The Net Advance of Physics:
PROTEINS

PROTEINS:

• General:
  • What is Life? Sub-cellular Physics of Live Matter by Antti J. Niemi [2014/12] Les Houches 2014.
  • Protein preliminaries and structure prediction fundamentals for computer scientists by Mahmood A. Rashid et al. [2015/10]
  • Proteins: The Physics of Amorphous Evolving Matter by Jean-Pierre Eckmann et al. [2019/07]

• Type: INTRINSICALLY DISORDERED:
  • Current topics, methods, and challenges in the modelling of intrinsically disordered proteins by R. Xian and S. Rauscher [2022/11]

• Processes: ASSEMBLY:
  • The Physics of Protein Self-Assembly by Jennifer J. McManus et al. [2016/02]

• Processes: FOLDING: Thirumalai and Klimov 2001/01;
  • Introduction to protein folding for physicists by Pablo Echenique [2007/05] 53 pp.
  • Theoretical Perspectives on Protein Folding by D. Thirumalai et al. [Annual Review of Biophysics 39, 159 (2010)]
  • Euclidean distance geometry and applications by Leo Liberti et al. [2012/05]

• Processes: FOLDING: DESIGNABILITY: Wingreen et al. 2003/03;

• Processes: FOLDING: LATTICE MODELS: Thirumalai and Klimov 2001/01;
  • Knotted Proteins: Tie Etiquette in Structural Biology by Ana Nunes and Patricia F. N. Faísca [2019/06]

• Processes: FOLDING: RANDOM HETEROPOLYMER MODELS: Thirumalai and Klimov 2001/01;

• Processes: PATTERN FORMATION:
  • Protein Pattern Formation by Erwin Frey et al. [2018/01]

• Processes: PERTURBATION WAVES:
  • Perturbation waves in proteins and protein networks: Applications of percolation and game theories in signaling and drug design by Miklos A. Antal et al. [2008/02]

• Processes: TRANSPORT:
  • Mapping energy transport networks in proteins by David M. Leitner and Takahisa Yamato [2018/05]

• Aspects: ELECTRONICS:
  • Protein bioelectronics: a review of what we do and do not know by Christopher D. Bostick et al. [2017/02] 150 pp.

• Aspects: SELF-ORGANISATION:
  • Self-organisation of protein patterns by E. Frey and F. Brauns [2020/12]

• Re: ADSORPTION: Privman 93/12;

• Re: GAME THEORY:
  • Perturbation waves in proteins and protein networks: Applications of percolation and game theories in signaling and drug design by Miklos A. Antal et al. [2008/02]

• Re: PERCOLATION:
  • Perturbation waves in proteins and protein networks: Applications of percolation and game theories in signaling and drug design by Miklos A. Antal et al. [2008/02]

THE NET ADVANCE OF PHYSICS