Access: Biological Crystallization

Biological Crystallization

1. Verfasser:	Morales, Jaime Gómez , [VerfasserIn] Falini, Giuseppe , [VerfasserIn] García Ruiz, Juan Manuel , [VerfasserIn]
Umfang/Format:	1 online resource (184 pages).
Schlagworte:	chitosan Csep1p bond selection during protein crystallization bioremediation education reductants heavy metals biomimetic crystallization MTT assay protein crystallization drug discovery optimization polymyxin resistance lysozyme ependymin-related protein (EPDR) equilibration between crystal bond and destructive energies barium carbonate dyes microseed matrix screening nanoapatites colistin resistance Haloalkane dehalogenase diffusion polyacrylic acid random microseeding protein 'affinity' to water insulin protein crystal nucleation agarose lithium ions ependymin (EPN) {00.1} calcite seeding Campylobacter consisus metallothioneins Crohn's disease balance between crystal bond energy and destructive surface energies color change microbially induced calcite precipitation (MICP) crystallization of macromolecules crystallization calcein MCR-1 Cry protein crystals L-tryptophan circular dichroism crystal violet nanocomposites halide-binding site calcium carbonate PCDA ultrasonic irradiation adsorption biochemical aspects of the protein crystal nucleation GTL-16 cells proteinase k neutron protein crystallography classical and two-step crystal nucleation mechanisms thermodynamic and energetic approach heavy metal contamination N-acetyl-D-glucosamine crystallization in solution flow solubility biomorphs droplet array biomimetic materials ferritin biomineralization wastewater treatment H3O+ silica graphene supersaturation dependence of the crystal nucleus size pyrrole micro-crystals nucleation crystallography mammalian ependymin-related protein (MERP) high-throughput vaterite transformation gradients materials science bioprecipitation biomedicine human carbonic anhydrase IX protein crystal nucleation in pores growth crystal growth
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Zugang:	Open Access
Benutzungs- und Reproduktionsbedingungen:	Creative Commons
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