Tema de Pesquisa

Regenerative Medicine

Stem cells, exosomes, gene therapy, peptides, hyperbaric oxygen, and epigenetic reprogramming

390 artigos

miR-330 Emerges as a Key Protector Against Osteoarthritis Driven by Abnormal Joint Stress
Regenerative Medicine

miR-330 Emerges as a Key Protector Against Osteoarthritis Driven by Abnormal Joint Stress

A microRNA reduced by mechanical stress may hold both diagnostic and therapeutic promise for osteoarthritis in knee and jaw joints.

Artigo Científico
30 de mai. de 2026 0
Digital Twins Could Revolutionize How We Match Donor Lungs to Recipients
Regenerative Medicine

Digital Twins Could Revolutionize How We Match Donor Lungs to Recipients

A Nature Medicine short-form item by K. O'Leary whose title points to digital twin technology applied to donor lungs; only title-level metadata was available for review.

Artigo Científico
30 de mai. de 2026 0
Your Thymus Can Repair Itself — Here's How That Could Transform Immune Aging
Regenerative Medicine

Your Thymus Can Repair Itself — Here's How That Could Transform Immune Aging

A landmark review reveals the molecular pathways driving thymic self-repair after injury, with major implications for aging immunity.

Artigo Científico
29 de mai. de 2026 0
Macrophage Cell Therapy Cuts Death and Transplant Risk in Half for Cirrhosis Patients
Regenerative Medicine

Macrophage Cell Therapy Cuts Death and Transplant Risk in Half for Cirrhosis Patients

A 4-year follow-up of a phase 2 trial finds autologous macrophage therapy nearly halves death or transplant rates in liver cirrhosis.

Artigo Científico
29 de mai. de 2026 0
Vascular Cells Revert to Stem-Like State After Injury Driving Dangerous Artery Scarring
Regenerative Medicine

Vascular Cells Revert to Stem-Like State After Injury Driving Dangerous Artery Scarring

Injured artery smooth muscle cells temporarily become stem-like progenitors, fueling the dangerous buildup that narrows blood vessels after cardiac procedures.

Artigo Científico
29 de mai. de 2026 0
How Pig Organs, Bioprinted Tissue and Stem Cells Could End Transplant Waitlists
Regenerative Medicine

How Pig Organs, Bioprinted Tissue and Stem Cells Could End Transplant Waitlists

Xenotransplantation, 3D bioprinting, and stem cell therapies are converging to solve the global organ shortage crisis.

Comunicado de Imprensa
28 de mai. de 2026 0
NIH Study Tests Bone Marrow Stromal Cells From Multiple Tissues for Bone Regeneration
Regenerative Medicine

NIH Study Tests Bone Marrow Stromal Cells From Multiple Tissues for Bone Regeneration

NIDCR researchers compared stromal cells from bone marrow, skin, spleen, and fat to identify which best regenerates bone and supports blood formation.

Ensaio Clínico
25 de mai. de 2026 0
FDA Approves Datroway as First-Line Treatment for Triple-Negative Breast Cancer
Regenerative Medicine

FDA Approves Datroway as First-Line Treatment for Triple-Negative Breast Cancer

The FDA greenlights a new antibody-drug conjugate for aggressive breast cancer, expanding first-line treatment options for patients.

Comunicado de Imprensa
24 de mai. de 2026 0
Next-Gen Antidepressants Offer New Hope for Treatment-Resistant Depression
Regenerative Medicine

Next-Gen Antidepressants Offer New Hope for Treatment-Resistant Depression

A new wave of antidepressants is targeting patients who don't respond to standard treatments, with implications for brain health and longevity.

Comunicado de Imprensa
23 de mai. de 2026 0
Spatial Multi-Omics Maps Kidney Regeneration at Single-Cell Resolution
Regenerative Medicine

Spatial Multi-Omics Maps Kidney Regeneration at Single-Cell Resolution

A landmark multi-omics atlas of human kidney tissue reveals how proximal tubule cells shift between repair and disease states after injury.

Artigo Científico
23 de mai. de 2026 0
Miniaturized Thymus Organoid Opens Door to High-Throughput Immune Rejuvenation Research
Regenerative Medicine

Miniaturized Thymus Organoid Opens Door to High-Throughput Immune Rejuvenation Research

Scientists built a microwell-based mini-thymus that replicates native thymic biology and supports T cell development at scale.

Artigo Científico
23 de mai. de 2026 0
Reprogrammed Apoptotic Platelets Stop Bleeding Faster Than Clinical Standards
Regenerative Medicine

Reprogrammed Apoptotic Platelets Stop Bleeding Faster Than Clinical Standards

Scientists engineer high-PS procoagulant platelets that outperform thrombin and commercial hemostatic agents, even in antiplatelet-treated patients.

Artigo Científico
23 de mai. de 2026 0
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