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| This is a comprehensive bibliography (under construction) of primary and secondary sources on the neutral theory of molecular evolution. It currently covers the period 1973-2001. |
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Author :
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Morimoto, H.
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Year :
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1996
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Title :
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A diffusion model for the evolution of metalloporphyrin
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Journal :
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Journal of Mathematical Biology
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Volume :
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34
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Issue :
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7
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Pages :
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689-706
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Date :
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Aug
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Short Title :
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A diffusion model for the evolution of metalloporphyrin
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Alternate Journal :
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J. Math. Biol.
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Custom 2 :
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ISI:A1996VC87800001
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Abstract :
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We give a mathematical model of the evolution of enzymes, the molecular structure of which is like metalloporphyrins or chlorophylls. We show, for this model, that even a small amount of these enzymes at the first stage is sufficient to increase and dominate the majority in a cell (like phenomena of gene fixation). For this purpose we use Kimura's equation, which has been explored for the study of evolution of genetics and has been known as a neutral theory of molecular evolution. Our model is a non-linear, non-equilibrium and non-closed (open to the external world) model.
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Notes :
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Times Cited: 1
VC878
J MATH BIOL
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| | -- contributed by John Beatty, March 29, 2002 |
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