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
Analysts at BMO Capital Markets said in a weekend note that a non-invasive blood test could help boost uptake of Alzheimer’s disease therapies.
The Shift Toward Real-World, Patient-Centered Evidence
FDA
While sparking excitement among biopharma companies focused on rare and ultrarare indications, experts say FDA Commissioner Marty Makary’s proposal is light on details and raises potential concerns about safety, access and liability.
The FDA and NIH recently announced plans to phase out animal testing requirements for some therapies. While organoid and AI providers celebrate, scientists warn that questions over safety, applicability and implementation remain.
While the Trump administration has painted the jettisoning of staff and regulations as good for business, there are multiple reasons it’s unlikely to work out that way.
The star of the acquisition is the enzyme replacement therapy INZ-701, being developed for the rare disease ENPP1 deficiency.
The FDA also approved the use of Zynyz as a monotherapy for patients with squamous cell carcinoma of the anal canal who are intolerant to platinum chemotherapy or whose disease has progressed.
Since Elevidys’ accelerated approval in 2023, experts have been clamoring for more data, particularly in older and non-ambulatory children. New results, presented Friday, show mobility improvements in 8- to 9-year-old patients after one year of follow-up.
Lilly will use Rznomics’ proprietary ribozyme technology to develop RNA editing therapies for congenital hearing loss.
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