Topic

Stem Cells

Stem cell therapies, regenerative medicine, tissue engineering, and cellular reprogramming

338 articles

Researchers Propose 10 Biological Hallmarks to Explain Facial Aging
Regenerative Medicine

Researchers Propose 10 Biological Hallmarks to Explain Facial Aging

A proposed framework links facial aging to 10 tissue processes, but studies must show whether it improves treatment decisions.

Research Paper
Nov 3, 2026 0
Stiff Hydrogels Restore Some Youthful Features in Aging Stem Cells in the Lab
Regenerative Medicine

Stiff Hydrogels Restore Some Youthful Features in Aging Stem Cells in the Lab

A stiffer growth surface helped aging stem cells regain shape and multiply in the lab, suggesting a possible tool for regenerative medicine.

Research Paper
Nov 3, 2026 0
First-in-human trial will test patients' own reprogrammed liver cells against advanced cirrhosis
Regenerative Medicine

First-in-human trial will test patients' own reprogrammed liver cells against advanced cirrhosis

Japanese researchers will transplant patients' own chemically reprogrammed liver progenitor cells into the portal vein in a first-in-human cirrhosis safety trial.

Research Paper
Oct 31, 2026 0
Mitochondrial Transplants Could Reshape Metabolism and Immune Activity
Regenerative Medicine

Mitochondrial Transplants Could Reshape Metabolism and Immune Activity

A review explores how mitochondrial transplants might repair damaged tissues—and why dosing, safety, and manufacturing remain major hurdles.

Review
Oct 28, 2026 0
Partial Reprogramming With Yamanaka Factors Shrinks Stroke Damage in Aging Mice
Regenerative Medicine

Partial Reprogramming With Yamanaka Factors Shrinks Stroke Damage in Aging Mice

Four weeks of cyclic Yamanaka factor expression reduced ischemic brain damage and preserved neurons and myelin in aged mice assessed 48 hours after stroke.

Research Paper
Oct 26, 2026 0
Circular RNA reprogramming rejuvenates cultured mesenchymal stem cells
Regenerative Medicine

Circular RNA reprogramming rejuvenates cultured mesenchymal stem cells

Lipid nanoparticle-delivered circular RNA encoding OCT4, SOX2 and KLF4 rejuvenated senescent stem cells in vitro without triggering pluripotency.

Research Paper
Oct 24, 2026 0
Partial Cellular Reprogramming Opens New Questions for Plastic Surgery
Regenerative Medicine

Partial Cellular Reprogramming Opens New Questions for Plastic Surgery

Could resetting cellular aging reshape plastic surgery? A new perspective explores the possibilities, but offers no patient outcome data.

Research Paper
Oct 21, 2026 0
Nanofat Transfer May Improve Aging Facial Skin, but Evidence Gaps Remain
Regenerative Medicine

Nanofat Transfer May Improve Aging Facial Skin, but Evidence Gaps Remain

A procedural review reports improvements in facial skin quality with processed fat, but leaves the size and durability of benefits unclear.

Research Paper
Oct 17, 2026 0
Small Trial Tests Neuro-Cells Safety in Chronic Spinal Cord Injury
Regenerative Medicine

Small Trial Tests Neuro-Cells Safety in Chronic Spinal Cord Injury

A completed 10-patient trial tested a stem cell product for chronic spinal cord injury, but the supplied abstract reports no safety or recovery results.

Clinical Trial
Oct 17, 2026 0
How Senescent Stem Cells Drive Bone and Joint Aging — and How to Fix Them
Regenerative Medicine

How Senescent Stem Cells Drive Bone and Joint Aging — and How to Fix Them

A new review reveals stem cell senescence as the shared root cause of osteoporosis, osteoarthritis, and disc degeneration — and maps emerging therapies.

Review
Oct 7, 2026 0
Stem Cell Exosomes Carry XPO7 Protein That Slows Osteoarthritis by Fighting Cartilage Aging
Regenerative Medicine

Stem Cell Exosomes Carry XPO7 Protein That Slows Osteoarthritis by Fighting Cartilage Aging

Bone marrow stem cell exosomes deliver XPO7, which suppresses KDM2B to reverse chondrocyte senescence and halt osteoarthritis progression in rats.

Research Paper
Oct 5, 2026 0
Lab-Grown Dopamine Pathway Survives 6 Months Inside a Parkinson's Brain
Regenerative Medicine

Lab-Grown Dopamine Pathway Survives 6 Months Inside a Parkinson's Brain

Human iPSC-derived tissue-engineered nigrostriatal pathways restore dopamine release in rats for up to 6 months, offering a new path for Parkinson's repair.

Research Paper
Oct 5, 2026 0
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