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DNA replication / Telomere / Subtelomere / Molecular genetics / Molecular biology / Telomerase / DNA / Telomestatin / Gene / Biology / Genetics / Chromosomes


Mammalian Telomeres Resemble Fragile Sites and Require TRF1 for Efficient Replication Agnel Sfeir,1 Settapong T. Kosiyatrakul,2 Dirk Hockemeyer,1,3 Sheila L. MacRae,1 Jan Karlseder,1,4 Carl L. Schildkraut,2 and Titia de
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Document Date: 2014-05-05 14:05:25


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La Jolla / Kingston / Cambridge / Dejardin / Bronx / New York / /

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Elsevier Inc. / /

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United States / /

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Product Issues / /

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Albert Einstein College of Medicine / Whitehead Institute / Cambridge Center / The Rockefeller University / Salk Institute / /

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replication machinery / replication products / The final protocol / aphidicolin-induced fragile site / translation start site / subtelomeric site / /

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Fork / /

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Salk Institute for Biological Studies / Cambridge Center / Whitehead Institute / Albert Einstein College of Medicine / Rockefeller University / /

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CHEF / T.d. / /

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MEFs / /

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California / New York / Massachusetts / /

Technology

The final protocol / DNA synthesis / antibodies / SMARD protocol / condensation / ATM / stem cells / DNA binding / recombination / /

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