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Compound Library Articles & Analysis
27 articles found
In drug discovery, these cell lines can be utilized to monitor the effects of potential therapeutic compounds on gene expression. This capability allows researchers to identify not only the efficacy of these compounds but also their mechanisms of action. Furthermore, reporter assays can be designed to screen for compounds that activate or inhibit ...
LC-MS excels in analyzing a wide polarity range of compounds, while GC-MS is ideal for volatile and semi-volatile molecules after derivatization. ...
These innovations enable researchers to assess large libraries of compounds rapidly, facilitating the identification of potential leads for further development. ...
Due to all the previously described advantages presented by the zebrafish animal model, it has recently come to the fore in the drug discovery process (i) to identify molecules that specifically ameliorate disease phenotypes and (ii) to conduct detailed characterization studies around optimizing compounds with a focus not only on efficacy ( dose-response), but also in toxicity ...
The technique enables the rapid screening of large compound libraries in a homogeneous, label-free, and miniaturized format. ...
Using advanced algorithms and machine learning techniques, researchers can explore vast chemical spaces to identify promising lead compounds, which can then be further refined and validated through experimental testing. ...
The drug discovery pipeline typically begins with the identification of a disease-relevant target, followed by the screening of chemical libraries to identify lead compounds that exhibit the desired biological activity. These lead compounds then undergo extensive optimization and testing to improve their potency, selectivity, and safety profiles. ...
Traditionally, the identification of prospective drug candidates necessitated resource-intensive and time-consuming experimental screenings of extensive compound libraries. Virtual screening has transcended this paradigm by expediting the identification process through computational analysis, allowing researchers to swiftly identify compounds ...
Medicinal chemistry: CROs can support medicinal chemistry programs by providing custom synthesis of novel compounds for drug discovery and development. They can produce small libraries of compounds for screening purposes or synthesize specific analogs for structure-activity relationship (SAR) studies. Specialty chemical synthesis: CROs with ...
Virtual screening is a computer-based methodology that harnesses advanced algorithms and predictive models to analyze vast chemical libraries. It enables scientists to identify promising compounds for drug development without physically testing each one. ...
Many drug discovery and development recipes start the same way—with a reliable and scalable assay focused on a specific therapeutic target to search sizable chemical libraries for compounds that have the desired effects on the target. But the time to clinic, expense, and a consistent late-stage failure rate due to ineffectiveness or severe toxicity makes ...
Since then, hundreds of peptides and protein bacteriocins have been described that are part of a diverse library of natural antimicrobial compounds made by Gram-negative and Gram-positive bacteria to ward off competitors. ...
A successful hit identification campaign relies on the use of a high-quality, diverse library of potential compounds to be screened, but also on capitalizing on other complementary techniques, such as structure-based virtual screening (SBVS) and fragment-based screening. ...
As a result, scientists eventually create huge libraries of theoretical compounds: billions of mostly 'undiscovered' and unexplored molecules, which may or may not bind to specific cellular targets; they may or may not have therapeutic value at all. ...
Biosortia is building the world’s largest library of microbiome-derived compounds for therapeutic and other applications, by leveraging the company’s microbial harvesting platform to sample and mine aquatic microbiomes at unprecedented scales with sustainable and environmentally friendly approaches. Biosortia is seeking partners interested in ...
A 10 ppm response to anisole, from a isobutylene-calibrated unit would indicate: Concentration of anisole = 10 ppm x 0.59 = 5.9 ppm In ION Science detectors, RFs are pre-programmed into a compound library and can be called up to make the PID read out in units of the chemical of interest. For example, to indicate a measurement of acetone with a detector engaging ...
In addition to the almost instantaneous, simultaneous measurement of the target compounds, the Gasmet DX4040 stores sample spectra, so that post-measurement analyses can be undertaken on a PC running Gasmet’s Calcmet Pro software, providing analytical capability from a library of 250 compounds. “The Gasmet DX4040 was ...
In addition to the almost instantaneous, simultaneous measurement of the target compounds, the Gasmet DX4040 stores sample spectra, so that post-measurement analyses can be undertaken on a PC running Gasmet’s Calcmet Pro software, providing analytical capability from a library of 250 compounds. “The Gasmet DX4040 was ...
When the synthesis development phase is completed, it is passed to the library synthesis team, who not only synthesize the compound but also perform preliminary quality control to guide purification. Next, the purification and separation team conduct all the necessary purification steps and perform a final quality control step before the pure ...
The gas analyser manufactured by Gasmet Technologies and installed by their UK subsidiary, Quantitech, measures multiple organic and inorganic components simultaneously from a large library of compounds, enabling Intertek’s engineers to quickly and easily change the measured compounds; to change the fuel type or cycle conditions, and to see ...