A. Neuronal inhibition
B. Neuronal activation
C. Glial cell inhibition
D. Glial cell activation
A. Motor areas of cerebral cortex
B. Anterior hypothalamus
C. Pathways for recurrent collateral inhibition in the sal cord
D. Basal ganglia complex
A. The romberg’s sign is positive
B. There is adiodokokinesia
C. There is pendular knee jerk
D. There is involuntary termor
A. Touch
B. Vibration sense
C. Muscle sense
D. Temperature
A. Schwan cell mitosis
B. Axonal sprouting
C. Myelin sheath degeneration
D. Nuclear disintegration
A. Nuclear bag intrafusal fibers
B. Nuclear chain
C. Golgi tendon organ
D. Pacinium corpuscles
A. Postural position
B. Covering of the body
C. Peripheral vasoconstriction
D. all of the above
A. Disintegrating of Nucleus
B. Disintegration of golgi apparatus
C. Disappearance of nissel granules
D. Decrease in cell size
A. Schwann cells
B. Astrocytes
C. Oligodendrocytes
D. Microglia
A. Cerebrum
B. Medulla oblongata
C. Hypothalamus
D. Cerebellum