Bioprinting breakthrough: functional tissue created 10x faster
Pennsylvania State University (PSU) - 03-Dec-2024A new technique from Penn State leverages cell clusters to revolutionize regenerative medicine
Join the club for FREE to access the whole archive and other member benefits.
A new technique from Penn State leverages cell clusters to revolutionize regenerative medicine
A groundbreaking model helps tiny robots navigate bloodstreams, paving the way for clinical trials
Transforming respiratory care and reducing reliance on organ donors
Custom 3d-printed lenses promise faster, affordable cataract treatment
Their work is a major step toward personalised medical treatments
Next steps include testing these vessels in animal models before moving on to humans
Engineers create lifelike vascular networks in heart tissue for future organ transplants
Bionic device offers comfort, function, and freedom for everyday use
Fewer doses, better taste & improved adherence for rare diseases and beyond
Personalized bioprints for affordable and more accessible transplants in the near future
Revolutionary bioprinting technique with potential for flawless skin repair and hair regrowth
Novel method for natural-looking eyes, offering comfort and wider access
It could be used to study Down syndrome, Alzheimer's, and even new medicines
Stronger tools and parts from recycled materials -a sustainable way for space exploration
This £4.2M boost will help them offer this tech more widely in Europe and US
Sound waves and a special ink to print custom implants and deliver drugs directly to injured tissues
A revolutionary step towards regenerative medicine, drug testing, and enhanced skin models
Promises a future without animal testing and the need for organ donors
CurifyLabs' pharma kit streamlines the production of tailored medications
Structure promotes bone healing in oral and maxillofacial surgeries
A personalised approach to healing the brain and restoring lost function
Improves in situ tissue and organ regeneration, promising future applications in drug delivery and custom prosthetics
Study demonstrates feasibility of conducting polymer-based structures as integrated electronics for medical applications
F3DB is designed as an all-in-one endoscopic tool that avoids the use of changeable tools
Grafts fit perfectly to any complex body part and can also be tailored for each patient