Nature, Volume 420 |
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By mid - 1990 , it became clear that the distribution of protein architectures of the respective domains are ... Often , the basic physicochemical interactions and observed distributions of families among folds to extrapolate the the ...
By mid - 1990 , it became clear that the distribution of protein architectures of the respective domains are ... Often , the basic physicochemical interactions and observed distributions of families among folds to extrapolate the the ...
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Interestingly , the simulated designability distributions 1,000 analysed by Wingreen and colleagues 35.56 appear to ... of the size distribution of protein domain families proliferation of domains in protein evolution . in genomes . a ...
Interestingly , the simulated designability distributions 1,000 analysed by Wingreen and colleagues 35.56 appear to ... of the size distribution of protein domain families proliferation of domains in protein evolution . in genomes . a ...
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The stochastic distribution was generated heads , and subtracted all of them from the testes EST profile by producing 1,661 random , non - repetitive numbers in the range of Fig . 1b ) . Out of the 4,271 testes - expressed genes , about ...
The stochastic distribution was generated heads , and subtracted all of them from the testes EST profile by producing 1,661 random , non - repetitive numbers in the range of Fig . 1b ) . Out of the 4,271 testes - expressed genes , about ...
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Bibliographic information
| Title | Nature, Volume 420 |
| Editor | Sir Norman Lockyer |
| Publisher | Macmillan Journals Limited, 2002 |
| Original from | University of Illinois at Urbana-Champaign |
| Digitized | 30 Mar 2018 |
| Export Citation | BiBTeX EndNote RefMan |