Bio 3d printing

Welcome to August! Have you ever marvelled at the wonders of medical technology that allow doctors to peek inside the human body? Over the years, CT scans, MRIs, and ultrasounds have become increasingly sophisticated, offering detailed…

Imagine a world where cancer cells could be targeted and eliminated with the precision of a well-trained army. Well, that world is becoming a reality! A groundbreaking three-dimensional (3D) bioprinting technology that utilizes the power…

Researchers from Cardiff University have made a groundbreaking discovery—they've developed a 3D bioprinter made entirely from Lego! Led by Dr Christopher Thomas, Dr Oliver Castell, and Dr Sion Coulman from Cardiff's School of Pharmacy and…

An immune system model that can be studied outside of the body is being developed by researchers at Amgen British Columbia (BC) using human tonsil tissue and 3D bioprinting. Making a platform that can more quickly and accurately predict…

MIT engineers have created a method using 3d printing that allows doctors to provide patients with care that is unique to each heart. The heart is one of the most important organs in the body, but it is also susceptible to many dangers.…

3D printing in healthcare is used to produce living human cells or tissues. …

Scientists in Australia have created a soft robot resembling a snake that can print living cells directly inside patients' bodies, potentially eliminating the need for invasive surgeries to implant 3D-printed tissues and treatments. …

A soft robotic arm that can print directly onto organs and tissues inside the human body has been created by engineers at the University of New South Wales (UNSW), expanding the potential for 3D bioprinting. In recent years, the…

The first successful 3D-printed ear made from human cells was implanted into a patient by the US-based regenerative medicine company 3DBio Therapeutics. Once thought to be a fantasy, replacement body parts are a reality. The first…

To create devices that can be used to monitor heart rate and stimulate nerves,a Chinese-led team of scientists claims to have developed a highly conductive 3D printing ink that can build circuits in hydrogel. The jelly-like hydrogel could…

Bioprinting has always had a lot of potential for growth in the medical field,With 3D printing models and also a viable working heart. The use cases for bioprinting are varied and potentially limitless.A major challenge in drug development…

First introduced in the 80s, 3D printing, or additive manufacturing, has become a unique tool in the medical field. It is fast becoming a cost-effective alternative means of developing custom prosthetic limbs and even less common…