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Brain Dissection

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PRESENTATION OUTLINE

GRAYSON gIBBONS

VIRTUAL BRAIN DISSECTION

HIPPOCAMPUS

IT CONTROLS early memory storage, formation of long–term memory, AND spatial navigation

BASAL GANGLIA

IT IS RESPONSIBLE FOR movement regulation, skill learning, habit formatioN, AND reward systems

CORPUS CALLOSUM

IT connects right and left hemispheres and allows information to pass between them

DENTATE gYRUS

IT IS RESPONSIBLE FOR memory formationAND A possible role in memory recall

HYPOTHALAMUS

IT IS RESPONSIBLE FOR EATING OR DRINKING, TEMPERATURE AND ENERGY MAINTENANCE, AND IN MEMORIZING AND IN STRESS CONTROL. hunger ,thirst, AND body temperature

LIMBIC SYSTEM

IT IS RESPONSIBLE FOR MEMORY FORMATION AND STORAGE, REGULATING EMOTION, AND PROCESSING SMELLS

SUBICULUM

IT CONTROLS LEARNING AND MEMORY.

VENTRICLES

IT CUSHIONS THE BRAIN.

THALAMUS

IT CONTROLS perception, attention, timing, and movement.

ENTORHINAL CORTEX

IT IS RESPONSIBLE FOR MEMORY FORMATION.

AMYGDALA

The amygdala is involved in processing emotions, and fear–learning.

BROCA’S AREA

BROCA'S AREA IS INVOLVED IN THE PRODUCTION OF SPOKEN AND WRITTEN LANGUAGE AND ALSO IN LANGUAGE PROCESSING AND COMPREHENSION.

CEREBELLUM

IT IS RESPONSIBLE FOR coordination of voluntary movemenT, motor–learning ,balance, reflex memorY, posture, timing sequence, AND learning

MIDDLE AND INFERIOR TEMPORAL GYRI

IT CONTROLS WORD RETRIEVAL, LANGUAGE AND SEMANTIC MEMORY, PROCESSING VISUAL PERCEPTION, MULTIMODAL SENSORY INTEGRATION, AUTOBIOGRAPHICAL MEMORY, AND VISUAL RECOGNITION

OCCIPITAL LOBE

IT IS RESPONSIBLE FOR VISION

PERIRHINAL CORTEX

IT CONTROLS object recognition AND memory formation and storage

PONS

THE PONS CONTROL regulating breathing, taste, and autonomic functions

PREMOTOR CORTEX

IT IS RESPONSIBLE FOR planning and executing motor movements, imitation, AND empathy

PRIMARY MOTOR CORTEX

IT CONTROLS coordination and initiation of motor movement

SOMATOSENSORY CORTEX

IT CONTROLS sensory processing and integration

SUPERIOR TEMPORAL GYRUS

IT IS RESPONSIBLE FOR sound processing, speech processing and comprehension, AND auditory memory

WERNICKE’S AREA

IT IS RESPONSIBLE FOR language comprehension

CINGULATE CORTEX

IT IS RESPONSIBLE FOR pain processing, emotion, memory, AND self–regulation

CITATIONS

3D BRIAN APP. APP STORE (1-29-21)