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  1. Print the notecards
  2. Fold each page in half along the solid vertical line
  3. Cut out the notecards by cutting along each horizontal dotted line
  4. Optional: Glue, tape or staple the ends of each notecard together
  1. Verify Front of pages is selected for Viewing and print the front of the notecards
  2. Select Back of pages for Viewing and print the back of the notecards
    NOTE: Since the back of the pages are printed in reverse order (last page is printed first), keep the pages in the same order as they were after Step 1. Also, be sure to feed the pages in the same direction as you did in Step 1.
  3. Cut out the notecards by cutting along each horizontal and vertical dotted line
To print: Ctrl+PPrint as a list

44 notecards = 11 pages (4 cards per page)

Viewing:

Unit 1 Study Guide

front 1

Acetylcholine (ACh)

back 1

*Enables muscle action, learning, and memory; Blocked ACh → weakness, paralysis.**

front 2

Dopamine

back 2

*Influences movement, learning, attention, and emotion; Oversupply → schizophrenia; Undersupply → tremors, Parkinson’s.**

front 3

Serotonin

back 3

*Affects mood, hunger, sleep, arousal; Undersupply → depression.**

front 4

Norepinephrine

back 4

*Helps control alertness and arousal; Undersupply → depressed mood.**

front 5

GABA

back 5

*Major inhibitory neurotransmitter; Undersupply → seizures, tremors, insomnia.**

front 6

Glutamate

back 6

*Major excitatory neurotransmitter; involved in memory; Oversupply → migraines, seizures.**

front 7

Endorphins

back 7

*Natural painkillers; influence perception of pain/pleasure; Oversupply with opioids → body reduces own production.**

front 8

Substance P

back 8

*Involved in pain perception and immune response; Oversupply → chronic pain.**

front 9

Alcohol

back 9

*Depressant; initial high then relaxation/disinhibition; Negatives: depression, memory loss, organ damage, impaired reactions.**

front 10

Heroin

back 10

*Depressant; rush of euphoria, pain relief; Negatives: depressed physiology, loss of natural endorphins.**

front 11

Caffeine

back 11

*Stimulant; increased alertness/wakefulness; Negatives: anxiety, restlessness, insomnia.**

front 12

Nicotine

back 12

*Stimulant; arousal and relaxation; Negatives: heart disease, cancer.**

front 13

Cocaine

back 13

*Stimulant; rush of euphoria, confidence, energy; Negatives: cardiovascular stress, suspiciousness, depression, crash.**

front 14

Methamphetamine

back 14

*Stimulant; euphoria, alertness, energy; Negatives: irritability, insomnia, hypertension, seizures.**

front 15

Ecstasy (MDMA)

back 15

*Stimulant + mild hallucinogen; emotional elevation, disinhibition; Negatives: dehydration, overheating, depressed mood, impaired cognition/immune function.**

front 16

LSD

back 16

*Hallucinogen; visual “trip”; Negatives: risk of panic.**

front 17

Marijuana (THC)

back 17

*Mild hallucinogen; enhanced sensation, pain relief, time distortion, relaxation; Negatives: impaired learning/memory, increased risk of psychological disorders.**

front 18

EEG

back 18

*Electrodes on scalp measure brain waves; Finding: Depression/anxiety → ↑ right frontal lobe activity.**

front 19

MEG

back 19

*Head coil records magnetic fields from brain; Finding: PTSD soldiers → stronger visual cortex activity when viewing trauma images.**

front 20

CT

back 20

*X-rays of head show brain damage; Finding: Children’s injuries predict lower intelligence/memory.**

front 21

PET

back 21

*Tracks radioactive glucose in brain during tasks; Finding: Anxious monkeys → more glucose use in fear/memory regions.**

front 22

MRI

back 22

*Maps brain structure with magnetic fields/radio waves; Finding: History of violence → smaller frontal lobes (self-control/moral judgment).**

front 23

fMRI

back 23

*Measures blood flow via MRI scans; Finding: Plane crash survivors → more fear/memory/visual center activity when viewing trauma footage.**

front 24

Insomnia

back 24

*1 in 5 adults; difficulty falling/staying asleep; Effects: tiredness, depression, obesity, hypertension, pain.**

front 25

Narcolepsy

back 25

*1 in 2000 adults; sudden overwhelming sleepiness; Effects: risk of falling asleep at dangerous times, attacks <5 min.**

front 26

Sleep Apnea

back 26

*1 in 20 adults; stopping breathing during sleep; Effects: fatigue, depression, linked to obesity (esp. men).**

front 27

Sleepwalking

back 27

*1–15 in 100 adults; complex motor behavior in Stage 3 sleep; Effects: few concerns, rarely remember episode.**

front 28

REM Sleep Behavior Disorder

back 28

*1 in 100 adults (general), 1 in 50 (50+); acting out dreams; Effects: risk of accidental injury to self/partner.**

front 29

Information Processing

back 29

*Dreams help sort events and consolidate memories; Critique: sometimes dream about things not experienced.**

front 30

Physiological Function

back 30

*REM stimulation helps develop/preserve neural pathways; Critique: doesn’t explain meaningful dreams.**

front 31

Activation Synthesis

back 31

*REM activity evokes random visuals, brain weaves stories; Critique: brain creates stories but reveals info about dreamer.**

front 32

Cognitive Development

back 32

*Dream content reflects cognitive level; simulates life/worst-case scenarios; Critique: no adaptive function proposed.**

front 33

Vision

back 33

*Source:** Light waves; **Receptors:** Rods/cones; **Brain Area:** Occipital lobes

front 34

Hearing

back 34

*Source:** Sound waves; **Receptors:** Cochlear hair cells; **Brain Area:** Temporal lobes

front 35

Touch

back 35

*Source:** Pressure, warmth, cold, chemicals; **Receptors:** Pain-sensitive skin receptors; **Brain Area:** Somatosensory cortex

front 36

Taste

back 36

*Source:** Chemical molecules; **Receptors:** Sweet, sour, salty, bitter, umami, oleogustus; **Brain Area:** Frontal/temporal border

front 37

Smell

back 37

*Source:** Chemical molecules in nose; **Receptors:** Nasal receptors; **Brain Area:** Olfactory bulb

front 38

Kinesthesis

back 38

*Source:** Body part movement; **Receptors:** Proprioceptors in joints/tendons/muscles; **Brain Area:** Cerebellum

front 39

Vestibular Sense

back 39

*Source:** Head/body movement; **Receptors:** Hair-like receptors in inner ear; **Brain Area:** Cerebellum

front 40

Figure 1.5-4

back 40

*Electrodes measure EEG (brain waves), EMG (muscle tension), EOG (eye movement); other devices track heart rate, respiration, genital arousal.**

front 41

Figure 1.5-5

back 41

*Beta waves = awake; Alpha = relaxed; Delta = Stage 3/N3; REM = resembles Stage 1 but body internally aroused.**

front 42

Figure 1.5-6

back 42

*Moment of falling asleep (Stage 1/N1); we are unaware, EEG shows slowed, irregular waves.**

front 43

Figure 1.5-7

back 43

*Sleep cycle repeats ~90 min; Stage 3 shortens over night; Stage 2 & REM get longer; older adults → more awakenings.**

front 44

AP Exam Tip

back 44

*REM does NOT come directly after Stage 3; usually Stage 2 → REM.**