Tools for all your cell culture experiments: primary cells, cell lines, iPSCs, animal-free media and more!
Cell Culture Tools
Genetic Tools
All the tools you need for genetical modifications: vectors, viral delivery systems, transfection and transduction reagents…even lipid nanoparticles!
CellCorTM Free Samples
Try Xcell Therapeutic’s animal-free CellCorTM media with free samples, available from March to September 2025
3D Bio-Tissues Research With Us
As part of the CytoBoost launch, 3D Bio-Tissues introduces their ‘Research With Us’ programme! Contact us to receive free CytoBoost samples!
Blood Biospecimens 101: Making the Right Choice for Your Immune Cell Studies
A crucial step in your research is finding the right biospecimens for your study. Take a look at this handy guide to help you choose!
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.
Using Collagen Hybridising Peptides to Improve IPF Diagnosis and Imaging
This study uses collagen hybridising peptides (CHPs) to bind specifically to denatured collagen and detect fibrosis.