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. 2017 May 30;114(24):E4714–E4723. doi: 10.1073/pnas.1619473114

Table S1.

Identification of phosphorylated residues and their quantification in the ABD of wild-type Mlph in vitro

Modified amino acid Localization probability Phospho (STY) probabilities Score Occupancy, %
400 0.708 ISGSST(0.708)SSEDE 183 18.1
401 0.949 SGSSTS(0.949)SEDET 208 37.1
416 0.999 TFLGGS(0.999)PKVCT 186 51.1
435 1.00 ERNPRS(1.00)PGNPA 128 60.9
443 0.386 NPARPT(0.386)KSTDE 51 ND
445 0.989 ARPTKS(0.989)TDEEL 122 18.9
446 0.988 RPTKST(0.988)DEELS 92 8.46
451 0.999 TDEELS(0.999)EMEDR 214 26.9
491 0.999 LTVKPS(0.999)GKPRR 145 ND
498 1.00 KPRRKS(1.00)GIPIF 150 99.7
517 1.00 DRIPKT(1.00)PPADP 137 22.2
537 0.999 TTAVPS(0.999)LLRRK 49 ND
544 0.999 LRRKYS(0.999)PSSQG 185 49.2
546 0.836 RKYSPS(0.836)SQGVD 126 ND
554 0.994 GVDSGS(0.994)FDRKS 143 ND
559 0.972 SFDRKS(0.972)VYRGS 100 ND
564 0.982 SVYRGS(0.982)LTQRN 89 ND

The residues found to be phosphorylated in proteomic analyses are highlighted in bold letters as in Fig. S1. The highly conserved residue S498 that also represents the strongest cAMP-dependent protein kinase consensus site was quantitatively phosphorylated in vitro. ND, not detected.