The Net Advance of Physics: BIOPHYSICS

BIOLOGICAL PHYSICS:

• Type: BIOMECHANICS:
  • Finite Element Analysis in Biology Homepage of Biomesh.Org
  • Water Movement in Vascular Plants: A Primer by Sanjay P. Sane and Amit K. Singh [Journal of the Indian Institute of Science 91, 233 (2011)]

• Type: COMPUTATIONAL:
  • Computational Models For Epilepsy by Roxana A. Stephanescu et al. [2012/01]
  • An Introduction to RNA Databases by Marc P. Hoeppner et al. [2012/06]

• Type: EPIDEMIOLOGY: Bagnoli 98/10;
• Type: OPTHAMOLOGY: Re: LASERS: Introductory: Conlan 98;
• Aspects: AMPHIPHILIC MEMBRANES; BIOLOGICAL NETWORKS; BIOPOLYMERS; CHROMATIN; IMMUNE NETWORKS; NEURAL NETS;

• Aspects: CELLS:
  • Cell biology: Networks, regulation, pathways by Gasper Tkacik and William Bialek [2007/12]

• Aspects: CHIRALITY:
  • Recent Progress in Chirality Research Using Circularly Polarized Light by Tsubasa Fukue [2010/09]

• Aspects: DNA and RNA MOLECULES (& CELL NUCLEUS):
  • Single DNA conformations and biological function by Ralf Metzler et al. [2006/09]
  • Physical descriptions of the bacterial nucleoid at large scales, and their biological implications by Vincenzo G. Benza et al. [2012/04]
  • An Introduction to RNA Databases by Marc P. Hoeppner et al. [2012/06]

• Aspects: ELECTROCARDIOGRAPHY:
  • ECG Feature Extraction Techniques - A Survey Approach by S. Karpagachelvi et al. [Int'l J. Comp. Sci. & Info. Sec'ty. 8, (2010)]

• Aspects: ION CHANNELS:
  • Computing the Field in Proteins and Channels by Bob Eisenberg [J. Membrane Biol. 150, 1 (1996)]
  • Crowded Charges in Ion Channels by Bob Eisenberg [2010/09]
  • Ion Channels, Natural Nanovalves by Bob Eisenberg [2012/06]

• Aspects: MONTE CARLO METHODS:
  • Markov-Chain Monte Carlo Methods for Simulations of Biomolecules by Bernd A. Berg [Springer Lecture Notes in Physics 736, 319 (2008)]

• Aspects: NEURONS:
  • A primer on information theory, with applications to neuroscience by Felix Effenberger [2013/04]

• Aspects: SEQUENCING: Speed 2003/04;
  • Physical approaches to DNA sequencing and detection by Michael Zwolak and Massimiliano Di Ventra [2007/08]

• Aspects: SIMULATIONS: Rodriguez 2006/06;

• Aspects: SINGLE-MOLECULE EXPERIMENTS:
  • Single-molecule experiments in biological physics: methods and applications by Felix Ritort [J. Phys. C 18, R531 (2006)]
  • The Physics of Life: one molecule at a time by Mark C. Leake [2012/11]

• Aspects: SOFT MATERIALS:
  • Effective Interactions in Soft Materials by Alan R. Denton [2007/11]
  • Stochastic thermodynamics, fluctuation theorems, and molecular machines by Udo Seifert [2012/05]

• Re: CELLULAR AUTOMATA: Bagnoli 98/10;
• Re: COMPLEXITY: Parisi 94/12;
• Re: HELICES: Cahill 2005/02;

• Re: NOISE:
  • The chaos within: exploring noise in cellular biology by Iain G. Johnston [Significance 9, 17 (2012)]

• Re: STATISTICAL MECHANICS:
  • A First Exposure to Statistical Mechanics for Life Scientists by Hernan G. Garcia et al. [2007/08]
  • Non-equilibrium statistical mechanics: From a paradigmatic model to biological transport by T. Chou et al. [2011/10]
  • Stochastic thermodynamics, fluctuation theorems, and molecular machines by Udo Seifert [2012/05]

• Re: TURBULENCE: Ross 95+;

THE NET ADVANCE OF PHYSICS