The main evidence that release from inhibition is a mechanism of neural reorganization after brain damage is that reorganization
A) can occur very quickly.
B) occurs in only inhibitory structures.
C) is particularly prevalent in the cortex.
D) all of the above
E) both B and C
Question 2
Reorganization of neural circuits after damage to the mammalian brain is thought to occur largely through the
A) accurate regeneration of the damaged neurons.
B) strengthening of existing connections by release from inhibition.
C) establishment of new connections by collateral sprouting.
D) all of the above
E) both B and C
Structure of cellulose, the main macromolecule of the primary cell wall
Hypnotic mechanism
The Blood–Brain Barrier
Negative feedback mechanism.
Maturation of a follicle and release of egg.
Main lymph nodes of the leg