Product Reports Resources Pricing Login Book a demo
COMPANY PROFILE

Oxford Genetics

Explore full profile

Scalable viral vector manufacturing systems for therapies

Oxford, United KingdomFounded 2011Biotech & Life Sciences
Valuation $25–50M Last recorded · 2019
Revenue $1–10M Latest reported FY
Headcount <100 Current team size
Total funding $10–50M Disclosed equity funding
Unlock exact values This page shows ranges. Dealroom has the exact numbers for Oxford Genetics and the history behind them.

About Oxford Genetics

Oxford Genetics Ltd., which rebranded to OXGENE™ and now operates as a WuXi Advanced Therapies (WuXi ATU) company, functions as a contract research and development organization focused on the cell and gene therapy sectors. The company was founded in 2011 by Dr. Ryan Cawood, who holds a first-class degree in Genetics and a D.Phil. from Oxford University in molecular virology and oncology. His background in genetic engineering and molecular biology guided the company's direction towards developing scalable solutions for manufacturing complex biologics.

Read full description

Initially, the firm's foundation was its patented SnapFast™ technology, a platform designed to make genetic engineering more efficient by using Lego-like DNA building blocks. Over time, the business model evolved from being product-based to providing high-quality, custom precision engineering services with subsequent licensing deals. The company specializes in DNA design, protein expression optimization, and cell line development technologies. It serves a B2B clientele, primarily pharmaceutical and biotechnology companies, by offering solutions for gene therapy drug discovery, antibody therapy development, and CRISPR gene editing. Revenue is generated through these custom services and downstream licensing of its proprietary technologies.

OXGENE's core services revolve around addressing complex challenges in biotherapy through a combination of novel genetic design, bioinformatics, and automation. The company provides mammalian cell engineering solutions, including large-scale gene editing programs and cell line development projects for gene therapy. Key proprietary technologies include the TESSA™ system for adeno-associated viral (AAV) manufacturing and XLenti™ stable solutions for lentiviral production, both designed to simplify and reduce the costs of manufacturing. In March 2021, Oxford Genetics was acquired by WuXi AppTec and became a wholly-owned subsidiary of its WuXi ATU business unit, which aims to provide end-to-end support for cell and gene therapies. This acquisition marked a significant milestone, providing a substantial return to early investors like Mercia Asset Management.

Source: Dealroom company data

At a glance

Founded
2011
Headquarters
Oxford, United Kingdom
Sector
Biotech & Life Sciences

Investors

2 investors on the cap table

From Dealroom's funding and investor records, grouped by the round each investor first entered.

Seed2 investors entered at this stage

  • Invesco Perpetual
  • Mercia Asset Management
Team profiled 3 named & role-tagged
Founders Hidden — book a demo/100 quality score
Key operators 1 quality Hidden — book a demo/100
Potential founders Hidden — book a demo likely future founders
Startup mafia Hidden — book a demo alumni-founded startups
Talent movements Hidden — book a demo in · Hidden — book a demo out past 12 months

Source: Dealroom Talent Intelligence.

Global footprint

Workforce and web traffic by country
Workforce by country
🇬🇧 United Kingdom · Oxford HQ
Book a demo for the full country breakdown

Market sentiment

Posts on X, past 7 days

An AI-synthesised read of the highest-engagement posts about Oxford Genetics on X, ranked by likes and reposts, corporate channels excluded.

Reading the room on X — pulling top posts and synthesizing themes…

Source: X recent search ranked by engagement (likes + retweets) · Synthesis by Claude · Cached for 1 hour

See Oxford Genetics on the full Dealroom platform

Live deal flow, founder pedigree, hiring signals, revenue trajectory, and the full cap table.