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To design a pharmacologically active drug for site-specific activity is a challenging task that begins with rationally identifying the targets to which that drug binds.
We have focused our efforts in studying the mechanisms underlying metastasis in pancreatic adenocarcinoma, with the goal of rationally identifying molecular targets that can be exploited to inhibit this process.
Similar(58)
New techniques are needed to systematically and rationally identify targets and pathways that may be synergistic targets.
We here describe how synthetic oligosaccharide epitopes for candidate vaccines can be rationally identified prior to preclinical immunogenicity studies.
This notion of human motivation deepened during the Enlightenment, whose leading thinkers, despising tradition and religion, sought to replace them with the human capacity to rationally identify individual and collective interests.
Interestingly, the ascorbic acid also directed the primary nanocrystals to anisotropic aggregations, and the growth mechanisms were rationally identified by TEM and x-ray diffraction.
This system was designed to target the melanocortin receptors (MCRs), with functional group selection based on a known pharmacophore and guidance from molecular modeling to rationally identify positional and stereochemical isomers likely to be active.
A comparative transcriptome profiling between a riboflavin-producing Bacillus subtilis strain RH33 and the wild-type strain B. subtilis 168 was performed, complemented with metabolite pool and nucleotide sequence analysis, to rationally identify new targets for improving riboflavin production.
The nanoMIP-plate preparation based on nanoparticle adsorption was studied with the aim to rationally identify and discuss the critical points in the nanoMIP-assay development, in an example based on the iron homeostasis biomarker hepcidin and hepcidin-specific nanoMIPs (Kd = 9 nM).
In conclusion, the results demonstrated that juice yields and phenolic yields in elderberry juice could be improved with enzyme treatment and that the optimal reaction conditions for obtaining the best juice yield, highest phenolics, and lowest turbidity levels could be rationally identified via statistical factor level optimization.
One drawback in the work to rationally identify such targets has been our rudimentary knowledge regarding the virulence mechanisms of F. tularensis.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com