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Therefore, the performance of MeanSim in separating active and inactive molecules (the primary focus of this study) is exactly identical to the Shoichet algorithm.
The incident photons are absorbed by light-harvesting complexes, which funnel the excitation energy into reaction centre (RC) protein complexes containing redox-active chlorophyll molecules; the primary charge separations in the RCs are followed by vectorial transport of charges (electrons and protons) in the photosynthetic membrane.
The central role of ceramides in sphingolipid metabolism made these molecules the primary target for initial characterization; as once their respective masses could be defined, the blueprint for characterizing the other metabolites was available.
The PscA protein carries the primary donor P840 (a special pair of BChl a molecules), the primary electron acceptor A0 (Chl a 670), a possible secondary electron acceptor A1 (menaquinone), and Fe S center X (FX).
(1275) Among the up to 11 binding sites for fatty acids, 1276) there are at least 3 high-affinity sites for small molecules: the primary hemin site in domain 1,(1277) the primary warfarin site (drug site I) in domain 2A, and the primary diazepam site (drug site II) in domain 3A.
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The mouse IA-g7 molecule is structurally similar to the human HLA class II DQ8 molecule, the primary genetic determinant for T1D; thus, the implications of this work are far-reaching for the development of antigen-specific therapies, a concept he had remarkably envisioned in his seminal article from 1986 (41).
For vROCS screening we used the 5000 molecules as the primary dataset and screened the dataset using the Glide XP docked pose of compound VIII.
Previous work [28, 29] has shown that including the H2O molecules in the primary solvation shell of UO22+ is important for obtaining accurate structures, vibrational frequencies and energetics.
Explicitly accounting for the physical and chemical structure of the adsorbate molecules is the primary improvement over conventional lattice-gas theories.
The earlier rise in sulphate reduction rates was probably due to consumption of frequently available simpler molecules in the primary stages of incubation.
The nuclei are likely to be pre-existing high molecular weight PC chains and are formed by the special interaction between PC molecules and the primary network.
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