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Company profile

Labgenius Limited

UK company 08183505, incorporated on 17 August 2012.

LabGenius | ML-driven Antibody Discovery

At LabGenius, we're finding the next generation of antibody therapeutics with machine learning, synthetic biology and laboratory automation

Company number
08183505
Incorporated
17 Aug 2012
Companies House status
Active

Company identity

Browse spinouts
Founded / incorporated
17 August 2012

Company number 08183505

Verify at Companies House
Legal name
LABGENIUS LIMITED
Company type
LTD
Region
London
Registered address
Unknown
Insolvency history
No

Latest accounts

Financial period: 1 Jan 2024 to 31 Dec 2024

FULLACCOUNTS
Turnover
Unknown
Profit / Loss
-£8,930,580
Employees
53

Company events

Reference milestones and recent Companies House filing stream events.

1 event
17 Aug
2012

Incorporated

Inception

Company registered at Companies House

Spinout profile

4 entries

Company description

LabGenius has developed EVA - an autonomous AI-driven evolution engine for the discovery of high-value protein components. The company uses its platform technology to develop new products in partnership with world-leading multinationals. LabGenius is based in Central London and run by a passionate team of synthetic biologists, data scientists and engineers. They engineer proteins with both enhanced and entirely novel functionality. The technology underpinning this capability integrates machine learning, gene synthesis and robotic automation.

LabGenius develops DNA library synthesis technology and leverages this technology in a number of industrial collaborations.

LabGenius is a gene synthesis company, offering the world's most advanced DNA libraries. it incorporates a database of assembly vendors who can build DNA assemblies, with costings and approaches.

Project impact

LabGenius was an early-stage biotech company with limited resources: SynbiCITE provided the critical logistical and financial support in the early stages of the company's development. LabGenius was given access to SynbiCITE's 2015 Lean Launchpad for synthetic biology, a 10-week programme which teaches participants how to develop a reproducible and scalable business model through customer discovery, run by experienced entrepreneurs and investors. The programme exposes those taking part to the realities of a start-up, allowing them to fail repeatedly and quickly until a working business model is established. Dr Field was also a recipient of a Synthetic Biology Leadership Excellence Accelerator Programme (SynBio LEAP) Fellowship awarded by SynbiCITE. The programme provides early career scientists with networking and mentoring opportunities across academic, industry, government, and public-benefit organizations. To further support the development of LabGenius' technology, SynbiCITE awarded a proof of concept grant and provided laboratory and office space, supported by state of the art analytical equipment. The location at Imperial College and the Synthetic Biology Research Hub also provides useful academic interactions and networking opportunities. SynbiCITE also provided networking support, securing LabGenius a place on a UK Technology Showcase to San Francisco, in partnership with UK Trade & Investment and the UK BioIndustry Association, giving LabGenius the opportunity to promote its technologies. LabGenius was also provided with introductions to find private (Angel) funding from investors. LabGenius has developed technology which, unlike traditional gene synthesis methods, bypasses the need for PCR and long-sequence hybridisation. Because of this, it is able to construct synthetic DNA libraries of greater complexity and size than any other commercial provider. LabGenius is able to synthesise 20x as many library designs as its nearest competitor for 1/4 of the price. In late 2015 LabGenius launched its first product: LabGene combinatorial libraries. In the time since, its product range has expanded to include more advanced combinatorial libraries, as well as scanning libraries. LabGenius' customers come from across the protein engineering spectrum, with prominent interest from antibody engineers and enzyme engineers. LabGenius will soon initiate a Series A funding round in order to expand its library synthesis capabilities and consolidate their position in the market

A one-stop shop for DNA assembly. An improved assembly method. In Oct 2019 LabGenius Ltd raised a $10m investment (https://www.forbes.com/sites/gemmamilne/2019/10/23/new-breed-of-biotech-investors-show-their-hand-with-10-million-investment-in-london-startup-labgenius/#1498232c71f1). LabGenius named as one of the hottest start-ups in London by Wired Magazine. https://www.wired.co.uk/article/best-startups-in-london-2019

LabGenius
2012
LabGenius
2012
LabGenius
2012
Labgenius Ltd
2012

Public funding

6 awards
First funded
2014
Funded years
2014, 2015, 2017, 2020, 2022
Age at first award
2 years

Projects

2022 Collaborative R&D Lead participant

LabGenius: Using synthetic biology, machine learning and robotics to discover a safer, more effective Nectin-4 T-cell engager for advanced cancers.

1 Nov 2022 to 30 Apr 2024

Awarded
£708,092
Total cost £1,180,153

LabGenius is a UK biotechnology company that combines robotic automation, synthetic biology and advanced machine learning to explore protein fitness landscapes and improve multiple drug properties simultaneously. LabGenius' mission is to accelerate the discovery of next-generation therapeutic antibodies by pioneering the development of a smart robotic pla...

2022 Collaborative R&D Lead participant

Accelerating the discovery of next-generation cancer therapeutics through exploring protein fitness landscapes using a machine learning-driven evolution engine

1 Oct 2022 to 31 Mar 2024

Awarded
£295,295
Total cost £492,159

LabGenius uses robotic automation, synthetic biology and advanced machine learning to explore protein fitness landscapes and improve multiple drug properties simultaneously. LabGenius' mission is to accelerate the discovery of next-generation therapeutic antibodies by pioneering the development of a smart robotic platform ('EVA') that is capable of design...

2020 Study Lead participant

LabGenius: Discovery and design of orally available next generation therapeutic candidates using a proprietary machine learning-driven evolution engine (EVA)

1 Jul 2020 to 30 Nov 2021

Awarded
£349,153
Total cost £498,790

**The Company** LabGenius is a drug discovery company that develops protein therapeutics using its novel drug discovery platform, EVA. This next-generation protein engineering platform integrates several cutting-edge technologies from the fields of synthetic biology, robotics and Machine Learning. EVA can design, conduct and learn from experiments to disc...

2017 Collaborative R&D Lead participant

AIM - AI-driven Multi-factor peptide manufacturing platform

1 Oct 2017 to 28 Feb 2019

Awarded
£639,801
Total cost £914,000

- BACKGROUND: Peptides are a versatile class of biomolecule that can be deployed as critical components in advanced materials. These materials have tremendous commercial potential across several sectors (e.g. oil and gas, aerospace and medical). - PROBLEM: Peptide components that are developed using traditional approaches frequently lack the biophysical a...

2015 Feasibility Studies

Industrial Platform Development for Commercial Enzyme Production

1 Jun 2015 to 31 May 2016

Awarded
£20,000
Total cost £26,667

Enzymes are biological molecules that facilitate chemical reactions in living cells. Many products in the food, fine chemical, flavour & fragrance, pharmaceutical and biotherapeutic industries use enzymes in their manufacturing processes. Many enzymes on the market are isolated from their original wild-type organism, many more need to be produced in a dif...

2014 Collaborative R&D Lead participant

BaseHunter: A software tool making synthetic gene procurement faster, more efficient and traceable

1 Oct 2014 to 31 Mar 2016

Awarded
£142,212
Total cost £237,020

Synthetic biology is an emerging discipline that seeks to build new biological systems for useful purposes. This task is achieved by inserting new arrangements of genes (sequences of DNA that encode proteins) into living organisms. The genes used in these engineered systems are frequently synthesized from scratch by commercial vendors. Currently, syntheti...

Product types

Collaborative R&D Feasibility Studies Study