View Document Preview and Link Open Document File Size: 1,82 MB Share Result on Facebook
City Columbus / / Company Life Technologies / Millipore / Sigma-Aldrich / Agilent / Affymetrix / Qiagen / Creative Commons / Jackson Laboratories / BD Biosciences / / Country United States / / / Event Product Issues / / Facility The Research Institute / The Ohio State University College of Medicine / Nationwide Children’s Hospital / Ohio State University / Ottawa Health Research Institute / / IndustryTerm satellite cell apoptosis / ganglioside product / satellite cell marker / satellite cells / satellite cell / xylene-based mounting media / asymmetric satellite cell division / self-renewing satellite cells / fusion media / satellite cell activation / / MedicalCondition acute injury / muscular dystrophy / days post-CTX injury / muscle injury / chronic cycles / CTX injury / acute muscle injury / acute and chronic models / CTX-induced injury / chronic muscle damage / muscle weakness / acute and chronic muscle injury / injury / cardiotoxin-induced injury / chronic injury / necrosis / disease / cardiotoxin-induced muscle injury / muscle disease / muscular dystrophies / acute and chronic injury / / Organization Ottawa Health Research Institute / Institutional Review Board / Department of Pediatrics / The Ohio State University College of Medicine / Research Institute / Center for Gene Therapy / Institutional Animal Use and Care Committee / Nationwide Children’s Hospital / The Ohio State University / / Person Jill Rafael-Fortney / Singhal Skeletal Muscle / Michael Rudnicki / / Position author / / Product penicillin / Click / CTX injection / mouse / mouse muscle / muscles / / ProvinceOrState Ohio / / Technology electrophoresis / antibodies / cell signaling / stem cells / apoptosis / Gene Therapy / DNA Chip / gene expression / Glycomics / genotype / / URL www.functionalglycomics.org / http / SocialTag 
A role for Galgt1 in skeletal muscle regeneration