… crystals. Designed factorial experiments and quantitative analysis of variations in crystal
growth … The elements of experimental design and analysis described here are summarized in …

… protein are acceptable conditions for protein crystal growth. Usually the protein solubility is
minimal at the protein’s … The mosaicity of a crystal is quantified by the measurement of rocking …

… We show tha-t quantitative analysis of replicated, full-factorial crystal growth experiments
and, by implication, similar studies of a wide variety of other phenomena, can be a powerful tool …

… systematic and quantitative study of the nucleation and growth mechanism of DNA crystals by
… Once these growth behaviors are well established, they will serve as an important guide in …

… of protein crystal growers, evidencedby therapidly ing between 20 and 35 experiments to
screen conditions for growing crystals of … we use more serious qualitative defect is its inability to …

… its great advantages in crystal growth from solution studies of … quantitative assessment of
various surface features on the … that crystallization trials to find optimal protein crystal growth …

… lattice is measured by the kinetic coefficient and is related to the observed crystal growth rate…
This has made it impossible, thus far, to quantitatively predict crystallization conditions for a …

… The study of crystalline polymorphisms is a potentially … the quantitative analysis necessary
to realize this goal [18]. In this work, we have used the same quantitative methods to study a …

… analysis. Therefore, it is important to determine whether the crystal quality of a protein crystal
under analysis … structures of protein molecules for X-ray structural analyses. We show that X-…

… the local crystal structure via femtosecond laser ablation. We demonstrate that protein
crystals with … To quantitatively evaluate such anisotropic crystal growth via laser ablation, the …