| 
Frontal
  lobe-controls emotions, judgments, controls motor aspects of speech, | 
| 
primary motor cortex for voluntary muscle activation | 
| 
Parietal lobe-receives fibers with sensory information
  about touch, | 
| 
proprioception, temperature, and pain from the other
  side of the body | 
| 
Temporal lobe-responsible for auditory information,
  and language | 
| 
comprehension | 
| 
Occipital lobe- center for visual information | 
| 
Cerebellum- coordination of muscle function | 
| 
Brainstem - (midbrain, pons, and medulla)-respiratory
  and cardiac center, nerve | 
| 
pathways to the brain | 
| 
Diencephalon – (thalamus, subthalamus, and
  hypothalamus) | 
| 
Thalamus – Integrate and relay sensory information
  from the face, retina, | 
| 
cochlea, and taste receptors. (Interprets sensation of
  touch, pain and | 
| 
temperature). | 
| 
Hypothalamus | 
| 
1.  Controls
  the autonomic nervous system and the neuroendocrine systems. | 
| 
2.  Maintains
  body homeostasis | 
| 
3.  Helps
  regulate body temperature | 
| 
4.  Helps
  regulate appetite control | 
| 
5. Thirst Center | 
| 
6. Sleeping Cycle | 
| 
7.  Control of
  Hormone secretion | 
| 
Glascow Coma Scale | 
| 
+Eye Opening | 
| 
+Best Motor Response | 
| 
+Best Verbal Response | 
| 
Total (3-15 Score Range) A score of 1 in each category
  indicates no | 
| 
performance of skill. | 
| 
Autonomic Nervous System | 
| 
Sympathetic (Fight or Flight): | 
| 
1. Dilated pupils | 
| 
2.  Elevates
  heart rate and respiratory rate | 
| 
3. Sweating | 
| 
4.  Epinephrine
  and norepinephrine secreted | 
| 
5.  Increased
  blood pressure | 
| 
6. 
  Constriction of skin and abdominal arterioles | 
| 
Parasympathetic: | 
| 
1. Constricted pupils | 
| 
2.  Lowers
  heart rate and respiratory rate | 
| 
3. Increased peristalsis | 
| 
4. Acetylcholine secreted | 
| 
5.  Decreases
  blood pressure | 
| 
6.  Relaxation
  of skin and abdominal arterioles | 
| 
Cranial Nerves | 
| 
I-Olfactory-Smell | 
| 
II-Optic-Vision acuity | 
| 
III-Oculomotor – Eye function | 
| 
IV-Trochlear – Eye function | 
| 
V-Trigeminal – Sensory of the face,chewing | 
| 
VI-Abducens – Eye function | 
| 
VII-Facial – Facial expression, wrinkle forehead,
  taste anterior tongue | 
| 
VIII-Vestibulocochlear – Auditory acuity, balance and
  postural responses | 
| 
IX-Glossopharyngeal – taste on posterior 33% of the
  scale | 
| 
X-Vagus – Cardiac, respiratory reflexes | 
| 
XI-Spinal Accessory - Strength of trapezius and
  Sternocleidomastoid muscles | 
| 
XII-Hypoglossal – Motor function of the tongue | 
| 
Decorticate vs. Decerebrate Rigidity | 
| 
Decorticate posturing-Upper limbs in flexion and the
  lower limbs in extension | 
| 
Decerebrate posturing- Increased tone with all limbs
  in a position of extension | 
| 
Key Terms | 
| 
Apraxia-Inability to perform purposeful movements | 
| 
Agnosia-Inability to recognize familiar objects by the
  various senses | 
| 
Spasticity-increased tone, hyperactive reflexes,
  clonus,+Babinski | 
| 
Ataxia-general term used to describe uncoordinated
  movement; may influence | 
| 
gait, posture, and patterns of movements | 
| 
Chorea-involuntary, rapid, irregular, jerky movements,
  clinical feature of | 
| 
Huntington disease | 
| 
Flaccidity-absent tone | 
| 
Hypotonia-decreased tone | 
| 
Expressive Aphasia- inability to speak or difficulty
  speaking | 
| 
Receptive Aphasia-inability to understand verbal
  speech, inability to receive | 
| 
information | 

 
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