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REPORTS Andrew S. Brack,1 Michael J. Conboy,1 Sudeep Roy,1 Mark Lee,2 Calvin J. Kuo,2 Charles Keller,3 Thomas A. Rando1,4* The regenerative potential of skeletal muscle declines with age, and this impairment is associat
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Document Date: 2014-05-17 09:28:58

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City

Palo Alto / /

Company

IgG / Fibrosis Fig / /

Country

United States / /

Currency

DKK / /

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EntertainmentAwardEvent

Director’s Pioneer Award / /

Facility

University of Texas Health Science Center / /

IndustryTerm

purified satellite cells / aged satellite cells / satellite cell functionality / Online Material / satellite cell progeny / control solution / satellite cell activation / satellite cells / /

MedicalCondition

also progressive muscle fibrosis / skeletal muscle fibrosis / injury / tissue fibrosis / muscular dystrophies / injuries / fibrosis / /

Organization

Neurology Service / Research / Education / and Clinical Center / National Institute of Health / NIH / Ellison Medical Foundation / University of Texas Health Science Center / San Antonio / Stanford University School of Medicine / Department of Veterans Affairs / 4Geriatric Research / Education / and Clinical Center / Division of Hematology / European Union / Department of Neurology and Neurological Sciences / Stanford / /

Person

P. E. Williams / Andrew S. Brack / K. Fernandes / Wnt Signaling During Aging Alters / /

Position

Director / reporter / D. J. / /

Product

Pax7 / /

ProvinceOrState

Texas / California / /

Technology

antibodies / gene expression / stem cells / 3G / apoptosis / /

URL

www.sciencemag.org/cgi/content/full/317/5839/807/DC1 / www.sciencemag.org / /