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molecules may lead to extraordinary developments in the study of biological molecules, according to the academy.
The formation of the molecular assemblies consisting of anionic and cationic molecules may lead to their interesting structural properties.
It has been suggested theoretically that reactions between some interstellar molecules may lead to the formation of cytosine, uracil and thymine though these processes involve significantly high potential barriers.
Possible π-π packing of the molecules may lead to a redshift.
The formation of IHBs in solute molecules may lead to the weakening of solute-water interactions due to the charge transfer between the hydrogen-bond acceptor/donor groups.
Further studies of PPAR-γ ligands and small electrophilic molecules may lead to a new generation of anti-fibrotic therapeutics.
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We hypothesized that hybrid molecules that combine apoptosis-dependent and apoptosis-independent mode of actions in a single molecule may lead to enhanced antitumor activity.
The mechanism of such interactions is still unknown by the replacement of a small substituent from the aromatic molecule may lead or destroy the interactions.
Furthermore, the combination of both gene-silencing and immunostimulation in one RNA molecule may lead to novel drugs that use both functional activities of RNA as two edges of one sword for effective treatment of viral infection and cancer.
Binding to distinct epitopes on the same anchoring molecule may lead to different outcomes.
Another explanation could be that coelution with another molecule may lead to observation of the same peptide in two LC peaks.
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