Abstract

Skeletal muscle has a sturdy regeneration potential that is impaired via extreme injury, disease, and aging, ensuing in a decline in skeletal muscle function. Therefore, enhancing skeletal muscle regeneration is a key undertaking in treating skeletal muscle-related disorders. Owing to their substantial position in tissue regeneration, implantation of M2 macrophages (M2Mø) has top notch doable for enhancing skeletal muscle regeneration. Here, we existing a shortwave infrared (SWIR) fluorescence imaging method to attain greater in vivo statistics for an in-depth comparison of the skeletal muscle regeneration impact after M2Mø transplantation. SWIR fluorescence imaging was once employed to music implanted M2Mø in the injured skeletal muscle of mouse models.