Synexa Life Sciences

Synexa Life Sciences is a biomarker and bioanalytical lab CRO, specialising in the development, validation and delivery of a wide range of complex and custom-designed assays.

With a team of over 200 staff across three global laboratory locations; Manchester, Turku (Finland) and Cape Town, we provide innovative solutions to support our customers to achieve their clinical milestones.

Our main areas of expertise include biomarker identification and development, large and small molecule clinical bioanalysis, (soluble) biomarker analysis (utilising MSD, LC-MS/MS, ELISA, RIA, fluorescence and luminescence-based technologies), cell biology (including flow cytometry, ELISpot and Fluorospot) and genomic services to support clinical trials and translational studies.

We pride ourselves on our deep scientific expertise and ability to tackle complex problems, translating them into robust and reliable assays to support clinical trial sample analysis.

NEWS
As part of a pipeline realignment, Bristol Myers Squibb is returning the rights to Agenus for its proprietary TIGIT bispecific antibody program and terminating their 2021 license, development and commercialization agreement.
BioNTech on Monday reported nearly $885 million in losses in the second quarter of 2024, compared to $208.5 million during the same period last year.
All doses of Eli Lilly’s type 2 diabetes medication Mounjaro and weight-loss drug Zepbound are now available, according to an update on Friday to the FDA’s drug shortage database.
An FDA advisory committee agreed on Friday that Zevra Therapeutics had provided sufficient efficacy data supporting the approval of arimoclomol for Niemann-Pick disease type C.
Despite having an impressive roster of high-profile supporters, including AbbVie, BMS, J&J, Novartis and Pfizer, PARP-focused Ribon has called it quits after nearly a decade in business.
Longeveron and Lexeo Therapeutics are working on CGT therapies to treat Alzheimer’s disease, but it’s not clear whether they have a better chance of success than traditional approaches.
Active immune therapies hold promise for preventing or slowing disease onset, but some experts warn of potential safety risks.
Ultracompact CRISPR systems, which are in some cases one-third the size of Cas9, are being designed to be more specific and enable in vivo gene editing in difficult to reach tissues.
GSK, Moderna and Pfizer are all looking at potential respiratory syncytial virus vaccine sales slumps thanks to recently updated CDC guidelines regarding the use of RSV shots in seniors.
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