Basic construction of the functional system in a protein : III. Information transfer in a closed circuit
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概要
- 論文の詳細を見る
From sites B and E in the DEV model, a closed circuit can be made in which the active sites of trypsin are found. In the presence of a substrate, the hydrophobic amino acid sequence near to the cleavage site of the substrate enters into the trypsin closed circuit. This closed circuit is considered to be a channel for information transfer. Information transfer can start from anywhere in the molecule and enters into the closed circuit. The mode of transfer is unique to biological catalysis, in contrast to chemical catalysis which operates by a one way transfer of information.
- 日本学士院の論文
著者
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KIHO Yukio
Ishihara Sangyo Kaisha, Ltd.
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PALMER Christopher
Ishihara Sangyo Kaisha, Ltd.
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IWAI Tsuruji
Kansai Medical University
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MORI Hiroyuki
Ishihara Sangyo Kaisha, Ltd.
関連論文
- Basic construction of the functional system in a protein : I. Functional system of modified trypsin (m-trypsin)
- Functional Word in Protein : VI. Recognition
- Functional Word in a Protein : V. Comparative Linguistics
- Blobogical information transfer in a protein : II. Protein-protein interaction
- Biological information transfer in a protein : I. Closed circuit
- Basic construction of the functional system in a protein : III. Information transfer in a closed circuit
- Dynamic aspects of protein function : III. Comparison of homologous proteins isolated from various species
- Dynamic aspects of protein function : I. Rationale of mathematical approach
- Application of the Jellyfish Model : II. Higher Dimensional Structure of Trypsin
- Application of the Jellyfish Model : I. Virulency of Some Mammalian Viruses
- Basic construction of the functional system in a protein : II. Functional system of chymotrypsin
- Functional Word in a protein : IV. Alphabet
- Dynamic aspects of protein function : II. Metastable functional system of trypsin
- Functional Word in a Protein. III. Syntax and Energetics.:III. Syntax and Energetics
- A Simple Way to Identify Functional Sites in Protein III. Application of DEV Analysis to Proteins Other than Trypsin.:III. Application of DEV Analysis to Proteins Other than Trypsin
- Functional Word in a Protein. II. Repeating Words.:II. Repeating Words
- Functional Word in a Protein. I. Overlapping Words.:I. Overlapping Words
- A Simple Way to Identify Functional Sites in Protein. IV. Active Sites of Trypsin.:IV. Active Sites of Trypsin