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Low Oxygen = Better Outlook for ASC-based Therapies?

Researchers demonstrate that the application of low oxygen concentrations may make adipose stem cell-based therapies safer and more effective

First-in-Man Study - SVF Cells for Bone Fracture Healing Works!

New research suggests that treatment with the stromal vascular fraction of adipose tissue may represent an exciting means to repair bone fractures

LncRNA Loss gives hASCs a Bone Boost!

New research finds a link between lncRNA expression and the bone-forming potential of hASCs under inflammatory conditions

Trialing Stem Cell Combination Therapy for Bone Regeneration

A new trial suggests that adipose stem cells combined with calcium phosphate carriers may be a successful strategy to enhance bone regeneration

Getting ASCs to Stick Around with Magnets!

Researchers describe how magnetics can help the retention of adipose stem cells in the heart and improve treatment of myocardial infarction

Sweet Success for ASCs in Bone Regeneration

A new study using a mouse model finds that ASC transplantation may enhance bone regeneration in diabetic patients

Enhanced ASC-mediated Cell Therapies via Klotho

A new study highlights the potential importance of the Klotho gene in the enhancement of adipose stem cell-based therapies

Boosting Angiogenesis with Microvesicles and miRNA

Study finds that microvesicles derived from adipose stem cells can induce angiogenesis via the delivery of a specific microRNA

New Storage Strategy Enhances Clinical Use of Adipose Stem Cells

A seaweed-derived product can protect stem cells from cell death and loss of function during storage and transport at ambient temperatures

A Perfect Stem Cell Source to Treat the Damaged Heart?

Researchers assessing the cardiac differentiation potential of several adipose-derived stem cells describe an optimal cell source

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