Social Media Ideas for Regenerative Medicine

Regenerative Medicine Innovations Shaping The Future Of Healthcare

Healthcare looks different today than it did a decade ago. Patients now expect treatments that support recovery, reduce long-term complications, and improve quality of life. Resear...

Regenerative Medicine in the Bronze Age: MSCs and MSC-EVs Leading the Way

The field of regenerative medicine is gaining momentum. Mesenchymal stem cells (MSCs) remain central to this field, with expanding applications as direct therapies and as producers...

The State of Stem Cell Therapies

First generation stem cell therapies that use a variety of cell sources and protocols are widely used in the medical tourism industry. A more limited set of such therapies are used...

<![CDATA[Steer Bio Targets Lymphedema with Regenerative Cell Therapy Platform]]>

Denver Regenerative Medicine Publishes Patient-Education Materials Defining "Rejuvenation Therapy"

Could Tissue Restoration Be the Next Step in Regenerative Aesthetics?

Research into the extracellular matrix is exploring new approaches to restoring soft tissue, with potential applications ranging from facial rejuvenation to post-weight-loss restor...

Timing Regenerative Signals Determines Healing Outcomes After Injury

Medicine has long aimed to deliver the right therapeutic signals to the right tissue at the right moment. New University of Oregon research suggests that regenerative outcomes may...

Chinese stem cell therapy reverses heart failure in 90% of patients in landmark trial

A hospital in east China has used reprogrammed stem cells to treat severe heart failure, with 90 per cent of patients showing significant recovery in heart function after the novel...

Considering Replacement Based Therapies to Treat Aging

How far can one go, practically speaking, and in the relatively near future, to develop therapies to treat aging based on replacement of worn parts? Some forms of replacement thera...

Joseph Spine Institute Announces New Regenerative Therapy Center, Offering Advanced Adipose-Derived Cell and PRP Therapi...

TAMPA, Fla., Sept. 3, 2026 /PRNewswire/ — Joseph Spine Institute, a nationally recognized leader in advanced spine care and minimally invasive…

Exosome Therapy Reduces Scarring and Heart Failure Following a Heart Attack

The heart regenerates poorly in comparison to other tissues, and the maladaptive inflammation that occurs following a heart attack does not help the situation. Fibrosis and scarrin...

Mapping cardiovascular progenitors in pig hearts identifies Midkine as neovascularization promoter

A new study tracking human stem-cell-derived cardiovascular progenitors inside injured pig hearts has identified a molecular signal that may help explain how transplanted cells pro...

How Spray-On Skin Cells Restore Form and Function After Wound Closure

Autologous Spray-On Skin Cells are expanding what's possible in reconstructive surgery. By reducing donor skin requirements and supporting faster, more natural healing, the technol...

DNMT1-Targeted Macrophages Deliver Drug-Loaded Nanoparticles to Reduce Heart Transplant Fibrosis

Heart transplantation can replace a failing organ, but the procedure does not end the biological struggle. Even when a graft survives the initial immune attack, persistent inflamma...

Peripheral Myh11-Expressing Nucleus Pulposus Cells Show Promise Against Disc Degeneration

A newly reported nucleus pulposus cell population could reshape how scientists understand the spine’s natural capacity for repair. In a study published in Nature Communications, Zh...

Landmark Phase III Trial Finds Cell Therapy Slows Muscle Decline in Advanced DMD

A Phase III trial found the donor-derived cell therapy deramiocel slowed arm muscle decline in boys and young men with advanced Duchenne muscular dystrophy, with potential benefits...

Las Vegas company grows patients’ skin in lab to treat severe burns

Regenicin, a biotech company at Roseman (University) Bioventures, can take a small piece of skin from a burn patient and grow it in the lab into a piece up to 100 times larger in a...

FibroBiologics Announces Chondrocyte Spheroids Demonstrate Cartilage Repair in Preclinical Study of Degenerative Joints

Animal trials show cartilage repair within four weeks following a single injection of chondrocyte spheroids

Colorectal Cancer Targeted with Mass-Produced iPSC-Derived Allogeneic T Cells

Researchers generated off-the-shelf, mass-producible iPSC-derived allogeneic γδT cells that in a small preclinical study suppressed tumor growth in mouse colorectal cancer xenograf...

Large Bioprinted Tissues Get a Precision Boost

A new perfusion-bioreactor platform developed by researchers in France offers tighter control of large bioprinted tissue cultures, combining regulated growth conditions with MRI mo...

Reprogramming of Corticospinal Neurons Improves Recovery of Function in Mice Following Stroke

Rehabilitation following a stroke that causes significant loss of function is a slow, painful, and uncertain process. The concept underlying these efforts is that the brain will at...

Human iPSC-Derived Heart Assembloids Reproduce Valve Development and Disease

Different types of organoids grown from pluripotent, adult human stem cells can be combined into "assembloids" to better model complex organs that natively originate from combinati...

Coral-inspired scaffold reprograms immune cells to accelerate bone regeneration

A coral-inspired scaffold that combines multi-walled carbon nanotubes with nano-hydroxyapatite has shown promise in restoring bone regeneration in steroid-induced osteonecrosis of...

MIT Engineers Develop Precise Method to Grow Artificial Blood Vessels

Tissue engineering has long promised to rebuild damaged organs and tissues, but one stubborn barrier remains: reliable vasculature. Without a precisely organized blood vessel netwo...