Titlebook: Nonlinear Excitations in Biomolecules; Les Houches School, M. Peyrard Conference proceedings 1995 Springer-Verlag Berlin Heidelberg 1995 D

abject

A. E. Garcíarrigation, have destroyed the Aral Sea. The team explains how spheres and events interact and the related problems. Part 2 examines the social consequences of the ecological catastrophe and the affect of the Aral Sea desiccation on cultural and economic conditions of near Aral region. Part 3 explore

stress-response

M. Barthesrrigation, have destroyed the Aral Sea. The team explains how spheres and events interact and the related problems. Part 2 examines the social consequences of the ecological catastrophe and the affect of the Aral Sea desiccation on cultural and economic conditions of near Aral region. Part 3 explore

FEAT

秘密會議

H. Grubmüller,N. Ehrenhofer,P. TavanSea.Highly regarded lead Editor, Dr Philip Micklin has writtThe book is structured into six core parts. The first part sets the scene and explains how the use of Aral basin water resources, primarily used for irrigation, have destroyed the Aral Sea. The team explains how spheres and events interact

CESS

The intersection of nonlinear science, molecular biology, and condensed matter physics. Viewpointsientific meeting; rather than focusing on a specific well developed topic or problems, the purpose here was to bring together scientists in three cultures — Molecular Biology, Condensed Matter Physics, and Nonlinear Science — as a first step toward addressing the question whether there are problems

Aviary

廢墟

Selected topics in molecular biology, in need of “hard” sciencesetting their life-span, is DNA (.eoxyribo.ucleic .cid). Before reviewing how this information is organized, derived and expressed, we will first sketch the basic features of DNA: its chemical composition, its structures and structural flexibility, and the cooperativities which exist inside this mac

LAP

Modelling the DNA double helix: techniques and resultsat an atomic level, analytical models must. generally be replaced by numerical models and quantum mechanics by classical mechanics. The size of macro molecules, their number of degrees of freedom and the extent of the conformational space they can occupy pushes us to and beyond the limits of current

Water-Brash

declamation