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The BioEscalator hosted the virtual Industry Insight Seminar featuring medical device company, OrganOx and Ochre Bio, the BioEscalator’s own resident biotech company, who are both focused on delivering healthy livers for transplantation. These two innovative companies share a joint public health goal, to increase the number of viable livers available for transplant.

Every year, approximately a third of donor livers are discarded due to concerns over organ quality or liver disease.. This has a dramatic impact on waiting list mortality, with ~25% of patients dying before receiving a life-saving liver transplant. So what can be done?  The two companies eloquently described their two-pronged approach: a device to keep organs viable once removed from the body and gene therapy to ‘fix’ unhealthy fatty livers. In combination, these innovations have the potential to greatly increase the number of healthy livers available for transplant thereby negating the organ shortage and saving lives.

Andy Self, Commercial Director for OrganOx explained how the company created a device to sustain donor livers for longer, increasing the number of healthy organs for transplant by up to 20%.  Their first product, the metra® is capable of sustaining livers outside the body for up to 24h by maintaining donor organs at physiological conditions. This allows the function of the donor liver to be tested prior to transplant, enabling more organs to be safely utilized.

OchreBio is focused on rejuvenating donor livers directly using gene therapy. Dr Quin Wills, Chief Scientific Officer and co-founder of Ochre Bio, informed the zoom audience that fatty liver disease contributes to more deaths each year than all cancers combined. He went on to describe how Ochre Bio is utilising siRNA to silence overactive genes that drive liver disease.   Dr Wills commented "We are developing genomic medicines to rejuvenate these donor livers before transplant, so that everyone who needs a new liver gets one." Ochre has sequenced livers which were perfused on the OrganOx device and is currently using discarded donor livers to validate the genomics led, machine learning technology.

The combination of these two novel technologies will enable new therapeutics for the treatment of fatty liver disease to be developed and validated in a physiological setting, thereby accelerating the timeline for bringing these much needed treatments to market

ORGANOX

OrganOx logo

OrganOx was founded in 2008 by Prof Peter Friend, Director of the Oxford Transplant centre and Prof Constantin Coussios, Director of Oxford’s Institute of Biomedical Engineering. The metra® received a CE mark in 2016 and has been used in over transplant 800 patients to date. They are now developing similar technology for kidney transplants.

To find out more about OrganOx, click here.

 

OCHRE BIO

Ochre bio logo

 

OchreBio was founded in 2019 and received seed funding through the Y combinator programme in California before moving to the Oxford BioEscalator.  CEO Jack O’Meara is a biomedical engineer and CSO Quin Wills a computational biologist. Ochre Bio’s machine learning platform utilises samples from Oxford University’s Quality in Organ Donation, QUOD to identify potential therapeutic targets in early stage liver disease.

To find out more about Ochre Bio, click here.

INDUSTRY INSIGHTS SEMINAR SERIES

 

The hour-long seminar run on the first Tuesday of the month, is organised by Oxford University’s Medical Sciences Division Industry Partnerships Office, MSD IPO and the BioEscalator. The seminars are designed not only to inform on the innovation occurring at the boundary of academia/industry, but to also tell the entrepreneurial story, to motivate and inspire scientists and researchers looking to engage with biotechs. An important part of these seminars is to foster interactions and increase collaboration between pharma, SME’s and the University’s staff and students.

For more information on the IISS click here

Community section

Welcome to our new BioEscalator community page, a space to discover a little more about the people and the companies that make up our biotech ecosystem.