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
The multivalent candidate, being developed by Pfizer and French partner Valneva under a 2020 pact, generated higher than 73% efficacy against the tick-borne disease in a Phase 3 trial—but failed to hit a predetermined confidence interval.
Kali Therapeutics’ T cell engager, for which Sanofi is initially paying $180 million, could potentially be developed for a range of B cell–driven autoimmune disorders.
The FDA detected 14 cases of vitamin B6 deficiency–linked seizures and two deaths in patients with Parkinson’s disease taking carbidopa/levodopa drugs. Both AbbVie and Novartis market levodopa-based products.
Earendil Labs’ AI-centered platform has produced more than 40 programs, including anti-inflammatory assets that have attracted a pair of partnership agreements with Sanofi.
Oryon Cell Therapies’ lead cell therapy is an autologous treatment designed to replace dopaminergic neurons in patients with Parkinson’s disease. Phase 1b/2a data showed that the asset can improve motor function and mobility in patients.
Longevity is a long-standing buzzword in life sciences, but it now has staying power. The smart trajectory is to stop chasing aging as an abstract target and concentrate on specific mechanisms that can clearly target specific, age-related diseases, according to two investors in a discussion with BioSpace.
As cell therapy advances toward clinical reality, iPSC-derived cellular products, in vivo reprogramming strategies, and manufacturing-ready reagent platforms are reshaping regenerative medicine and oncology. Recombinant antibodies and drug targets, e.g. endotoxin-free proteins, transmembrane proteins, and site-specifically labeled biomolecules are emerging as indispensable enablers of reproducibility, mechanistic insight, and clinical-scale success.
Eli Lilly and Regeneron are leading the push to treat congenital deafness with gene therapies, seeking a piece of a potential billion-dollar market and banking on local delivery and the small amount of drug required to overcome key safety concerns.
FDA
The FDA’s Commissioner’s National Priority Voucher program, unveiled in June 2025, is “shrouded in secrecy,” Democratic representative Jake Auchincloss said last month, as regulatory and biopharma leaders try to decode the criteria for investigational or approved drugs to receive a voucher.
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