Discover your next big idea for life sciences at PACK EXPO Las Vegas
Experience a breakthrough in life sciences packaging—explore solutions from 2,300 suppliers spanning all industries, all in one place this month.

Need New Corneas? Just Hit ‘Print’!

Scientists at Newcastle University have developed a way to 3D print human corneas for the first time.

3D Printed Cornea / Image: Newcastle
3D Printed Cornea / Image: Newcastle

Each year, roughly 5 million people around the world lose sight in both eyes due to corneal dysfunction from disease or accident. Cornea transplants are one solution to the issue, but there happens to be a worldwide shortage of corneas. According to a recent Financial Times article, a team at Newcastle University has developed a way to 3D print human corneas, and it could permanently solve the issue.

The method consists of mixing stem cells from a healthy donor cornea with a gel derived from seaweed and collagen. The result is a “bio-ink” solution that is printable. The solution keeps the stem cells alive during the printing process, and allows the material to hold its shape while maintaining the malleability to squeeze through the nozzle of the printer. The 3D-printed corneas will have to pass further testing, but this technique could be common practice within five years.

Break out of the ordinary: see what’s new in life sciences packaging
At PACK EXPO Las Vegas, you’ll see machinery in action and new tech from 2,300 suppliers, collaborate with experts and explore transformative solutions. Join us this month to experience a breakthrough for life sciences products.
REGISTER NOW!
Break out of the ordinary: see what’s new in life sciences packaging
Researched List: Blister Machines for Life Sciences
Need a blister machine for life sciences packaging? Our curated list features companies serving pharmaceutical, medical device, nutraceutical, and cosmetic industries. Download to access company names, locations, machine specifications, descriptions, and more.
Download Now
Researched List: Blister Machines for Life Sciences