Cytiva supports biopharmaceutical development with equipment, resins, and services across upstream processing and purification. Tailored for modern biology and life science teams.
Sartorius delivers biopharmaceutical manufacturing solutions spanning filtration, bioreactors, and single-use technologies. Tailored for modern biology and life science teams.
Merck’s MilliporeSigma division supplies reagents, kits, and production technologies for global life science research and manufacturing.
Twist Bioscience provides silicon-based DNA synthesis, libraries, and antibody discovery solutions for pharma and biotech teams. Trusted by global research and diagnostic programs.
Ginkgo Bioworks engineers cells as a service, combining automation, AI, and foundry infrastructure for biotechnology clients. Trusted by global research and diagnostic programs.
Precision NanoSystems builds microfluidic manufacturing technologies for lipid nanoparticles, mRNA, and gene therapy delivery. Tailored for modern biology and life science teams.
Lonza is a CDMO providing development and manufacturing across biologics, cell therapy, and drug delivery. Tailored for modern biology and life science teams.
Charles River Laboratories provides preclinical CRO services, animal models, and safety assessment supporting drug development. Trusted by global research and diagnostic programs.
WuXi AppTec offers integrated R&D and manufacturing services covering discovery, chemistry, biologics, and cell & gene therapies. Tailored for modern biology and life science teams.
Synthego provides CRISPR genome engineering tools, kits, and engineered cells to accelerate gene editing research. Tailored for modern biology and life science teams.
Mammoth Biosciences builds CRISPR-based diagnostics and genome-editing tools leveraging novel Cas proteins. Tailored for modern biology and life science teams.
CRISPR Therapeutics is a clinical-stage gene editing company developing transformative therapies for serious diseases. Trusted by global research and diagnostic programs.
