Developing molecular description of structural, mechanical, dynamic and energetic induced motions.
Each data record represents a molecular description of the relative abundance taxonomic profile of the microbial assemblage at a particular site, depth and time.
Previous molecular description of the mammalian timekeeping mechanism was based mainly on transcriptional/translational feedback loops (TTFLs).
The field of hypermutation is crowded with experiments and models but a precise molecular description of the process is due.
Recently drug discovery programs have refocused on the need for a fuller structural and molecular description of the target molecule.
This molecular description of IFN binding should be invaluable for study and design of IFN-based biomedical agents.
Using a ribosomal profiling approach, we present a comprehensive molecular description of brown and beige gene expression from multiple fat depots in vivo.
However, molecular description of the pathway in plants began only in the 1990s after the genes for the carotenogenic enzymes were cloned.
A molecular description of aminoacylation requires knowledge of the relevant three-dimensional structures, biochemical parameters and the structure-function relationship of the synthetase and its substrate tRNA.
A molecular description of the effect of incorporation of cholesterol (CHOL, 7-dehydrocholesteroll (7DHC) and ergosterol (ERGO) on the structure of DPPC or EggPC liposomes is provided.
Includes topics in statistical mechanics, molecular description of gases and liquids, property estimation, description of equilibrium and dynamic properties of fluids from molecular principles, and kinetics of activated processes.
