The master gland of the endocrine system is the:
A. thyroid gland B. Pancreas C. adrenal gland D. pituitary gland
A. thyroid gland B. Pancreas C. adrenal gland D. pituitary gland
A. damage to glia cells B. degeneration of neurons that use dopamine as a neurotransmitter C. overgeneration of dopamine of a neurotransmitter D. agonistic chemical action on the receptor sites of the cerebrum
A. plasticity B. lateralization C. tomography D. aphasia
A. become sexually preoccupied B. lapse into a coma C. become violently aggressive D. cower in fear
A. cerebellum B. autonomic nervous system C. thalamus D. association areas
A. 46 genes B. 46 pair of genes C. 23 genes D. 23 chromosomes
A. biogenic amines B. acetylcholine C. endorphins D. serotonins
A. synapses, cell bodies B. Dendrites, axon buttons C. Axon buttons dendrites D. Axon; cell bodies
A. form a protective coating over nerve axons B. affect the speed nerve impulses C. block the reception of acetylcholine D. aid a nerve’s receptivity to neurotransmitters by increasing the number of receptor sites available
A. Axon B. Myelin C. Blastula D. Soma