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Bioreactor and scaffold for tissue-engineered bladder

Bioreactor and scaffold for tissue-engineered bladder

2010
Bioreactor and scaffold for tissue engineered muscle

Bioreactor and scaffold for tissue engineered muscle

circa 2005
Bioreactor and scaffold for tissue engineered blood vessel

Bioreactor and scaffold for tissue engineered blood vessel

circa 2005
Bioreactor and scaffold for tissue engineered heart valve

Bioreactor and scaffold for tissue engineered heart valve

circa 2005
Bioreactor system for Janssen Johnson & Johnson COVID-19 vaccine production

Bioreactor system for Janssen Johnson & Johnson COVID-19 vaccine production

2012
Sealed Mobius® CellReady 3L Single-use Bioreactor made by Merck Millipore for cell cultures, from the Jenner Institute of the type used during the early development for the ChAdOx1 nCoV-19, Oxford/AstraZeneca COVID-19 vaccine

Single-use desktop bioreactor

2010-2015
Benchtop Biostat® B-DCU II fermenter/bioreactor, consisting of BioPAT DCU Tower display panel, Biostat® B-DCU II control panel, 10 litre Univessel® Glass flask and rubber mat made by Satorius Stedim Biotech, used for as cell expansion bioreactor or as virus production bioreactor for the early production of the Janssen Johnson & Johnson COVID-19 vaccine, 2020-2021

10 litre cell expansion bioreactor used in the production of the Janssen Johnson & Johnson COVID-19 vaccine

2015-2020
Rocking panel, with Flexsafe® cell bags, part of Biostat® bioreactor system, made by Satorius Stedim Biotech, used for growing PER.C6 cells for the early production of the Janssen Johnson & Johnson COVID-19 vaccine, 2020-2021

Rocking panel from bioreactor used during manufacture of the Janssen, Johnson & Johnson COVID-19 vaccine

2012
Microalgae bioreactor pilot unit tested at Berwick-upon-Tweed station in 2023 and 2024. The unit was created to test the feasibility of using microalgae bioreactors to capture carbon around stations, given the plant can be up to 400 times more efficient at capturing carbon dioxide than trees – by area and density. The purpose of the pilot was to prove that microalgae can be successfully grown outdoors in the UK climate without the need for temperature control, and crucially, the system was able to capture carbon on a small scale. Both objectives were clearly demonstrated over the course of the technology's trial period.

Microalgae Bioreactor Pilot Unit

2023
A repurposed pressure cooker bioreactor, with pipework, which is used to house and grow the cells used for cultured meat. The body of the bioreactor is made from an inexpensive, stainless steel pressure cooker. Holes have been drilled into the pressure cooker from which a nutrient fluid would be fed to the cells – encouraging their duplication.

Repurposed pressure cooker bioreactor, with pipework, for growing cultured meat

07-2021