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Biotin-14-dATP and -dCTP for Hi-C Experiments

The relationship between chromatin structure and genome activity is essential for understanding genomic processes such as transcription and replication. Among the existing chromosome confirmation capture (3C) techniques[1], Hi-C has become the method of choice for structural characterization of the entire genome both on cell population and single-cell level[2-5]. More information...

A key-step of Hi-C experiments relies on efficient biotinylation of digested chromatin fragments that is performed via incorporation of Biotin-14-dCTP[2] or Biotin-14-dATP[3] by DNA polymerase I (Klenow fragment) (Fig.1).


Figure 1: Efficient biotinylation of digested chromatin fragments is a key-step of Hi-C experiments. Adapted from [2].

Figure 1: Efficient biotinylation of digested chromatin fragments is a key-step of Hi-C experiments. Adapted from [2].


CompoundPurityAmountPrice (€)
Biotin-14-dATP>/= 95 %
(HPLC-MS)
10 µl, 1 mM92,25
5x 10 µl, 1 mM282,50
Biotin-14-dCTP>/= 95 %
(HPLC-MS)
10 µl, 1 mM92,25
5x 10 µl, 1 mM282,50


Nucleotide Selector for DNA/RNA Labeling