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Tissues / Glycoproteins / Collagen / Integrins / Angiology / Extracellular matrix / Connective tissue / Type-II collagen / Perlecan / Biology / Anatomy / Collagens


Age and SPARC Change the Extracellular Matrix Composition of the Left Ventricle
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City

Nicosia / Jackson / San Antonio / Washington / DC / Coomassie Brilliant Blue / Charleston / /

Company

J. I. Clark N. A. / A. O. Van Laer D. D. / Thermo Fisher / Proteome Software / UTHSCSA Institutional Mass Spectrometry Laboratory / Fisher Scientific / Sigma Aldrich / Creative Commons / GE Healthcare / Bio-Rad / ACORP / The National Academies Press / Hindawi Publishing Corporation / /

Country

Japan / United States / /

/

Facility

American College of Cardiology / UTHSCSA Institutional Mass Spectrometry Laboratory / Kyoto Pharmaceutical University / University of Texas Health Science Center / Department of Veterans Affairs Medical Center / Gazes Cardiac Research Institute / Laboratory Animals / Montgomery Veterans Affairs Medical Center / University of Mississippi Medical Center / Medical University of South Carolina / /

IndustryTerm

procollagen processing / collagen degradation products / extraction protocol / cleavage products / enrichment protocol / decellularization protocol / microfilament network / filamentous network / postsynthetic procollagen processing / post-synthetic procollagen processing / subset search / fibroblast postsynthetic procollagen processing / /

MedicalCondition

age-associated fibrosis / Cardiac Failure / age-related cardiac fibrosis / myocardial fibrosis / cardiac dysfunction / Guanosine diphosphate dissociation / MS / cardiovascular diseases / cardiac hypertrophy / hypertension / ventricular dysfunction / Cardiomyopathy / atrial fibrosis / diastolic dysfunction / SPARC deficiency / myocardial infarction / data-dependent collision-induced dissociation / LV dysfunction / fibrosis / /

Organization

National Research Council / National Institute of Health / USA San Antonio Cardiovascular Proteomics Center / Institutional Animal Care and Use Committee / HL51971 / Development Service / ECM / University of Mississippi / Veterans Affairs office of Research and Development / Division of Pathological Sciences / Montgomery Veterans Affairs Medical Center / Department of Medicine / Department of Biochemistry / Medical University of South Carolina / Division of Cardiology / Mississippi Medical Center / the American College / Mississippi Center for Heart Research / Department of Veterans Affairs Medical Center / Kyoto Pharmaceutical University / Kyoto / Gazes Cardiac Research Institute / HL075360 / University of Texas Health Science Center at San Antonio / Research Service / /

Person

Merry L. Lindsey / C. M. Yang / V / R. Timpl / Kevin W. Hakala / Trevi A. Ramirez / H. Wiedemann / Lisandra E. de Castro Br / C. K. Thodeti / E. Bettini / V / Amy D. Bradshaw / V. Van Delden / Elizabeth Flynn / /

Position

Academic Editor / network model / /

Product

C57BL/6 / isoflurane / Mini tablets / beta-2 / /

ProvinceOrState

Texas / South Carolina / Mississippi / /

PublishedMedium

Proteomics / The FASEB Journal / /

Technology

alpha / Proteomics / electrophoresis / antibodies / ECM-enrichment protocol / extraction protocol / gene expression / genotype / 3-step decellularization protocol / enrichment protocol / /

URL

http /

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