Latest App Notes & Case Studies

This application focus explores how spatial profiling with cyclic staining imaging technology can address this knowledge gap in liver metastases research.

This application note explores solutions that improve the quality of FFPE DNA libraries, offering consistency and reduced sequencing errors for sensitive research.

This application note explores these advancements, showcasing how optimized workflows can enhance sequencing performance and provide deeper insights into genomic complexities, particularly in cancer research and other applications.

This application focus explores these technological advancements and provides case studies to highlight their positive impact on the efficiency of mAb purification processes.

This application note highlights the features of active-release beads compared to the established passive-release beads for the isolation, activation, cell expansion and desired early memory cell phenotype.

Sartorius Picus® 2 electronic pipettes are the ideal tools to accompany you in daily, repetitive liquid handling in laboratories, where the accuracy of your results, speed and ergonomics are important.

SignalChem Biotech, now part of Sino Biological, boasts one of the largest selections of active enzymes. We offer compound selectivity profiling services to determine the inhibitory profiles and mechanisms of action of drug candidates.

Kinases are a family of enzymes crucial in cell signaling, phosphorylating substrates to regulate various biological processes. Deregulation of kinases can lead to diseases like cancer and cardiovascular disease.

SignalChem Biotech’s team of scientists specializes in crafting active signaling proteins, including kinases, phosphatases, and enzyme substrates. SignalChem Biotech Bio products are extensively used in high-throughput screenings, activity assays, binding assays, cell-based assays, protein interaction studies, and structural analyses.

This application note showcases a Droplet Digital PCR (ddPCR) workflow that can detect mutations commonly associated with non-small-cell lung cancer (NSCLC) in a single-well, 6-plex reaction.