The Science of Life: The Living System--a System for LivingFutura Publishing Company, 1973 - 137 páginas |
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Página 51
... brain alone has acquired a nerve cell population from ten to one hundred billion ) . From then on we have to make do with that initial endowment of brain cells for the rest of our lives . Not only that , but nerve cells keep dying right ...
... brain alone has acquired a nerve cell population from ten to one hundred billion ) . From then on we have to make do with that initial endowment of brain cells for the rest of our lives . Not only that , but nerve cells keep dying right ...
Página 86
... brain . As an insert , let me give to those unfamiliar with the tally of elementary brain constituents , the sobering summary argu- ment against any innocent notion of the brain as a micromechanical precision machine . Like all organs , the ...
... brain . As an insert , let me give to those unfamiliar with the tally of elementary brain constituents , the sobering summary argu- ment against any innocent notion of the brain as a micromechanical precision machine . Like all organs , the ...
Página 121
... brain to the growth of the mind . The multiplication of our brain cells has essentially run its course shortly after birth , although the individual neuronal units ( the individual nerve cells with their appendages and connections ) can ...
... brain to the growth of the mind . The multiplication of our brain cells has essentially run its course shortly after birth , although the individual neuronal units ( the individual nerve cells with their appendages and connections ) can ...
Índice
THE ORDER OF LIFE | 1 |
Genetic Determinism | 7 |
A Patterned Organism | 13 |
Página de créditos | |
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Términos y frases comunes
amino acid answer anthropomorphic aspect attitude basic become behavior biological body brain causality chemical kinetics choices common complex concept constituents continuum course critical cytoplasm decision degree depolarization determinacy developmental differential distinction diversity either-or embryo endowment energy entity environment epigenetic evidence evolution fact freedom functional future genes genetic code genetic determinism genic genome given growing growth hence human individual inner instance integral interactions knowledge limb bud linear living organisms living system macrodeterminacy man's matter mean mechanical ment mental mind molecules morphogenesis mosaic nature nerve cells operation overall pattern phenomena polarization political potential predictability primordial principle problem processes properties protein question reference rigid rules of order sample scientific self-differentiation sense single static stress structure symbols systems dynamics systems thinking task thinking tion tissue tive turn universe valid whole