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Receptors for bulky ligands (e.g., phospholipids, prostanoids) appear to have a transmembrane cavity significantly larger than that for smaller compounds, and receptors for charged ligands (cationic amines, phosphates, mono and di-carboxylic acids) always present, among the 30 critical residues, one or more conserved amino acid exhibiting the opposite charge.
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We have noticed that in general, especially for small compounds, one large population is sometimes more efficient than several smaller ones.
Properties such as molecular weight and formula are worth being tracked for small compounds but their importance is not that obvious when dealing with larger molecules.
The research we do is much like the research I'm used to from academia (mainly cell and molecular biology), but here I can see its connection to human health more easily, because the validated targets are taken on by the drug discovery group in order to screen for small compounds.
We used the growth assay described above to screen for small compounds that block Aβ oligomerization, by selecting for restored Aβ-MRF termination terminactivitytivity.
As more biologic-response information is reported for small compounds of these types, it should become possible to select others for research on additional questions of structure activity relationships.
Note that the hP2Y14R model based on the open receptor conformation did not satisfy either of these criteria for docking of small compounds 6, 22, and 23 and therefore was not used in docking of a larger compound 30.
This study therefore provides further insights into the role of Zn2 + in the Aβ42 aggregation pathway, indicating potential new strategies for the design of small compounds with therapeutic potential for AD.
For computational efficiency, smaller compounds compared to the experimental reactants[ 9, 25] were used, but including a significant fraction of the handles and therefore still more detailed when compared to the highly simplified scaffolds of previous computations.
The MoS2/TiO2/SiNW substrate has shown high performance for the detection of small compounds of different molecular weights, including glutathione, glucose, amino acids, antibiotics to name a few.
Topology files and parameters of small compounds for docked ligands were generated by SwissParam web server [ 45].
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Justyna Jupowicz-Kozak
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