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Mesenchymal Stem Cells

Studying MSC-Based Neuroprotection to Generate Cell-Free Therapies?

Researchers discover that TIMP3 release from MSCs can reduce the neurocognitive decline observed after traumatic brain injury

Improving Culture Conditions to Boost hMSC Therapeutic Potential

Studies into cell density and consequent metabolic alterations may enhance the clinical potential of human mesenchymal stem cells.

Boosting Repair by Getting Stem Cells out of their Trap?

Researchers discover a potential means to enhance the therapeutic potential of MSCs by inhibiting their entrapment in the lungs.

MSCs: An Effective Remedy for Aging?

A new study in a rat model suggests that infusions of MSCs could counteract many of the signs of normal aging.

Understanding Gliosis to Improve Stem Cell Therapy for Visual Loss

Researchers begin to unravel the molecular responses to cell transplantation in the hope of improving treatment for retinal degeneration.

Pretreated Stem Cells Lose Regenerative Capacity

Boosting homing in mesenchymal stem cells to the mouse gut leads to an unexpected reduction in their pro-regenerative effects.

Patching up the Heart with Human Umbilical Cord Stem Cells

Researchers find that the placement of a stem cell-fibrin patch on the injured heart promotes the improvement of cardiac function

Case Study Shows Feasibility of Stem Cell Treatment after Liver Organ Transplant

First-in-human case demonstrates that MAPC transplantation after liver transplantation is feasible and safe and may represent and new method of moderating immune responses

Delineating Hypoxic Regulation of Metabolic Pathways to Promote Stem Cell Function

Detailed analysis of the oxygen sensing and metabolic signaling pathways may improve the therapeutic potential of mesenchymal stem cell populations

Stem Cell Therapy Enhances Neurological Recovery Following Spina Bifida Repair Surgery

Stem cells derived from the human placenta promote neurological recovery following spina bifida surgery in an ovine model


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