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Company profile

3D Bio-Tissues Limited

3D Bio-Tissues | Powered by BSF Enterprise

We're a Bio-Tech startup, spun-out from Newcastle University in 2019. Our ambition is to produce bio-equivalent tissues for clinical and cellular agriculture. We apply novel bio-inspired manufacturing processes to generate complex structure.

CRN
11666403
Founded
2018
Age
7

Overview

Browse spinouts
Legal name
3D BIO-TISSUES LIMITED
Region
North East England
Registered address
THE BIOSPHERE DRAYMANS WAY
NEWCASTLE HELIX
NEWCASTLE UPON TYNE
ENGLAND
NE4 5BX
Insolvency history
No

Latest accounts

Financial period: 1 Oct 2023 to 30 Sep 2024

FULLACCOUNTS
Turnover
Unknown
Profit / Loss
Unknown
Employees
12

Company events

Reference milestones and recent Companies House filing stream events.

6 events
11 Aug
2026

Confirmation statement due

Confirmation Due

Next confirmation statement due date

30 Jun
2026

Accounts due

Accounts Due

Next accounts due date

28 Jul
2025

Confirmation statement filed

Confirmation

Last confirmation statement made up date

30 Sep
2024

Accounts filed

Accounts

Last accounts made up date

08 Aug
2024

Termination Director Company With Name Termination Date

Officers

TM01 | Transaction MzQzMTYxMDAzNmFkaXF6a2N4

Published 08 Aug 2024 11:41

08 Nov
2018

Incorporated

Inception

Company registered at Companies House

Spinout profile

9 entries

Company description

3D Bio-Tissues operates a biotechnology firm that develops 3D-printed human tissues such as the cornea.

The Company "3D Bio-Tissues" (3DBT) has identified a significant and unique commercial opportunity in the rapidly developing 3D bio-printing market. We will offer superior, transplantable corneal replicates for the treatment of corneal stromal disorders. These tissue engineered replicates will uniquely conform to the hosts' needs in terms of shape and thickness, providing adequate cells and materials for the restoration of the patients' sight.

Project impact

Will employ technology developed by Prof Connon on 3D printing the cornea Now listed on LSE under BSF Enterprise PLC 2023 First to create whole cut pork fillet using scaffold free technology i.e. 100% meat

Will employ technology developed by Prof Connon on 3D printing the cornea

3D Bio-Tissues
2018
3D Bio-Tissues
2018
3D Bio-Tissues
2018
3D Bio-Tissues
2018
3D Bio-Tissues
2018
3D Bio-Tissues
2018
3D Bio-Tissues
2018
3D Bio-Tissues
2018
3D BIO-TISSUES LIMITED
2018

Public funding

3 awards
First funded
2020
Funded years
2020, 2023, 2024
Age at first award
1 years

Projects

2024 EU-Funded Lead participant

Upscaling City-mix™ production and sales - an integrated strategy

1 Jan 2024 to 31 Dec 2025

Awarded
£511,641
Total cost £511,641

3D Bio-Tissues (3DBT) has developed a range of proprietary ingredients for cell culture media that greatly promotes the growth and tissue formation capabilities of various cell types, including those necessary for cultivated meat production. The supplementation of chemically-defined, serum-free culture media with these ingredients helps reduce the need fo...

2023 EU-Funded Lead participant

Upscaling City-mix production and sales - an integrated strategy

1 Jan 2023 to 31 Dec 2023

Awarded
£7,536
Total cost £7,536

3D Bio-Tissues (3DBT) has developed a range of proprietary ingredients for cell culture media that greatly promotes the growth and tissue formation capabilities of various cell types, including those necessary for cultivated meat production. The supplementation of chemically-defined, serum-free culture media with these ingredients helps reduce the need fo...

2020 Collaborative R&D Lead participant

Using macromolecular crowding to increase cellular meat production and feed a low-emission bioeconomy

1 Oct 2020 to 31 Mar 2022

Awarded
£89,430
Total cost £127,757

3D Bio-Tissues Ltd (3DBT) is a Newcastle University spin-out company that is translating recent developments in cell biology and tissue engineering into medical and food-related products. The company has developed a process that produces highly organised collagenous tissue. The similarity in structure between these engineered tissues and their natural cou...

Product types

Collaborative R&D EU-Funded