Latest Featured Products

Introducing the SomaScan® 11K Assay – Pioneering proteomics. SomaLogic's high-plex, high throughput assay covers half the human proteome, empowering researchers to identify unique pathway and protein signatures. Explore the power of more.

Run up to three distinct PCR protocols at the same time, while also supporting high-throughput PCR applications using interchangeable blocks. The ProFlex PCR features a large 8.4 in. color thin-film transistor (TFT) LCD display interface for easy programming and a small footprint to maximize lab benchspace.

Complete iPSC/MSC manufacturing platform: Generate, CRISPR engineer, and differentiate iPSCs into NK cells, T cells, neurons, or cardiomyocytes at Applied StemCell’s new GMP manufacturing facility in Milpitas, California.

VIAFLO 96 and VIAFLO 384 enable transfers of 24, 96 and 384 samples in a single step, increasing pipetting throughput and reproducibility significantly. At a fraction of the cost, they often surpass throughput capabilities of even expensive robots.

Silica-coated superparamagnetic beads for nucleic acid isolation deliver high purity DNA for NGS applications.

The Mohawk semi-automated tube picker working in combination with the Mirage 2D-coded tube reader from Ziath offers a quick and efficient way to retrieve the right samples from frozen SBS racks

Protein sequencing complexity is a barrier to proteomics insights. Learn how Quantum-Si’s Platinum™ simple, convenient benchtop next-generation protein sequencing solution enables you to obtain critical proteomic insights from the convenience of your lab.

Discover ioSensory Neurons, precision reprogrammed human iPSC-derived nociceptors from bit.bio. Don’t settle for non-human in vitro models or long, complex differentiation protocols that require toxic reagents. Start running reliable nociception assays with ioSensory Neurons today.

From raw data to report, simplify your NGS and CGH data analysis and variant interpretation with integrated bioinformatics for your translational research.

Recent technological advancements have made single-cell multi omics (genomics, proteomics, metabolomics) an increasingly powerful tool for diagnosis, treatment response prediction and treatment selection for cancer. The process begins with disaggregation of a fresh or frozen sample into a single-cell suspension, followed by preparation of a single-cell next-generation sequencing (NGS) library, then data analysis. Find out more...