ITL secures 5 year manufacturing contract with OrganOx for new liver transportation device, metra®

University spin-out and leader in the field of organ preservation, OrganOx, has signed a 5-year manufacturing contract with ITL Group (a G&H company) for their portable, performance-critical medical device, metra®, a Normothermic Perfusion System.

The system operates by supplying a donated liver with oxygenated blood, anti-clotting drugs and assorted nutrients, whilst keeping the organ at a stable temperature (37°C).

metra® has the potential to significantly reduce the number of livers that are discarded due to damage incurred by cold storage, or a lack of oxygen.

The metra® system can preserve and maintain a donated liver for up to 24 hours between the point of retrieval and transplantation. This extended preservation time will increase the number and quality of livers available to transplant patients.

In a recent BBC article, Prof Kevin Harris, at the National Institute for Health and Care Excellence (NICE), commented, “it (normothermic perfusion) offers another way of preserving the liver and assessing whether livers which might have previously been considered unsuitable can be used safely.

“By using this procedure, more patients on the organ transplant waiting list could be offered a chance of a transplant and thereby potentially extending their lives.”

Darius Mirza, professor of transplant surgery at University Hospitals Birmingham, said the machine was a “game changer”.

“In the 30 years I’ve been involved with transplantation, there have been three or four events which have been game changers and I’m absolutely certain we are looking at a game changer that will change the way we practice organ storage and transplantation.”

Liver perfusion is currently performed on the NHS in a small number of specialist’s centers in the UK.

Managing Director of ITL, Tom Cole, commented:

“We are delighted to be working in partnership with OrganOx on this ground-breaking project. This agreement is yet another important milestone positioning metra® as one of the most promising transplantation candidates in late-stage development. This collaboration marks the beginning of what I’m sure will be a very exciting journey for both ITL and OrganOx.”

CEO of OrganOx, Craig Marshall, commented,

“This agreement is strategically important to OrganOx as we prepare penetrate the US market, I have a manufacturing background and I know the importance of working with the best partners in the supply chain. ITL is a great fit with OrganOx given their track record of successfully bringing medical devices to the market coupled with UK headquarters and with a presence in the US.”

How can we help support production of your medical device or IVD? Complete our enquiry form here or email us at ask@itl.co.uk.

Read our latest resource ‘Quotation for Manufacturing Checklist

Read a medical device manufacturing case study, click here.

Want to know more about OrganOx®? Please visit their website for more information, www.organox.com.

You may also like...

News
ITL increases critical instrument production during COVID-19 pandemic

As a global design and manufacturing partner of life-saving medical devices and diagnostic instruments, ITL Group (a G&H company) is an essential link in the healthcare supply chain. ITL is currently manufacturing and delivering instrumentation designed to improve respiratory function and oxygen uptake as part of a ventilator system for patients in critical care including those due to COVID-19, as well as hygiene monitoring devices and rapid diagnostic testing platforms.

Read more >

Resource
COVID-19 & MedTech: How to effectively manage supply chain disruption

It’s impossible to anticipate the arrival of global crises such as COVID-19, but the resulting impact on supply chains is putting added pressure on manufacturers worldwide – but what action can you take to build a more resilient supply chain in a time of crisis?

Read more >

Case Study
Magnasense

From lab based analysis to mobile and disposable ‘point of care testing’ (POCT)

View this case study >