## Biological Physics: 3rd Mexican Meeting on Mathematical and Experimental PhysicsLeonardo Dagdug, Leopoldo Gracía-Colín Scherer The Third Mexican Meeting on Mathematical and Experimental Physics brought together scientists from many different fields. The Meeting was divided into three Symposia: (i) Physical Chemistry, (ii) Biological Physics, (iii) Gravitation and Cosmology. These proceedings presents the papers of the Biological Physics Symposium. The main objective of the symposium was to open new lines of research for young scientists and promising graduate students interested on Biophysics. Topics discussed included biological physics, Ions and membranes, DNA, proteins and macro systems. |

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### Contents

Diffusioncontrolled Reaction with a Spot on the Side Wall of | 11 |

Nonlinear Analysis of Time Series in Genomewide Linkage | 34 |

Theoretical Basis for the MarmurDoty Relation | 57 |

Copyright | |

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activity AFIB alleles bigeminy binding affinity Biol Biological Physics Biophys cardiac catalytic cerebral channel Chem Chromosome complex computed configuration correlation dimension Dagdug denaturation density Detrended Fluctuations Analysis diffusion dynamics EF-G enzyme equation equilibrium FIGURE firing rate fractal dimensions frameshifting free energy frequency function genetic genomic given glass transition Gomez-Puyou h of reperfusion haplotype herbivores increase infarct area information dimension input interaction intra-beat ischemia Laplace transform LD patterns Lett ligand linkage disequilibrium loop Meeting on Mathematical Mexican Meeting Mexico monomer monomeric intermediate monoTcTIM mRNA mutations neural neurons nm/ps non-equilibrium nonlinear observed obtained one-dimensional description optical tweezers parameters particle Perez-Montfort perfectly absorbing Phys pollinator poly(U population population densities protein protein-ligand radius rate coefficient ribosome scaling exponent sequence shows spatial statistical stimulus structure studies TbTIM TcTIM temperature thermodynamic tRNA unbinding simulations unfolding values ventricular