|
CH_zma-b104_1 |
1.15972e-36 |
16 |
scaffold4.185 |
GO:0030599 |
MF |
pectinesterase activity |
|
CH_zma-b104_10 |
0.0000000590273 |
7 |
scaffold9.1209 |
GO:0098798 |
CC |
mitochondrial protein-containing complex |
|
CH_zma-b104_11 |
0.0000000654808 |
5 |
scaffold9.331 |
GO:0004535 |
MF |
poly(A)-specific ribonuclease activity |
|
CH_zma-b104_12 |
0.000000107736 |
5 |
scaffold9.2379 |
GO:0061630 |
MF |
ubiquitin protein ligase activity |
|
CH_zma-b104_13 |
0.000000139362 |
3 |
scaffold4.1881 |
GO:0006559 |
BP |
L-phenylalanine catabolic process |
|
CH_zma-b104_14 |
0.000000174324 |
8 |
scaffold5.3240 |
GO:0003729 |
MF |
mRNA binding |
|
CH_zma-b104_15 |
0.000000557364 |
3 |
scaffold9.2425 |
GO:0072344 |
BP |
rescue of stalled ribosome |
|
CH_zma-b104_16 |
0.000000557449 |
3 |
scaffold5.2672 |
GO:0046910 |
MF |
pectinesterase inhibitor activity |
|
CH_zma-b104_17 |
0.00000184477 |
5 |
scaffold1.4256 |
GO:0004497 |
MF |
monooxygenase activity |
|
CH_zma-b104_18 |
0.00000214177 |
5 |
scaffold2.2587 |
GO:0000313 |
CC |
organellar ribosome |
|
CH_zma-b104_19 |
0.0000022292 |
3 |
scaffold2.625 |
GO:0009435 |
BP |
NAD biosynthetic process |
|
CH_zma-b104_2 |
0.0000000000000146083 |
7 |
scaffold8.1958 |
GO:0016844 |
MF |
strictosidine synthase activity |
|
CH_zma-b104_20 |
0.00000780428 |
3 |
scaffold2.2587 |
GO:0008137 |
MF |
NADH dehydrogenase (ubiquinone) activity |
|
CH_zma-b104_21 |
0.000010487 |
4 |
scaffold9.2393 |
GO:0015031 |
BP |
protein transport |
|
CH_zma-b104_22 |
0.0000111435 |
3 |
scaffold9.2511 |
GO:0030015 |
CC |
CCR4-NOT core complex |
|
CH_zma-b104_23 |
0.0000134744 |
4 |
scaffold1.3501 |
GO:0000313 |
CC |
organellar ribosome |
|
CH_zma-b104_24 |
0.0000176819 |
4 |
scaffold10.1944 |
GO:0007059 |
BP |
chromosome segregation |
|
CH_zma-b104_25 |
0.000027176 |
5 |
scaffold1.2652 |
GO:0005509 |
MF |
calcium ion binding |
|
CH_zma-b104_26 |
0.0000306597 |
3 |
scaffold1.4328 |
GO:0008080 |
MF |
N-acetyltransferase activity |
|
CH_zma-b104_27 |
0.0000487173 |
3 |
scaffold2.445 |
GO:0035673 |
MF |
oligopeptide transmembrane transporter activity |
|
CH_zma-b104_28 |
0.0000550568 |
5 |
scaffold1.4046 |
GO:0051169 |
BP |
nuclear transport |
|
CH_zma-b104_29 |
0.000116868 |
3 |
scaffold4.2376 |
GO:0000145 |
CC |
exocyst |
|
CH_zma-b104_3 |
0.000000000000588734 |
8 |
scaffold8.159 |
GO:0030247 |
MF |
polysaccharide binding |
|
CH_zma-b104_30 |
0.000159005 |
3 |
scaffold9.309 |
GO:0032040 |
CC |
small-subunit processome |
|
CH_zma-b104_31 |
0.000202625 |
3 |
scaffold7.2687 |
GO:0090332 |
BP |
stomatal closure |
|
CH_zma-b104_32 |
0.000205742 |
4 |
scaffold2.452 |
GO:0004553 |
MF |
hydrolase activity, hydrolyzing O-glycosyl compounds |
|
CH_zma-b104_33 |
0.000304785 |
2 |
scaffold8.1444 |
GO:0005094 |
MF |
Rho GDP-dissociation inhibitor activity |
|
CH_zma-b104_34 |
0.000304785 |
2 |
scaffold5.3073 |
GO:0016656 |
MF |
monodehydroascorbate reductase (NADH) activity |
|
CH_zma-b104_35 |
0.000304785 |
2 |
scaffold2.3078 |
GO:0034263 |
BP |
positive regulation of autophagy in response to ER overload |
|
CH_zma-b104_36 |
0.000304785 |
2 |
scaffold1.4234 |
GO:0010226 |
BP |
response to lithium ion |
|
CH_zma-b104_37 |
0.000398686 |
7 |
scaffold1.2887 |
GO:0003729 |
MF |
mRNA binding |
|
CH_zma-b104_38 |
0.00063416 |
3 |
scaffold7.260 |
GO:0004252 |
MF |
serine-type endopeptidase activity |
|
CH_zma-b104_39 |
0.000646948 |
5 |
scaffold6.2651 |
GO:0046686 |
BP |
response to cadmium ion |
|
CH_zma-b104_4 |
0.00000000000337746 |
7 |
scaffold8.1526 |
GO:0004523 |
MF |
RNA-DNA hybrid ribonuclease activity |
|
CH_zma-b104_40 |
0.000914216 |
2 |
scaffold1.282 |
GO:1901695 |
BP |
tyramine biosynthetic process |
|
CH_zma-b104_41 |
0.000914216 |
2 |
scaffold9.2511 |
GO:0004084 |
MF |
branched-chain-amino-acid transaminase activity |
|
CH_zma-b104_42 |
0.000914216 |
2 |
scaffold6.1878 |
GO:0070577 |
MF |
lysine-acetylated histone binding |
|
CH_zma-b104_43 |
0.000914216 |
2 |
scaffold2.10 |
GO:0000439 |
CC |
transcription factor TFIIH core complex |
|
CH_zma-b104_44 |
0.000914355 |
2 |
scaffold7.2220 |
GO:0000467 |
BP |
exonucleolytic trimming to generate mature 3'-end of 5.8S rRNA from tricistronic rRNA transcript (SSU-rRNA, 5.8S rRNA, LSU-rRNA) |
|
CH_zma-b104_45 |
0.000914355 |
2 |
scaffold4.1881 |
GO:0071786 |
BP |
endoplasmic reticulum tubular network organization |
|
CH_zma-b104_46 |
0.000914355 |
2 |
scaffold3.2168 |
GO:0018738 |
MF |
S-formylglutathione hydrolase activity |
|
CH_zma-b104_47 |
0.000914355 |
2 |
scaffold4.3253 |
GO:2000904 |
BP |
regulation of starch metabolic process |
|
CH_zma-b104_48 |
0.000914355 |
2 |
scaffold4.2018 |
GO:0044070 |
BP |
regulation of anion transport |
|
CH_zma-b104_49 |
0.000914355 |
2 |
scaffold8.1926 |
GO:0005504 |
MF |
fatty acid binding |
|
CH_zma-b104_5 |
0.00000000000458715 |
6 |
scaffold9.332 |
GO:0004535 |
MF |
poly(A)-specific ribonuclease activity |
|
CH_zma-b104_50 |
0.000914355 |
2 |
scaffold6.2577 |
GO:0016459 |
CC |
myosin complex |
|
CH_zma-b104_51 |
0.000970637 |
6 |
scaffold8.1526 |
GO:0009733 |
BP |
response to auxin |
|
CH_zma-b104_52 |
0.000995046 |
3 |
scaffold10.2341 |
GO:0005856 |
CC |
cytoskeleton |
|
CH_zma-b104_6 |
0.00000000594476 |
4 |
scaffold10.1545 |
GO:0030267 |
MF |
glyoxylate reductase (NADP+) activity |
|
CH_zma-b104_7 |
0.0000000107071 |
4 |
scaffold6.2542 |
GO:0008171 |
MF |
O-methyltransferase activity |
|
CH_zma-b104_8 |
0.0000000182235 |
8 |
scaffold1.2891.2 |
GO:0009535 |
CC |
chloroplast thylakoid membrane |
|
CH_zma-b104_9 |
0.0000000458477 |
5 |
scaffold8.1526 |
GO:0010246 |
BP |
rhamnogalacturonan I biosynthetic process |