Tema

Células-Tronco

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

188 artigos

New Cryopreservation Method Dramatically Improves Cell Survival After Freezing
Regenerative Medicine

New Cryopreservation Method Dramatically Improves Cell Survival After Freezing

Interrupted cooling protocols boost cell viability in cryopreservation by optimizing freeze-thaw timing and temperature control.

Artigo Científico
17 de abr. de 2026 0
Scientists Create Remote-Controlled Gene Switch Using Electromagnetic Fields
Regenerative Medicine

Scientists Create Remote-Controlled Gene Switch Using Electromagnetic Fields

Breakthrough technology allows precise activation of genes in living animals using electromagnetic fields, opening new therapeutic possibilities.

Artigo Científico
16 de abr. de 2026 0
Vias p16/p21-SASP: Alvos Moleculares para o Desenvolvimento de Fármacos Senolíticos
Regenerative Medicine
Premium

Vias p16/p21-SASP: Alvos Moleculares para o Desenvolvimento de Fármacos Senolíticos

Explore os mecanismos moleculares da senescência celular e como as vias p16/p21 impulsionam a produção de SASP, além dos alvos farmacológicos senolíticos de ponta.

TutorialAvançado
14 de abr. de 2026 0
Drogas Senolíticas: Eliminando as Células Zumbi para Reverter o Envelhecimento
Regenerative Medicine
Premium

Drogas Senolíticas: Eliminando as Células Zumbi para Reverter o Envelhecimento

Descubra como drogas revolucionárias combatem as "células zumbis" que se acumulam com a idade, podendo reverter o envelhecimento e prolongar a expectativa de vida saudável.

TutorialIntermediário
14 de abr. de 2026 0
Scientists Create Tendon-Derived Threads That Could Transform Injury Repair
Regenerative Medicine

Scientists Create Tendon-Derived Threads That Could Transform Injury Repair

Researchers developed a new method to create aligned fibers from tendon tissue that maintain natural proteins and support cell growth.

Artigo Científico
12 de abr. de 2026 0
Chinese CRISPR therapy cures blood disease patients without transfusions
Regenerative Medicine

Chinese CRISPR therapy cures blood disease patients without transfusions

Five beta thalassemia patients no longer need regular blood transfusions after Chinese gene therapy treatment.

Comunicado de Imprensa
11 de abr. de 2026 0
Smart Hydrogel Clears Gum Disease Bacteria While Preserving Stem Cells
Regenerative Medicine

Smart Hydrogel Clears Gum Disease Bacteria While Preserving Stem Cells

Novel iodide-enhanced hydrogel penetrates gum pockets to eliminate harmful bacteria while protecting regenerative stem cells.

Artigo Científico
11 de abr. de 2026 0
Eosinophils Essential for Blood Stem Cell Regeneration and Healthy Aging
Regenerative Medicine

Eosinophils Essential for Blood Stem Cell Regeneration and Healthy Aging

New research reveals eosinophils protect hematopoietic stem cells, suggesting immune balance is crucial for regenerative capacity.

Artigo Científico
10 de abr. de 2026 0
David Sinclair's Life Biosciences Raises $80M for Anti-Aging Gene Therapy Trial
Regenerative Medicine

David Sinclair's Life Biosciences Raises $80M for Anti-Aging Gene Therapy Trial

Longevity startup secures major funding to test one-time gene therapy designed to reverse cellular aging in clinical trials.

Comunicado de Imprensa
9 de abr. de 2026 0
3D Cell Culture Boosts Stem Cell Healing Power Through Mitochondrial Transfer
Regenerative Medicine

3D Cell Culture Boosts Stem Cell Healing Power Through Mitochondrial Transfer

Dynamic 3D culture systems enhance stem cells' ability to transfer healing mitochondria via tunneling nanotubes, accelerating wound repair.

Artigo Científico
9 de abr. de 2026 0
ARPA-H Funds $100M Joint Regeneration Research Across Three Academic Centers
Regenerative Medicine

ARPA-H Funds $100M Joint Regeneration Research Across Three Academic Centers

Federal agency backs clinical trials testing new approaches to heal aging joints and restore mobility in older adults.

Comunicado de Imprensa
8 de abr. de 2026 0
Endogenous Aldehydes May Drive Blood Cell Mutations From Within Our Bodies
Regenerative Medicine

Endogenous Aldehydes May Drive Blood Cell Mutations From Within Our Bodies

New research explores how naturally occurring aldehydes in our bodies might trigger clonal hematopoiesis, a blood disorder linked to aging.

Artigo Científico
8 de abr. de 2026 0
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