A stem-cell based gene therapy that’s modified for better entry into muscle cells was seen to normalize protein levels in the skeletal muscle tissue of a mouse model of Pompe disease, according to a new report. The Pompe mice exhibited altered levels of hundreds of proteins — including ones…
A new cell-based therapy containing a modified version of the GAA gene mutated in Pompe disease, can effectively clear out glycogen in a number of tissues, including the heart, skeletal muscles, and central nervous system (CNS), a mouse study showed. The new treatment functions as a blood stem cell…
Stem cell-mediated gene therapy normalized glycogen build-up in muscle, heart, and brain tissue of a Pompe disease mouse model, a study shows. Treatments also restored cellular defects and motor impairment associated with the condition. The researchers recommended stem cell-based gene therapy as a candidate for future clinical development. The…
Transplanting blood stem cells modified to carry the GAA gene raised glycogen levels almost to normal across a range of organs, including the brain, and improved locomotion in a mouse model of Pompe disease, a study reported. These findings suggest that blood stem cell gene therapy, in which a patient’s…
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