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Applying genetic algorithms to the study of protein mutation theory 被引量:1

Applying genetic algorithms to the study of protein mutation theory
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摘要 Genetic algorithms were applied to the study of simulation of protein mutation carried out on two_dimensional lattice model; to the study of effects of single mutation and double mutation on protein folding and protein structure stability. It is found that in two_dimensional lattice models, replacement of inner core hydrophobic residue by hydrophilic residue will result in reduction of protein stability; at the same time the number of residues of protein surface relatively grows with increase of protein chain length; and most mutations occur in residues of protein surface, these mutations are all neutral and have no effects on protein natural structure. The two mutations of double mutation are interactive and related to each other. Genetic algorithms were applied to the study of simulation of protein mutation carried out on two-dimensional lattice model; to the study of effects of single mutation and double mutation on protein folding and protein structure stability. It is found that in two-dimensional lattice models, replacement of inner core hydrophobic residue by hydrophilic residue will result in reduction of protein stability; at the same time the number of residues of protein surface relatively grows with increase of protein chain length; and most mutations occur in residues of protein surface, these mutations are all neutral and have no effects on protein natural structure. The two mutations of double mutation are interactive and related to each other.
机构地区 Tsing Hua Univ
出处 《Chinese Science Bulletin》 SCIE EI CAS 1998年第23期1977-1982,共6页
基金 ThisworkwassupportedbytheNationalNaturalScienceFoundationofChina (GrantNo .396 70 189)
关键词 GENETIC algorithm two_dimensional LATTICE model SINGLE MUTATION DOUBLE mutation. genetic algorithm two-dimensional lattice model single mutation double mutation
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