Reliable detection of copy number changes for research into a range of genetic disorders. CytoSure Molecular Arrays are designed to accurately identify small intragenic copy number variations (CNVs) in genes associated with a variety of disorders. The content for each array has been designed and optimised in collaboration with leading molecular genetics experts at Emory University. In addition to pre-designed catalogue arrays…
200 µl, 0.2 µg/µl, DNA standard, 1–15 kb, 15 bands in 1 kb increments, 100 applications
400 µl, 0.1 µg/µl, DNA standard, 2.5–35 kb, 14 bands in 2.5 kb increments, 100 applications
250 µl, 0.2 µg/µl, DNA standard, 20–1,000 bp, 50 bands in 20 bp increments, 100 applications
250 µl, 0.1 µg/µl, DNA standard, 100–1,000 bp, 10 bands in 100 bp increments, 100 applications
200 µl, 0.2 µg/µl, DNA standard, 500–8,000 bp, 16 bands in 500 bp increments, 100 applications
Agarose MS is a molecular screening agarose for improved resolution of DNA fragments with 500 bp or less, especially primer–sized fragments. At a 3 concentration, Agarose MS gives a resolution of DNA fragments similar to gels made with polyacrylamide at concentrations of 8 .
How Molecular Diagnostics is revolutionizing the way infectious diseases are diagnosed
The strategic partnership combines cutting-edge molecular profiling technology with unparalleled biospecimen and tissue profiling services
Optimize your short path distillation and track fraction changes with this real-time molecule monitoring system
The NanoBRET™ Target Engagement (TE) Intracellular BET BRD Assay measures compound binding at select BET bromodomain target proteins within intact cells. This target engagement assay is based on the NanoBRET™ System, an energy transfer technique designed to measure molecular proximity in living cells
Discover the latest technologies and methods advancing small molecule therapeutic discovery and development, from PROTAC quantification to microsampling innovations
Meeting the demand for advanced hit-identification techniques
The research could not only affect food supply for animals and humans, but also potentially have environmental effects on greenhouse gases
