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1398 results for "tissue regeneration"
Danish scientists discovered that losing weight doesn't just shrink fat cells—it actually helps regenerate healthier fat tissue. The breakthrough research shows that even modest weight loss can reverse obesity-related inflammation and restore fat tissue to a state resembling lean, healthy individuals.
Scientists accidentally discovered that severed sea cucumber body parts can heal themselves and survive indefinitely in regular ocean water. The detached tissues lived for over three years without dying, potentially rewriting what we know about tissue regeneration and longevity.
Texas researchers successfully triggered bone and tissue regeneration in mice by reprogramming scar-forming cells to rebuild lost structures instead. The breakthrough suggests humans may have always had regenerative abilities like salamanders, just blocked by our body's scarring response.
Scientists discovered that severed tissue from a sea cucumber keeps living, healing, and growing for years without dying. These "zombie" fragments might hold clues to understanding regeneration and longevity.
Scientists created tiny uterus models that can menstruate and regenerate, revealing how the body heals without scars. The breakthrough could transform how we treat wounds and tissue damage.
Texas researchers have discovered mammals may not have lost the ability to regrow body parts after all. A two-step treatment successfully restored bone, joints, and tendons in animal studies by redirecting healing away from scar tissue.
Scientists discovered a protein blocking cartilage repair in aging joints and reversed the damage in older mice and human tissue. The breakthrough could lead to the first drug that actually regrows cartilage instead of just treating pain.
A crowdfunded nonprofit called Foregen is developing a way to reverse circumcision using tissue engineering and a patient's own stem cells. Human clinical trials could begin soon after 15 years of research and development.
Scientists created miniature uterus tissue that can menstruate and heal itself in the lab, opening new paths to treat conditions like endometriosis. The breakthrough reveals how the body's most resilient tissue repairs itself perfectly every month.
Scientists at Stanford Medicine have found a way to regenerate cartilage by blocking a protein that increases with age. The breakthrough could help millions suffering from joint pain and prevent arthritis in injured athletes.
University of Ottawa scientists created a synthetic peptide gel that seals wounds using light, matching commercial adhesives while being fully biodegradable. The innovation could transform how doctors repair tissues without triggering immune responses.
Women with dense breast tissue now have better options for catching early-stage cancers that regular mammograms miss. A major UK trial shows fast MRI and contrast mammography detect up to five times more cancers than ultrasound alone.
Scientists at Northwestern University have successfully used "dancing molecules" to heal lab-grown human spinal cord tissue, bringing new hope to paralysis treatment. The breakthrough therapy, already FDA-designated, dramatically reduced scar tissue and regrew nerve connections in the most advanced spinal cord organoid model ever created.
Scientists at Carnegie Mellon University are developing breakthrough 3D-printed liver tissue that could help patients survive while waiting for transplants. The living patch could buy crucial time for diseased livers to heal themselves. #
A Colorado engineer inspired by her mother's death from breast cancer is developing 3D-printed scaffolds that help survivors grow their own natural breast tissue after surgery. The breakthrough could give 300,000 women annually a safer, more natural alternative to traditional implants.
German researchers successfully revived frozen mouse brain tissue after up to a week in storage, restoring memory and thought functions. The breakthrough could revolutionize organ transplants and emergency brain injury treatment.
German researchers successfully froze brain tissue to -130°C and revived it with full function intact, bringing science fiction closer to reality. The breakthrough could transform how we treat incurable diseases and even make long-distance space travel possible.
Scientists at the University of Oklahoma discovered a 450-million-year-old fossil that preserved something almost never seen: soft tissue from an ancient sea creature. The find gives researchers an unprecedented look at life in Earth's earliest ocean ecosystems.
While many moved on from the pandemic, Dr. Michael Peluso launched a groundbreaking program to help millions still suffering from long COVID. His tissue bank has collected over 100,000 biospecimens and is helping scientists worldwide search for a cure.
University of Oklahoma paleontologists discovered only the second known example of preserved soft tissue in ancient starfish relatives, offering a rare window into ocean life from 450 million years ago. The find is helping scientists understand how early marine animals evolved their feeding strategies.
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