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ex vivo

Cell Therapy News

Transamniotic Mesenchymal Stem Cell Therapy for Neural Tube Defects Preserves Neural Function through Lesion-Specific Engraftment and Regeneration

[Cell Death & Disease] Researchers report that transamniotic bone marrow-derived mesenchymal stem cell therapy for neural tube defects during early development may achieve beneficial functional recovery.

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Pfizer Eyes Earlier Talzenna Use after Phase 3 Prostate Cancer Win

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A Feedback Mechanism from Prostate Cancer Cells to Macrophages, Reinforced by STAT1, Regulates Tumor Progression, and Resistance to Radiotherapy

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Suppression of PARP1 Enhances PTEN mRNA Therapy in Castration-Resistant Prostate Cancer by Glycolysis Disruption

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GI Innovation Announces First Clinical Supply Agreement to Explore Combination Therapy for Prostate Cancer

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Tag results:

ex vivo

Transamniotic Mesenchymal Stem Cell Therapy for Neural Tube Defects Preserves Neural Function through Lesion-Specific Engraftment and Regeneration

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Pfizer Eyes Earlier Talzenna Use after Phase 3 Prostate Cancer Win

A Feedback Mechanism from Prostate Cancer Cells to Macrophages, Reinforced by STAT1, Regulates Tumor Progression, and Resistance to Radiotherapy

Suppression of PARP1 Enhances PTEN mRNA Therapy in Castration-Resistant Prostate Cancer by Glycolysis Disruption

GI Innovation Announces First Clinical Supply Agreement to Explore Combination Therapy for Prostate Cancer

Overcoming T Cell Tolerance to Tumor Self-Antigens through Catch-Bond Engineering