info to pass
45
Synapse
Sends electrical nerve impulses to each neuron
46
Excitory Transmitter
Fire an action potential
47
Inhibitory Transmitter
Block, shield
48
Action potential
Will the message send or not
49
Acetylcholine
Excitory or inhibitory. Muscle and motor movement, memory, sleep, motivation, release of growth hormone
50
Endorphins
Inhibitory. Controls pain, helps keep you calm and happy, pleasure "runners high"
51
Norepinephrine
Excitory and inhibitory. Associated with emotions, dreaming, energy, sexual arousal
52
Dopamine
Inhibitory and excitatory. Makes you happy, deals with pleasure, bliss, reward, too much leads to bipolar
53
Dopamine Reward System
Exposure to drugs lead to suppression of reward circuits, increasing the amounts needed to get the same effect.
54
Serotonin
Inhibitory. Deals with mood, self esteem, prevents depression, shield, improves sleep,
55
GABA
Inhibitory. Stops anxiety, panic, and pain
56
Glutamate
Excitatory. Memory, too much can kill you because it breaks down nervous systems
57
Enkephalins
Inhibit. Blocks transmission of pain, reduce appetite cravings, and depressed moods
58
Melatonin
Inhibit. Recuperation, regulates body clock, anti-aging, stops aging
59
Phenylethylamine
Inhibit. Feelings of bliss and feelings of infatuation, blocks things that you normally feel are unattractive or upset
60
Oxytocin
Excitatory and inhibitory. Promotes sexual arousal, feelings of emotional attachment
61
Sensation
Process of receiving info. from the environment (your senses)
62
Perception
Assembling and organizing the sensory info to make it meaningful
63
Transduction
Signals transformed into neural impulses
64
Absolute threshold
The level of sensory stimulation necessary for the sensation to occur
65
Adaption
Gradual loss of attention to unneeded or unwanted sensory info
66
Sensory Habituation
Decreasing responsiveness to stimuli that is constant
67
Cocktail Party Phenomenon
Ability to focus auditory attention on a particular stimulus while filtering out the other stimuli
68
Single Detection Theory
Investigates the distraction and interferences we experiences we perceive the world
69
False Positive
Whenever we think we perceive a stimulus that is not really there
70
False Negative
Not perceiving a stimulus when it is present
71
Top Down Processing
We perceive by filling in the gap in what we sense. Use background knowledge to fill in the gaps to perceive a situation
72
Bottom Up Perceiving
Opposite of top down processing. Use only the features of the object itself to build a complete perception
73
Extra Sensory Perception
Belief that one can have a perceptual experience without any sensory input
74
Subliminal Messages
Stimuli below our absolute threshold