Add to ORKGThe overall scientific goals and rationale for growing protein crystals in microgravity are discussed. Data on the growth of human serum albumin crystals which were produced during the First International Microgravity Laboratory (IML-1) are presented. Potential scientific advantages of the utilization of Space Station Freedom are discussed
Protein crystallisation experiments in reduced gravity environments have been conducted in a variety...
Protein crystallisation experiments in reduced gravity environments have been conducted in a variety...
Protein crystallisation experiments in reduced gravity environments have been conducted in a variety...
Proteins account for 50% or more of the dry weight of most living systems and play a crucial role in...
Proteins (enzymes, hormones, immunoglobulins) account for 50 pct. or more of the dry weight of most ...
Protein crystal growth is quire important for the determination of protein structures which are esse...
Protein crystal growth is quite important for the determination of protein structureswhich are essen...
Protein crystal growth experiments have been performed on 16 space shuttle missions since April, 198...
Recent advances in protein crystallography have significantly shortened the time and labor required ...
Recent advances in protein crystallography have significantly shortened the time and labor required ...
Protein crystal growth experiments have been performed by this laboratory on 18 Space Shuttle missio...
The crystals of most proteins or other biological macromolecules are poorly ordered and diffract to ...
The crystals of most proteins or other biological macromolecules are poorly ordered and diffract to ...
To evaluate the effectiveness of a microgravity environment on protein crystal growth, a system was ...
The crystals of most proteins or other biological macromolecules are poorly ordered and diffract to ...
Protein crystallisation experiments in reduced gravity environments have been conducted in a variety...
Protein crystallisation experiments in reduced gravity environments have been conducted in a variety...
Protein crystallisation experiments in reduced gravity environments have been conducted in a variety...
Proteins account for 50% or more of the dry weight of most living systems and play a crucial role in...
Proteins (enzymes, hormones, immunoglobulins) account for 50 pct. or more of the dry weight of most ...
Protein crystal growth is quire important for the determination of protein structures which are esse...
Protein crystal growth is quite important for the determination of protein structureswhich are essen...
Protein crystal growth experiments have been performed on 16 space shuttle missions since April, 198...
Recent advances in protein crystallography have significantly shortened the time and labor required ...
Recent advances in protein crystallography have significantly shortened the time and labor required ...
Protein crystal growth experiments have been performed by this laboratory on 18 Space Shuttle missio...
The crystals of most proteins or other biological macromolecules are poorly ordered and diffract to ...
The crystals of most proteins or other biological macromolecules are poorly ordered and diffract to ...
To evaluate the effectiveness of a microgravity environment on protein crystal growth, a system was ...
The crystals of most proteins or other biological macromolecules are poorly ordered and diffract to ...
Protein crystallisation experiments in reduced gravity environments have been conducted in a variety...
Protein crystallisation experiments in reduced gravity environments have been conducted in a variety...
Protein crystallisation experiments in reduced gravity environments have been conducted in a variety...