Magnetic Resonance Imaging Detects Therapeutic Effects of Endothelial Progenitor Cells on Tissue Repair and Muscle Regeneration Into Ischemia Hindlimb

Keywords

accordingly accurate activation addition administration aimed always animal anisotropy apart approved architectural artery assessment assigned audience benefits better blinded bone cell cells characterize characterized china committee compartment condition contributed control correlation counts cross damage days decreased delivery derived diagnostic diffusing diffusion dimensional edema eigenvectors endothelial evaluate evaluated evaluating excised exposed feasibility femurs fiber fibers field findings flow forces formation fractional furthermore grafted graph growth heart hind histological hour iliac immediately improved in vivo indicate indicated induced injury inner institutional isolated laboratory ligation limb male mapping maps marker marrow medical mice migrating migration model models molecular mouse muscle muscles noninvasive opinion organs orientation outer periphery pixel post process produce progenitor promote promoted province quantitative radiology rather recent recovery regenerating regeneration released remodeling repair representative researchers saline school section semiquantitative seven significantly skeletal smaller staining suggested surgery survival target tensor therapeutic therapy throughout tissue tool tracking transplantation transplanted treated treatment useful variety vessels week years