Effect of vitamin B12-deficiency on % 5 mdC1 and [3 H]methyl-acceptance capacity2 for DNA extracted from coagulated blood clots3 and uncoagulated EDTA-blood cell pellets4.
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https://figshare.com/articles/dataset/_Effect_of_vitamin_B12_deficiency_on_5_mdC_1_and_3_H_methyl_acceptance_capacity_2_for_DNA_extracted_from_coagulated_blood_clots_3_and_uncoagulated_EDTA_blood_cell_pellets_4_/719243
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1Methyldeoxycytidine as a percentage of total deoxycytidine in DNA digests, measured by LC-MS/MS (see Methods).2Capacity of DNA to incorporate [3 H] from [3 H-methyl]SAM (cpm incorporated per 250 ng DNA) in the presence of Sssi DNA methyltransferase (see Methods).3Post-centrifugation, blood clots were retained after serum was removed from plain blood tubes.4Post-centrifugation, blood pellets were retained after plasma was removed from EDTA blood tubes.5Subjects with plasma vitamin B12>148 pmol/L.6Subjects with plasma vitamin B12Power analysis: >80% power to detect a *4%, **10%, or ***15% difference in means [62].
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2015-12-02



