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TISSUE REGENERATION RESEARCH
Could space-grown stem cells unlock faster cancer treatments and revolutionize organ regeneration breakthroughs? NASA’s ISS experiments are revealing surprising answers about the power of microgravity medicineSpace stem cell research is rapidly changing cancer treatment and regenerative medicine worldwide. Scientists aboard the International Spac...- Scientists just found the holy grail gene that could let humans regrow their own limbs one dayScientists studying naked mole rats discovered a gene linked to high levels of high molecular weight hyaluronic acid (HMW-HA), a substance ...
- The Creature That Can Regrow Its Entire BrainPlanarian flatworms possess remarkable brain regeneration capabilities, thanks to specialized neoblast stem cells that can differentiate in...
- Snails Can Regrow Entire Eyes in Just Weeks, and Scientists Are Paying AttentionA humble freshwater snail, the golden apple snail, possesses an extraordinary ability to regrow an entire, functional eye within a month. S...
- Hair regrowth in just 20 days: Taiwanese researchers made a breakthrough hair serum that promises hair restoration within a monthResearchers at National Taiwan University have developed a rub-on serum using natural fatty acids that reportedly stimulates hair growth wi...
- Israel to launch world's first human spinal cord transplant using patient’s own cellsIsrael is set to perform the world’s first spinal cord transplant using a patient’s own cells, marking a historic milestone in regenerative...
- Study finds possible way to heal damaged lungs after premature birthResearchers have used four-dimensional microscopy to create 3D video images of mouse lung tissue, revealing how lung resilience and healing...
- IISc partners with CELLiNK, launches centre of excellence for 3D bioprintingThe CoE which will focus on working around the heart care, bone, cartilage and cancer, will house several state-of-the-art 3D bioprinters.
- Scientists develop model for better diagnosis, treatment of osteoarthritisThe paper builds on another recent study the RIT-Cornell team published in Soft Matter that looked at how cartilage's properties resisted f...
- 3D printing technique that creates super soft organ replicasLondon, Jan 14 (IANS) A team of researchers have found a new 3D printing technique that allows them to replicate biological structures whic...
- Indian project aims to overcome shortage of donor organsBengaluru, Nov 27 (IANS) India's Department of Biotechnology has decided to give a big push for research in "tissue engineering" aimed at e...
- Future of healing: New, smart bandage will be tailored for a specific woundA single bandage could accommodate multiple medications tailored to a specific type of wound.
- US researchers grow organoids to tackle facial deformitiesWashington, June 19 (IANS) US researchers are growing tiny functioning segments of organs, called organoids, in a bid to find ways to treat...
- Stem cell therapy can help treat diabetic heart diseaseDHD affects the muscular tissues of the heart leading to complications.
- Stem cells may help treat spinal cord injuriesThe stem cells, called neural progenitor cells, were taken from rat embryos and directed to develop as spinal cord tissue.
- Novel technique to help grow bone cellsFor about a decade, researchers have been able to direct the fate of stem cells by tuning the stiffness of its microenvironment, also known...
- Embryonic stem cells could heal damaged lungs: ResearchEmbryonic stem cells can be used to repair damaged lung tissue in those with severe respiratory disease, researchers have found.
- Turbo-charging hormone can repair 'broken' heartThe animal study found it was possible to regenerate muscle cell numbers in the heart by up to 45 per cent, by 'turbo-charging' a hormone t...
- Stem cells that regenerate bones and cartilage identifiedResearchers at CUMC discovered the cells, called osteochondroreticular (OCR) stem cells, in bone marrow of mice by tracking a protein expre...
- 'Artificial bones' generated from umbilical cord stem cellsScientists have successfully developed 'artificial bones' from umbilical cord stem cells, paving way for repair of bones.
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