The elucidation of the three dimensional structure of biological macromolecules has
provided an important contribution to our current understanding of many basic mechanisms …

Accumulated experience during the last years on counterdiffusion crystallization methods
shows that they are a convenient and generally applicable way of optimizing solution crystal …

Density difference fluid flows and sedimentation of growing crystals are greatly reduced
when crystallization takes place in a reduced gravity environment. In the case of …

Proteins are the most important biological macromolecules, and are involved in almost all
aspects of life. Therefore, the study of the structure of proteins is of great practical and …

In 2005 we reviewed microgravity for macromolecular crystallization, four years after the final
flight of the Space Shuttle Orbiter, and five years before the first commercial flight to the …

Medium-sized single crystals with perfect habits and no defect producing intense and well-
resolved diffraction patterns are the dream of every protein crystallographer. Crystals of …

During the last century, the presence of icy particles throughout the universe has been
confirmed by numerous ground and space based observations. Ultrathin icy layers are …

Herein, we report the study of the electrodeposition of copper oxides mainly Cuprite (Cu 2
O), paramelaconite Cu 4 O 3 and tenorite (CuO) from a slightly acidic Cu (II) acetate solution …

In this paper, we present a summary on how to obtain protein crystals from which better
diffraction images can be produced. In particular, we describe, in detail, quality evaluation of …

The physicochemical aspects of protein crystallization in reduced-gravity environments (µg)
have been investigated with the Advanced Protein Crystallization Facility during six space …