OxSyBio Raises £1 Million to Develop Synthetic 3D Printed Tissues For Organ and Skin Repairs

IMTS

Share this Article

The 3D bioprinting space is certainly beginning to get the attention of investors. There are now several companies with the funding needed to develop techniques which could one day lead to a major breakthrough in regenerative medicine.ox-1 

Today, Isis Innovation, the University of Oxford’s research commercialisation company, announced that OxSyBio Ltd., a spin-out from the University, has raised £1 million from IP Group plc to develop their proprietary 3D droplet printing technology. Professor Hagan Bayley’s group at the University’s Department of Chemistry are the ones who came up with this approach to 3d bioprinting. They used thousands of tiny droplets, coated with a film that mimics the external membrane of an actual living cell. The team then studded the membranes with protein pores, making them act just like simplified cells.

The droplets, which OxSyBio prints, can transmit electrical pulses, like the ones that are used by living cells, to communicate in the human nervous system.

“We also aim to integrate printed tissue-like materials with living tissues, and to print materials that themselves contain living cells. Our long-term goal is to develop a synthetic-tissue printer that a surgeon can use in the operating theatre. In ten years’ time, the use of pieces of synthetic tissue will be commonplace. The fabrication of complex synthetic organs is a more distant prospect. I ox-2am delighted to be working with Isis and IP Group to accelerate the development of our new company, OxSyBio. Our goal is to establish ourselves at the frontline of regenerative medicine,” stated Professor Hagan Bayley.

Regenerative medicine is certainly a field that will garner a lot of investor interest over the coming years, as the prospects of 3D printing organs, patches, and other living tissue increases because of natural technological progress.

Alan Aubrey, Chief Executive Officer of IP Group, said: “Synthetic biology and regenerative medicine will be central to the development of healthcare in the 21st century and IP Group is pleased to support OxSyBio as it seeks to develop products that will help to realize the potential of these exciting and growing areas.”

OxSyBio was formed just last month and is based in London England. You can participate in the discussion about OxSyBio, and their 3D droplet bioprinting technology at 3DPrintBoard.

ox-feat

Share this Article


Recent News

GaeaStar and Verve Coffee Roasters Start Pilot Production of Sustainable 3D Printed Coffee Cups

Israel’s Magnus Metal Raises $74M for its Digital Casting Process



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

IperionX Inks 10-Year Deal with Wisconsin Manufacturer for 80 Metric Tons of Titanium Per Year

IperionX, the Charlotte-based supplier of sustainable titanium powders used for additive manufacturing (AM) and metal injection molding (MIM), has signed a ten-year deal with United Stars, a group of industrial...

Gastronology Launches Industrial Production of 3D Printed Food for Dysphagia Patients

Food 3D printing has, in many ways, been an additive manufacturing (AM) segment looking for the right business case. While some applications are beautiful and others may or may not...

Featured

Lockheed Martin Leads $3M Investment in Q5D’s Electronics 3D Printing System

Q5D, an original equipment manufacturer (OEM) of robotic arm, hybrid additive manufacturing (AM) systems used for wire harness production, has closed a $3 million investment round. The investment arm of...

3D Printing News Briefs, April 6, 2024: Depowdering, Cybertruck Door Handles, & More

In today’s 3D Printing News Briefs, ioTech’s digital manufacturing CLAD technology is opening up opportunities for microelectronics and additive manufacturing. Hexagon and Raytheon Technologies commercially released the Simufact Additive Process...