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. 2018 Jul 9;9(7):754. doi: 10.1038/s41419-018-0791-7

Fig. 1. In silico prediction of AMPK phosphorylation site in RUNX2 protein.

Fig. 1

a List of corresponding putative motif-specific kinases along with AMPK predicted by phospho motif finder in the N-terminal region (DNA-binding domain) of RUNX2. b The predicted corresponding putative AMPK substrate motif of RUNX2 significantly aligned with all the important residues of known and validated AMPK substrate motifs. c The ClustalW2 sequence alignment showing cross-species conservation with predicted optimal AMPK substrate motif of RUNX2