Tag

Regeneration

All articles tagged with #regeneration

science17 days ago•5 min saved

Two-Protein Trick Sparks Partial Toe Regrowth in Mice

Texas A&M researchers coaxed mice toe regrowth by applying two signaling proteins—FGF2 to prime fibroblasts and BMP2 to drive blastema formation—enabling regeneration of bone, tendons, ligaments, and joints across multiple attempts. While imperfect and not yet tested in humans, the work suggests mammals may have latent regenerative potential and could inform future therapies; BMP2 is already used in reconstructive surgery and FGF2 is moving toward clinical use.

via ScienceAlert|

#blastema #bmp2 #fgf2

science17 days ago•5 min saved

Two-Step Growth Factor Therapy Sparks Regeneration in Mice

Texas A&M researchers showed that a two-step treatment—first applying FGF2 after wound closure, then BMP2—redirects local fibroblasts to form a blastema-like structure and triggers regrowth of bone, tendons, ligaments, and joints in mice after amputation. The regenerated tissues were not perfectly formed, but the main structures were restored, suggesting latent regenerative capacity in mammals and potential for reducing scarring. Because BMP2 is FDA-approved for some uses and FGF2 is in clinical trials, the approach could move toward clinical testing sooner rather than later.

via SciTechDaily|

#blastema #growth-factors #mammalian-healing

health22 days ago•1 min saved

Quit Smoking to Help Lungs Heal, but Full Recovery Isn’t Guaranteed

Experts say the lungs can repair after quitting smoking, improving health, but recovery varies by person and age; some damage or genetic changes may persist, so quitting earlier and maintaining a healthy lifestyle (e.g., exercise) is advised.

via The Guardian|

#health #lung-health #lungs

health24 days ago•7 min saved

Human Hearts Show Regrowth After Heart Attacks, Study Finds

New human data confirm that heart muscle cells can regrow after a heart attack, challenging the long-held belief that damage is permanent. By analyzing living heart tissue from bypass patients, researchers observed increased cardiomyocyte mitosis in the damaged regions, suggesting a regenerative process alongside scarring. While not yet reversing heart failure, these findings pave the way for therapies that boost the heart’s natural cell production to repair damage and potentially reduce reliance on transplantation.

via SciTechDaily|

#cardiomyocytes #health #heart

canada-health26 days ago•15 min saved

McGill team tests 'click clotting' to halt bleeding in seconds

Montreal researchers at McGill University have developed 'click clotting,' a chemical approach using a patient’s own or donor blood to rapidly form a stronger clot and control severe bleeding. In vitro and rodent testing show clots that are tougher and may promote healing, with results indicating minimal immune reactivity and no organ toxicity. The method could form clots within 10–20 minutes and, when applied, stop bleeding in seconds, offering potential use in emergency care, wound management, and surgeries. However, further trials in larger animals and humans are needed before clinical deployment.

via Global News|

#blood-clotting #canada-health #click-clotting

science3 months ago•5 min saved

Enzyme Inhibition Reverses Cartilage Degeneration Without Stem Cells

Scientists have shown in mice that inhibiting the aging enzyme 15-PGDH can regrow cartilage without stem cells, with treated cartilage thickening into hyaline cartilage and reprogramming existing joint cells to build tissue. Early tests on human cartilage also show reduced enzyme activity and initial matrix rebuilding, suggesting a potential, less invasive path to treating osteoarthritis, though research is in early stages.

via Indian Defence Review|

#15-pgdh #aging #cartilage

science3 months ago•10 min saved

Blocking an Aging Enzyme Reawakens Cartilage Regeneration Without Stem Cells

Researchers inhibited the aging-associated enzyme 15-PGDH in mice, thickening previously thinned cartilage and shifting local cells toward healthier cartilage formation; early tests on human osteoarthritic cartilage showed reduced enzyme activity and initial signs of matrix rebuilding, suggesting a potential upstream therapy for cartilage loss that doesn’t rely on stem cells.

via ZME Science|

#15-pgdh #aging #cartilage

science3 months ago•5 min saved

Tiny Sea Anemone Holds Clues to Reversing Aging

A study of the scarlet sea anemone, Nematostella vectensis, identifies tiny multipotent stem cells and key genes that drive its remarkable regeneration and aging resistance, using single-cell genomics and CRISPR to link nanos2 and piwi to somatic cell fate, making it a powerful model for anti-aging research while noting that translating these findings to humans remains a challenge.

via Indian Defence Review|

#aging #cnidaria #nematostella-vectensis

health6 months ago•2 min saved

Scientists Develop Breakthrough Gel to Regrow Tooth Enamel and Prevent Cavities

Researchers at the University of Nottingham have developed a protein-based gel that can potentially regrow tooth enamel by encouraging mineral growth, showing promising results in lab tests on extracted human teeth, with plans for clinical trials soon, offering a revolutionary approach to dental care.

via Futurism|

#dental-health #gel-treatment #health

health6 months ago•2 min saved

Innovative Gel Promises to Repair and Regrow Tooth Enamel

Researchers at the University of Nottingham have developed a gel that can repair and regrow tooth enamel, mimicking natural enamel formation and potentially simplifying dental treatments. The gel promotes organized crystal growth on damaged teeth, restoring strength and structure, and could lead to easier, more effective dental care in the future. However, further testing in humans is needed to ensure safety.

via ScienceAlert|

#biotechnology #dental-health #gel-treatment

health6 months ago•3 min saved

Innovative Gel Promises to Regrow Tooth Enamel and Transform Dental Care

Scientists have developed a new gel that can repair and regenerate tooth enamel, mimicking natural processes without fluoride, potentially transforming dental care by providing a safe, effective, and long-lasting solution for enamel restoration and decay prevention.

via ScienceDaily|

#dental #enamel #gel

science6 months ago•0 min saved

Stem Cell Breakthroughs Promise Regeneration of Teeth and Bone

Stem cell research has identified two types of cells that could potentially lead to the regeneration of teeth and bone, representing a significant breakthrough in regenerative medicine.

via bgr.com|

#bone #medical-advances #regeneration

science6 months ago•6 min saved

Exclusive Interview Unveils Secrets of Two-Headed Worm

Scientists observed spontaneous formation of double-headed flatworms (Stenostomum brevipharyngium) in a lab, leading to a humorous and fictional interview with the two heads of a worm, highlighting the biological curiosity and playful exploration of their behavior and identity.

via Defector|

#biological-mystery #double-headed #flatworm

science7 months ago•3 min saved

Two-Headed Flatworms Generate Unusual Offspring, Scientists Find

Scientists discovered that certain flatworms can naturally develop two heads and reverse their body axis without impairing their survival or reproduction, thanks to their remarkable regenerative abilities and pluripotent stem cells, revealing extreme physiological flexibility.

via ScienceAlert|

#body-axis-reversal #flatworms #regeneration

science7 months ago•4 min saved

Axolotls Use 'Fight or Flight' Response to Regenerate Body Parts

Harvard researchers discovered that axolotls use their 'fight or flight' sympathetic nervous system, particularly adrenaline signaling, to activate stem cells body-wide for limb regeneration, a process that could inform future human regenerative medicine.

via Phys.org|

#axolotl #fight-or-flight #regeneration