Humans to Proteins
This volume presents a range of selected examples of applications of computation and computers in widely diverse and complementary areas of medicine and anatomy, neurophysiology, biochemistry, molecular biology and bioinformatics from leading experts in computer modelling. We see how a fundamental physical description, common mathematical formalism, computing methods, modelling and simulation techniques, and computer visualization help advance our knowledge of living forms through the use of powerful computers and computational methods.
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Computeraided diagnosis from medical images using anatomical models
Largescale computational simulation of cortexlike systems using a Cray
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3D structure activity alignment amino acids analysis anatomical atoms average B-factors backbone behaviour bilayer binding motifs binding peptides bioinformatics bioinformatics resources calculated cells chain cognitive science complex correlation cortex cortex-like cortical cortico-cortical couplings cross-correlation cryosection database digital computers DMPC domain dot-plot driven sites dynamical systems ECoG enzyme equations excitatory experimental Figure fold function gamma band gramicidin graph input interactions intracortical Journal of Molecular lipid long-term potentiation matrix MD simulations Medical Imaging membrane methods MHC molecules Molecular Biology molecular dynamics molecular dynamics simulation networks neural neurons order parameters peptides potential processes properties protein fold protein kinase protein structure proton pulse density quantitative regions residues rmsd RNase RNase H sasuodsaj sequence similar sjgjg SmpuaasB solid state NMR spectral substrate suojnau Ajosuas synaptic synchrony uiojj unit volumes values variables Visible Human Male X-ray structure