KACTUS’ high-quality CD19 proteins are designed for applications such as antibody screening, CAR-T cell therapy development and affinity measurements.
KACTUS: CD19 Proteins
KACTUS: MHC Monomer & Tetramer Product Validation Data
KACTUS has demonstrated via ELISA & SPR binding assays that their MHC-peptide complexes & loaded peptide-ready MHCs have good binding affinity to TCRs.
KACTUS: MHC Monomer & Tetramer Alleles
KACTUS have a range of Class I and Class II MHC Monomer and Tetramer alleles available.
Analytical Tools
All the analytical tools you need for your research: in vivo products, tetramers, ELISAs, small molecules & proteins (RUO & GMP)!
Cell Culture Tools
Tools for all your cell culture experiments: primary cells, cell lines, iPSCs, animal-free media and more!
Genetic Tools
All the tools you need for genetical modifications: vectors, viral delivery systems, transfection and transduction reagents…even lipid nanoparticles!
Understanding ECM Remodelling in Full-Thickness Skin Grafts: Insights from Collagen Hybridising Peptide Staining
Using CHP staining, researchers observed active collagen turnover in grafts, indicating that the ECM was being actively remodelled.
Potent Neutralisation of Sars-CoV-2 Including Variants of Concern by Vaccines Presenting the Receptor-binding Domain Multivalently from Nanoscaffolds
RBD-SpyCatcher-mi3 vaccine construct could be a promising candidate for broad protection against SARS-CoV-2 variants, advocating for further clinical testing.
nanoCAR-T mRNA Service
Non-viral chimeric antigen receptor (CAR)-T cells are gaining attention for their cancer-killing ability with reduced side effects. Traditional CAR-T cell engineering relies on lentivirus, which causes random chromosomal integration, permanent CAR expression, and adverse effects from persistent immunologic stimulation. To
Advancing Intervertebral Disc Degeneration Assessment with Collagen Hybridising peptides: A Fast, Accurate Approach for Research and Clinical Applications
Collagen Hybridising Peptides (CHPs) selectively bind to damaged collagen, allowing precise visualisation and quantification of IVD in tissue samples.