Skip to main content
. 2018 Jul 30;14(7):e1007563. doi: 10.1371/journal.pgen.1007563

Table 2. Proteins with enriched binding to the STL1 and GPD1 mRNAs identified by MS.

Enrichment peptides Enrichment TopAny
Category Gene Function GPD1/ASH1 STL1/ASH1 GPD1/HYP2 STL1/HYP2 GPD1/ASH1 STL1/ASH1 GPD1/HYP2 STL1/HYP2
mRNA binding LSM1 Decay 1,50*§ 2,11*§ 1,38* 1,99*§ 2,80 3,59 1,33 2,11
LSM2 Splicing and decay 1,86*§ 1,70*§ 1,15* 0,99* 2,17 2,48 1,66 1,97
LSM4 Splicing and decay 1,39* 1,47* 1,93*§ 2,00*§ 2,69*§ 3,17*§ 2,47*§ 2,95*§
LSM5 Splicing and decay 0,71 0,57 0,98 0,84 3,48*§ 4,25*§ 2,18*§ 2,94*§
LSM6 Splicing and decay - - 2,15 2,77 13,45*§ 14,07*§ 2,02*§ 2,64*§
PAT1 Decay 1,99*§ 2,08*§ 1,84*§ 1,92*§ 2,37*§ 2,83*§ 2,38*§ 2,83*§
EDC3 Decay 2,27 2,50*§ 1,93 2,17 4,46*§ 4,52*§ 1,77*§ 1,83*§
PAP1 mRNA polyadenylation and transport 1,05 0,93 0,75 0,62 2,69*§ 1,76*§ 1,31* 0,38*
rRNA binding EMG1 Ribosomal small subunit biogenesis 0,92 0,89 0,42 0,39 3,47*§ 3,83*§ -0,64* -0,28*
Other functions PHO8 Nicotinamide nucleotide metabolic process 1,69*§ 1,55*§ 8,07*§ 7,93*§ 9,70*§ 11,74*§ 7,69*§ 9,73*§
GLO2 Methylglyoxal catabolic process 12,03*§ 11,49*§ 4,62*§ 4,08*§ 17,13*§ 15,39*§ 5,99*§ 4,24*§
HBT1 Cell morphogenesis 0,33 0,12 0,08 -0,13 2,54*§ 4,58*§ 2,62*§ 4,66*§
SAC7 Controls organization of the actin cytoskeleton 7,75*§ 8,17*§ 7,43*§ 7,85*§ - - - -
DIG1 Negative regulation of invasive growth 3,74*§ 1,42* 3,05*§ 0,74* 5,53*§ 3,24*§ 10,24*§ 7,95*§
YGR026W Uncharacterized -0,33 0,37 -1,02 -0,32 4,55*§ 4,24*§ -0,24* -0,55*
SRP40 Preribosome assembly or transport 0,05 0,33 0,32 0,59 2,35*§ 2,47*§ 0,59* 0,71*
YAP1802 Endocytosis 6,86 7,37 6,54 7,05 9,59*§ 11,06*§ 7,58*§ 9,05*§
USV1 Putative transcription factor 0,67 -0,13 0,98 0,18 2,36*§ 3,48*§ -1,65* -0,53*
YBR225W Uncharacterized 0,32 0,17 0,16 0,00 2,98*§ 2,11*§ 2,29*§ 1,42*
YPL260W Uncharacterized 2,52*§ 1,46* 1,89*§ 0,83*§ 3,08*§ 2,45*§ 1,80*§ 1,18*
SRC1 Linked to TREX 3,25*§ 1,77*§ 2,97*§ 1,49* 2,66 0,67 2,77 0,79

*statistically significant

§ log2 ratio >1.5 (3-fold change)