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PMC:6172693 JSONTXT

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div. section text # proj. length # Ann.
0 TIAB Interplay of Histone Marks with Serine ADP-Ribosylation Summary Serine ADP-ribosylation (Ser-ADPr) i 1 1023 194 show
1 Introduction ADP-ribosylation (ADPr) is a clinically important posttranslational modification (PTM) that controls 1 3729 0 show
2 Results Factors Influencing Ser-ADPr of Histone Peptides To analyze the substrate properties that influence 1 3592 0 show
3 Results Discovery of Tyrosine as a Target Residue for ADPr ADPr of Ser led us to question whether a hydroxyl 1 3780 0 show
4 Results Canonical H3 Histone Marks Reduce the Efficiency of H3S10ADPr on H3 Peptide We observed that removal 1 4092 0 show
5 Results Ser-ADPr on H3S10 Prevents the Efficient Incorporation of H3K9 Acetylation and H3S10 Phosphorylation 1 1465 0 show
6 Results An Approach for Rapid and Easy Analysis of ADPr Peptides Our approaches above use [32P]NAD as a dete 1 3231 0 show
7 Results H3K9ac and S10ADPr Are Mutually Exclusive Histone Marks in Human Cells We sought to assess whether t 1 4592 0 show
8 Discussion Ser-ADPr is a recent addition to the array of PTMs found on mammalian proteins (Leidecker et al., 20 1 8897 0 show
9 STAR★Methods Key Resources Table 1 19 0 show
10 STAR★Methods Contact for Reagent and Resource Sharing Further information and requests for resources and reagents 1 202 0 show
11 STAR★Methods Experimental Model and Subject Details Most of the experiments in these studies utilized recombinant 1 635 0 show
12 STAR★Methods Methods Details In vitro ADPr assays A variety of in vitro ADPr assays were used to measure the abil 1 9864 0 show
13 STAR★Methods Quantification and Statistical Analysis The qualitative gel-based assays were used to visualize the 1 207 0 show
14 Caption-Figure 1 Modifiers of Serine-ADP-Ribosylation of Histone Peptides (A) Autoradiogram showing ADPr, and subsequ 1 709 0 show
15 Caption-Figure 2 Discovery of Tyrosine as a Target Residue for ADPr (A) Autoradiogram showing ADPr of H3 peptide (1–2 1 1640 0 show
16 Caption-Figure 3 Canonical H3 Histone Marks Reduce the Efficiency of H3S10ADPr on H3 Peptide (A) Autoradiogram showin 1 697 0 show
17 Caption-Figure 4 H3S10ADPr Reduces the Efficiency of Subsequent H3K9 Acetylation and H3S10 Phosphorylation (A) Wester 1 918 0 show
18 Caption-Figure 5 A Technique to Rapidly Analyze ADP-Ribosylated Peptides (A) Schematic representation of the approach 1 929 0 show
19 Caption-Figure 6 H3K9ac and S10ADPr Are Mutually Exclusive Histone Marks in Human Cells (A) Autoradiogram showing PAR 1 1625 0 show
20 Caption-Figure 7 Histone Mark Response to DNA Damage with PARP Inhibition and Persistent Ser-ADPr (A) 293T cells were 1 571 0 show