Art

J-GLOBAL ID：201702231203380985   Reference number：17A0876360

Statistical Mechanical Model for pH-Induced Protein Folding: Application to Apomyoglobin

pH誘起蛋白質折畳みに関する統計力学モデル アポミオグロビンへの適用

Author (3)： MIZUKAMI Takuya (Nagoya Univ., Aichi, JPN) ,  SAKUMA Yosuke (Nagoya Univ., Aichi, JPN) ,  MAKI Kosuke (Nagoya Univ., Aichi, JPN)
Material： Journal of Physical Chemistry B  (Journal of Physical Chemistry B. Biophysical Chemistry, Biomaterials, Liquids, and Soft Matter)
Volume： 120  Issue： 34  Page： 8970-8986  Publication year： Sep. 01, 2016 
JST Material Number： W0921A  ISSN： 1520-6106  CODEN： JPCBFK  Document type： Article
Article type： 原著論文  Country of issue： United States (USA)  Language： ENGLISH (EN)

Thesaurus term： *myoglobin ,  horse ,  stability ,  *pH dependence ,  *statistical mechanics ,  model ,  biomechanics ,  *folded structure ,  protein processing ,  protonation ,  approximation method ,  stopped flow method ,  fluorometry (measurement) ,  quantitative analysis ,  Coulomb interaction ,  intermolecular interaction ,  transition state ,  crystal structure ,  Amino Acid Sequence ,  amino acid residue ,  conformational transition ,  mutual transformation ,  surface area ,  denaturation ,  intermediate ,  dynamic response ,  reaction mechanism ,  association (chemical) ,  Physeter catodon ,  helix structure ,  fitting (approximation) ,  apomyoglobin ,  Protein Stability ,  *Protein Folding ,  Intrinsically Disordered Proteins ,  nonbonded interaction ,  folding intermediate ,  Cell Physiological Phenomena ,  biomechanical model ,  Protein Refolding ,  Unfolded Protein Response
Semi thesaurus term： cell physiology ,  time window ,  biomechanical model ,  Protein Refolding ,  quantitative analysis ,  kinetic mechanism ,  conformational change ,  Unfold protein response

JST classification (1)： Molecular structure  (EB03020Y)

Terms in the title (6)： pH ,  誘起 ,  蛋白質折畳み ,  統計 ,  力学モデル ,  アポミオグロビン