From statistical mechanics to molecular biology Richard GordonYi-der Chen Announcement Pages: i - iii
On the Green’s function for a one-dimensional random walk Robert M. Mazo OriginalPaper Pages: 19 - 24
Personal reflections on the nature of intelligence in humans and machines George M. White OriginalPaper Pages: 25 - 33
Some thoughts on the partitioning of tubulin between monomer and polymer under conditions of dynamic instability T. J. MitchisonM. W. Kirschner OriginalPaper Pages: 35 - 55
Interaction of planar double layers in the modified Gouy-Chapman approximation R. B. McBroomD. A. McQuarrie OriginalPaper Pages: 65 - 75
The effect of inactivation of calcium channels by intracellular Ca2+ ions in the bursting pancreatic β-cells Teresa Ree Chay OriginalPaper Pages: 77 - 90
The aggregation of reverse micelles Anna C. BalazsFrank E. KaraszWilliam J. MacKnight OriginalPaper Pages: 91 - 97
Correlations in one-dimensional fully developed chaos Takashi TsuchiyaAtsushi IchimuraYoshinori Nagai OriginalPaper Pages: 109 - 122
On the analysis of substrate cycles in large metabolic systems J. LeiserJ. J. Blum OriginalPaper Pages: 123 - 138
Donnan membrane equilibrium, sedimentation equilibrium, and coil expansion of DNA in salt solutions Dirk Stigter OriginalPaper Pages: 139 - 158
Steady-state kinetic approaches to complex biological systems Ali NaquiBritton Chance OriginalPaper Pages: 159 - 176
The cytoskeletal mechanics of brain morphogenesis Richard GordonG. Wayne Brodland OriginalPaper Pages: 177 - 238
Thermodynamics of the control of metabolism Hans V. WesterhoffPeter J. A. M. PlompRonald J. A. Wanders OriginalPaper Pages: 239 - 267
The mutual binding exclusion mechanism in active transport across biological membranes Giuseppe Inesi OriginalPaper Pages: 269 - 277
Distribution of effective field in the ising spin glass of the ±J model atT=0 S. KatsuraW. FukudaR. Gebauer OriginalPaper Pages: 309 - 319
Statistical mechanics of DNA and protein suitable for computer calculation Nobuhiko Saitô OriginalPaper Pages: 321 - 329
Nonequilibrium chemical potentials and free energies for enzyme-catalyzed reactions Joel Keizer OriginalPaper Pages: 331 - 344
