A researcher from UC San Diego has developed an improved methodology and a corresponding graphical computational tool for analysis of cell proliferation time courses to reduce misinterpretation. This integrated modeling and analysis tool fits mathematical models to measured flow cytometry dye dilut.....
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University chemists have engineered new programmable theranostic nanomaterials that utilize disease-associated enzymes as stimuli for both the detection and treatment of disease. Specifically, this technology teaches the assembly of enzyme-responsive nanoparticles (DNA-programmable and peptide-prog.....
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UCSD researchers have developed and optimized an assay that follows the interaction between Gαi and an active fragment of rheostat (with its GEF motif). This assay could be re-formatted for high-throughput (HTP) mode (like an Alpha-screen). The adaptation of the GIV/Gαi interaction to the ALPHA scre.....
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Researchers at UCLA have developed antibodies to the following mouse nuclear proteins:Polyclonals: Helios; HP-1 alpha; HP-1 beta; HP-1 gamma; Mi-2 beta; NF-kB p50; NF-kB p52; Ikaros NTS; Aiolos CTS; C/EBP beta; Ets1; Aof2 (LSD1); Macro H2A1.2; EED; Smyd2; Smyd5; TFIID; Elf-1; TAF150Monoclonals: .....
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Extended half-life/higher stabilitySmall molecular weight allows for delivery of more active ingredient per dose Modification is not known to induce immune response or hypersensitivity in humansCan be efficiently synthesized in large quantities using well established protocols
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