MBL have a new innovative product available: Human R-spondin 1, for use in organoid culture.
New Innovative Product: Human R-spondin 1: Organoid Culture
Generate bladder 2D/3D models with long-term cell line HBLAK for advanced urological research
CELLnTec provides HBLAK, which has become a more conveniently available model for urological research than primary urothelial cultures.
The Impact of In Vivo Isotype Controls on Therapeutic Drug Development
In vivo antibody studies offer a wide range of applications. Discover the significant impact of antibody selection on your experiment.
Beyond cholesterol metabolism: The pleiotropic effects of (PCSK9)
MBL International is at the forefront of providing PCSK9 assay kits and reagents to support the advancement of PCSK9 studies.
GeneQuery Analyzer Tool for data analysis and interpretation of GeneQuery™ qPCR Array kits
Introducing ScienCell’s new GeneQuery Analyzer tool, now live on sciencellonline.com!
Discover Oz Biosciences’ Custom and Ready-to-use mRNA service
Oz Biosciences provide a custom mRNA service from gene synthesis to in vitro mRNA production.
miRNA In Situ Hybridisation
miRNA in situ hybridisation is a powerful technique that allows researchers to visualise and localise miRNAs within cells and tissues.
Explore the Limitless Potential of IL-18
Researchers take advantage of MBL International’s recombinant IL-18 to activate varying cells like peripheral blood cells, macrophages, NK cells and T cells to identify targets.
Caspase Activity: Essential for Apoptosis
MBLI ‘s APOPCYTO Caspase-3,8,9 Colorimetric Assay Kit detects caspase activity in cell extract with LEHD-pNA as a substrate, in which LEHD sequence is recognised by each active caspase selectively.
TargetMol’s Compound Libraries
What do compound libraries do? Compound libraries are widely used in target identification, high throughput/focused screening for new hits that might be developed into a drug, drug repositioning/repurposing, predictive toxicology, or new target discovery through the integration of small-molecule chemogenomics