Functional Chemistry of the Brain |
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Page 53
... animal . Since DNA in non - dividing cells is not renewed , neuronal DNA molecules must be remarkably stable , especially in long- lived animals . In view of this longevity it is likely that DNA repair mech- anisms operate in neurons ...
... animal . Since DNA in non - dividing cells is not renewed , neuronal DNA molecules must be remarkably stable , especially in long- lived animals . In view of this longevity it is likely that DNA repair mech- anisms operate in neurons ...
Page 214
... animals and thus can- not be attributed to adrenal steroids . It was also produced by ACTH4-10 , a heptapeptide ... animals ( see also p . 218 ) . MSH is released by newts and many other animals , including rodents , in response to ...
... animals and thus can- not be attributed to adrenal steroids . It was also produced by ACTH4-10 , a heptapeptide ... animals ( see also p . 218 ) . MSH is released by newts and many other animals , including rodents , in response to ...
Page 218
... animals in a cage , with many toys and ample exposure to visual , auditory and social stimulation . Deprived or impoverished animals are kept either alone or in pairs in dark , otherwise empty cages , in quiet settings . It is presumed ...
... animals in a cage , with many toys and ample exposure to visual , auditory and social stimulation . Deprived or impoverished animals are kept either alone or in pairs in dark , otherwise empty cages , in quiet settings . It is presumed ...
Contents
Anatomical Features of the Brain | 1 |
The Basic Biochemistry of the Brain | 23 |
Genetic Expression in the Brain | 51 |
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acetylcholine action activity amino acids amount animals appears areas associated axon axoplasmic behavioral binding biochemical blocks blood brain catecholamines cause cell body cerebral changes chemical compounds concentration contain cyclic AMP cytoplasm decrease dendrites detected drugs effect electrical enzyme evidence exist experiments factors Figure fraction function GABA ganglion gangliosides genetic glial glucose glutamate glycoproteins half-life hormone important incorporation increase inhibits involved isolated known learning levels lipid mechanism membrane memory metabolism molecules muscle myelin nature nerve nerve cell nervous system neurons neurotransmitter normal nucleotides nucleus observed occur pathways percent phosphate plasma possible postsynaptic potential precursor present Press presynaptic probably processes produced protein protein synthesis radioactive recently receptors regions release requires response ribosomes role shown similar sleep specific stimulation structure studies substances suggested synaptic synaptosomes synthesis terminals tion tissue transfer transport types vesicles visual York