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Company profile

CN Bio Innovations Limited

CN Bio | Predictive Organ-on-a-chip Drug Discovery Models

CN Bio is a world leading organ-on-a-chip company. We empower you to transform drug discovery with our predictive human organ models.

CRN
06517359
Founded
2008
Age
18

Overview

Legal name
CN BIO INNOVATIONS LIMITED
Region
East of England
Registered address
332 CAMBRIDGE SCIENCE PARK
CAMBRIDGE
ENGLAND
CB4 0WN
Insolvency history
No

Corporate ownership

Updated 06 Jun 2026 16:52

CN Bio Innovations Limited
No active corporate controller recorded.

Company events

Reference milestones and recent Companies House filing stream events.

8 events
12 Mar
2027

Confirmation statement due

Confirmation Due

Next confirmation statement due date

30 Sep
2026

Accounts due

Accounts Due

Next accounts due date

26 Feb
2026

Confirmation statement filed

Confirmation

Last confirmation statement made up date

31 Dec
2024

Accounts filed

Accounts

Last accounts made up date

15 Nov
2024

Change Registered Office Address Company With Date Old Address New Address

Address

AD01 | Transaction MzQ0MzU1MDkxOGFkaXF6a2N4

Published 15 Nov 2024 11:13

29 Aug
2024

Second Filing Capital Allotment Shares

Capital

RP04SH01 | Transaction MzQzMjEzNDY5OGFkaXF6a2N4

Published 29 Aug 2024 11:24

09 Aug
2024

Capital Allotment Shares

Capital

SH01 | Transaction MzQzMTYzOTM0M2FkaXF6a2N4 | Paper/PDF filed

Published 31 Aug 2024 07:05

28 Feb
2008

Incorporated

Inception

Company registered at Companies House

Public funding

6 awards
First funded
2010
Funded years
2010, 2014, 2016, 2017, 2021
Age at first award
2 years

Projects

2021 Collaborative R&D Lead participant

Development of lung and lung-liver microphysiological systems for studying SARS-CoV2 infection and immunology

1 Jan 2021 to 30 Jun 2022

Awarded
£164,452
Total cost £164,452

The SARS-CoV-2 (COVID-19) pandemic has been met with an unprecedented global response from the scientific and medical communities, to accelerate understanding and ultimately treatment and prophylaxis of the virus. An overwhelming need for new or re-purposed medicines and tools for their discovery exists. Currently, discovering and developing new medicines...

2017 Collaborative R&D Lead participant

Combining Organ-on-Chip Models of Fatty Liver with Computational Biology to Enable Drug Re-purposing

1 Oct 2017 to 31 Mar 2019

Awarded
£228,396
Total cost £456,791

Only 1 in 10 of all new drugs makes it through clinical trails to become an approved medicine, which is a signifciant problem for the pharmaceutical industry. However if these failures are due to a lack of efficacy, then it may be possible to repurpose drugs in a new disease areas. Non-alcoholic fatty liver disease (NAFLD) presents a significant unmet med...

2017 Collaborative R&D Lead participant

Manufacturing Human Organs-on-Chips towards non-animal alternatives in drug discovery and research

1 Feb 2017 to 31 Dec 2017

Awarded
£49,596
Total cost £49,596

Development of credible non-animal technologies is necessary before well-established animal tests can be eliminated from drug discovery, chemicals testing and basic research. Miniature devices that replicate human organ function in the laboratory, so-called "Organs-on-Chips", have already been used in the race to discover new medicines to treat viral infe...

2016 Collaborative R&D Lead participant

3D culture model for Non-Alcoholic SteatoHepatitis (NASH) drug discovery

1 Jan 2016 to 31 Dec 2017

Awarded
£149,712
Total cost £299,424

NASH presents a significant unmet medical need in more economically developed nations, affecting up to 5% of the US population alone. There is currently no medical treatment for NASH, where the condition is a precursor to cirrhosis and hepatocellular carcinoma, conditions with very poor prognoses. One key limiting factor in the development of a treatment ...

2014 Feasibility Studies Lead participant

3D cell culture model for studying Non-Alcoholic Fatty Liver Disease (NAFLD).

1 Sep 2014 to 30 Nov 2015

Awarded
£56,434
Total cost £86,821

Non-alcoholic fatty liver disease (NAFLD) encompasses a range of conditions from fatty liver (steatosis) to non-alcoholic steatohepatitis (NASH). NAFLD is a condition affecting around 30 % of the general population and 70 % of obese and diabetic patients. The prevalence of NAFLD is set to rise as the obesity and diabetic pandemic escalates. It is therefor...

2010 Feasibility Studies Lead participant

3D Human Neuronal Tissue Model for the Safety Assessment of Stem Cell Therapies

1 Aug 2010 to 31 Mar 2011

Awarded
£75,480
Total cost £125,800

Awaiting Public Summary

Product types

Collaborative R&D Feasibility Studies