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psych unit 1 pt 2

QuestionAnswer
biological psychology individuals who study the links between our genetic, neural, hormonal, and psychological processes
biopsychological approach integrated approach that incorporates biological,psychological, and social-cultural levels of analysis
Levels of analysis differing complementary views analyzing any given phenomenon
Neuroplasticity brain is most flexible and can learn something new when your YOUNGER
Lesion Tissue destruction -head injury, stroke - natural -lobotomy (violent individuals) - experiment
EEG recording of the waves of electrical activity sweeping across the brains surface - used for epilepsy and sleep disorders
MEG technique that measures magnetic fields from the brains natural activity
CT scan series of X-ray photographs that represent of a slice of the brains structure
PET detects brain activity that displays where a radioactive form of glucose goes
MRI magnetic fields and radio waves to produce computer generated images of soft tissue (show brain anatomy)
fMRI revealing blood flow and brain activity. show brain function as well as structure
LH language
RH recognizing human faces
Amygdala emotion
Hippocampus conscious memory
Hindbrain bottom of brain, brain stem + cerebellum
Midbrain middle of the brain, connects the other two regions
Forebrain Top of the brain, visible folds and wrinkles (cerebral cortex)
Brainstem beginning where the spinal cord swells as it enters the skull, maintain basic survival (part of the hindbrain)
Medulla controls heartbeat and breathing (medulla oblongota)
Pons structure in brainstem, regulates sleep and arousal, balance and spatial orientation
thalamus sensory control center, directs messages and transmits replies (Atlanta airport)
Reticular formation controlling arousal - key brain areas for waking you up
cerebellum "little brain", coordinating movement output and balance (riding a bike, Simone Biles)
pituitary gland MASTER gland
hippocampus long-term memories (declarative memories/facts)
H.M. case study, hippocampus removed, lost long term memories
location of function certain areas of the brain are related to specific functions
cerebral cortex most complex structure of the brain, divided into 4 lobes across two hemispheres
frontal lobe front of the head, personality, making plans
parietal lobe sensory input (touch, fluffy, soft, hard)
occipital lobe visual fields
temporal lobes auditory areas
motor cortex controls voluntary movements (fingers, hands, mouth, and face)
somatosensory cortex makes you aware of the sensation, registers and processes body touch and movement sensations
brocas area speech (lips)
wenicks area language comprehension
hemispherectomy removal of one whole hemisphere of the brain
corpus callosum neural fibers connecting the two brain hemispheres and carry messages between them
split brain surgery that separates the brains two hemispheres
left hemisphere controls... right side of body, language
right hemisphere controls... left side of body, visuals
cognitive neuroscience study of the brain activity linked with cognition
dual processing information is often simultaneously processes on separate conscious and unconscious tracks (low road)(high road)
alpha waves slow brain waves (relaxed)
Delta waves large slow brain waves (deep sleep)
NREM sleep Non rapid eye movement sleep
Hypnagogic sensations feeling of falling or floating (jerking)
REM sleep rapid eye movement sleep -dreams occour -paralyzed
Memory consolidation theory helps strengthen and stabilize memories
restoration theory brain to repair and restore itself
insomnia problems falling and staying asleep
narcolepsy uncontrollable sleep attacks
sleep apnea cessations of breathing and repeated momentary awakenings during sleep -snoring -stop breathing
REM sleep behavior disorder normal REM paralysis does not occur
REM Rebound REM sleep to increase following REM sleep deprivation
Created by: 4007003
 

 



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