Obtaining single crystals for X-ray diffraction remains a major bottleneck in structural … crystal
growth methods fail to yield suitable crystals, often the target rather than the crystallization …

… We crystal growth aficionados, however, are at this point mostly excited by the fact that …
large size of growth units, allow one to more readily study crystal growth mechanisms than most …

… Both situations are relevant for quantitative crystal growth research based on experimentally
determined kinetic coefficients. In general, AFM data correspond better to situations were …

… of crystal growth in real time. The aim of this work is to shed light on the processes of
nucleation and crystal growth starting from a LB-protein film by semi-quantitatively analyzing …

… crystal growth; the second describes a hanging drop evaporation configuration used for protein
crystallization. … the qualitative character of protein profiles in tion is ideal and using Raoult’…

… In this work, the chemical potential of protein in solution is estimated from a virial expansion
in protein concentration. The thermodynamic driving force for the crystallization of hen egg …

… In total, 670 different crystallization experiments were performed using several … crystallization
methods and were intended to provide a quantitative benchmark for protein crystal growth …

… technique to study protein adsorption, protein crystal growth, … a key factor for the study of
biological systems in comparison … of the crystal structure and the qualitative description of the …

… experiments outlining a physical basis of protein crystal growth in presence of homologous
protein nanotemplate. Considering that all proteins, including those so far not crystallized as …

… By observing the crystal growth of orthorhombic lysozyme at 350C, and by combining the …
that the kinetics of protein crystal nucleation and growth can be understood quantitatively by a …