At Tebubio, we help researchers secure the biological materials they need reliably, compliantly, and without operational friction, so you can focus on discovery.

Stay ahead in your research with your monthly Tebubio newsletter—your go-to source for innovative reagents, expert services, and insightful articles. Curated to bring you the most relevant products, services and knowledge resources, it helps you focus on what truly matters—your research.

Virus-free mRNA–LNP technology enables high-efficiency CAR expression and immune cell engineering in T and NK cells without cloning, viral vectors, or BSL-2 constraints. Discover how ProMab’s mRNA toolbox accelerates immunotherapy research.

Tebubio combines validated qPCR array technologies from GeneCopoeia® with pan-European CRO delivery, pathway-led analysis and in-house biostatistics to provide ready-to-publish transcriptomic datasets. From experiment design to final figures, our focus is simple: help you generate transcriptomic evidence you can trust, defend, and act on.

Developed by TriLink BioTechnologies, the ModTail™ poly(A) tail modification is a proprietary innovation designed to enhance the performance of synthetic mRNA. By introducing a small chemical moiety to the 3′ end of the poly(A) tail after in vitro transcription (IVT), ModTail™ extends protein expression and duration without altering the coding sequence or compromising integrity.

Curated selection of mitochondria-related compounds targeting oxidative phosphorylation, ROS, and redox biology. 

TriLink® CleanCap® IVT Kits continue to set the benchmark for high-performance in vitro mRNA synthesis, enabling you to generate high-yield, translationally optimised mRNA with consistent capping efficiency and minimal dsRNA by-product.

As research models become more predictive, complex and ethically responsible, the need for fully defined, animal-component-free culture systems has never been greater. Through our partnership with TheWell Bioscience, Tebubio now brings you the RocketCell™ range of xeno-free media and hydrogel systems, designed to support robust, scalable and reproducible 3D cell culture for iPSCs, neural stem cells, and organoids.

Quantify amino acid (LAT) and cystine (xCT) uptake in live cells, fast, fluorescent, and non-radioactive. Streamline transporter inhibition and ferroptosis studies with plate reader, imaging, or flow cytometry–ready assays.