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Mesenchymal Stem Cells

Promoting Cardiac Regeneration with an Effective Cell-Free Strategy

An exosome-based cell-free combination strategy shows great potential for the treatment of heart conditions

Quiescence: A Simple and Effective Strategy to Enhance Stem Cell Survival?

Researchers have discovered that inducing quiescence in stem cells may be an effective means to enhance stem cell survival

MSC-derived Exosomes Promote Bone Fracture Repair

Exosomal miRNA derived from mesenchymal stem cells promotes bone fracture healing in a mouse model

miR-145: An Important new Target for the Treatment of Diabetic Stroke?

Research into mesenchymal stem cells derived from type 1 diabetes and their potential in stroke treatment highlights miR-145 as an important new target

iPSC-MSCs: A New and Effective Means to Repair Bone Defects

New research demonstrates that mesenchymal stem cells derived from induced pluripotent stem cells are effective in the repair of bone defects

Improved Stem Cell Therapeutics via an in vitro Stem Cell Niche Model?

A new study uses nanomagnetically levitated mesenchymal stem cells to create an in vitro stem cell niche model to study and create improved stem cell therapeutics

Autologous MSCs: A Safe and Effective Treatment for Beta Cell Loss in Type 1 Diabetes?

A new study suggests that mesenchymal stem cells derived from type 1 diabetes patients may be successful in autologous systemic therapy for pancreatic beta cell loss

In or Out? – Modifying MSCs to Enhance Bone Tropism

A new study compares intra- and extra-cellular modification of mesenchymal stem cells to boost their tropism towards bone

Keeping Neutrophils Under Control with MSCs!

Researchers describe how mesenchymal stem cells may be employed to inhibit aberrant neutrophil activation and associated tissue damage

How Mesenchymal Progenitors Promote Bone Healing

A new study describes how hypoxia and mesenchymal progenitors control the bone fracture healing process

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