Rank | GO Term | Adjusted P value |
---|
1 | GO:0001732: formation of cytoplasmic translation initiation complex | 0.00E+00 |
2 | GO:0080180: 2-methylguanosine metabolic process | 0.00E+00 |
3 | GO:0002188: translation reinitiation | 0.00E+00 |
4 | GO:0070478: nuclear-transcribed mRNA catabolic process, 3'-5' exonucleolytic nonsense-mediated decay | 0.00E+00 |
5 | GO:0000478: endonucleolytic cleavage involved in rRNA processing | 0.00E+00 |
6 | GO:0007160: cell-matrix adhesion | 0.00E+00 |
7 | GO:0080056: petal vascular tissue pattern formation | 0.00E+00 |
8 | GO:0080057: sepal vascular tissue pattern formation | 0.00E+00 |
9 | GO:0007141: male meiosis I | 0.00E+00 |
10 | GO:0043069: negative regulation of programmed cell death | 5.27E-05 |
11 | GO:0010265: SCF complex assembly | 5.48E-05 |
12 | GO:0048363: mucilage pectin metabolic process | 5.48E-05 |
13 | GO:0051245: negative regulation of cellular defense response | 5.48E-05 |
14 | GO:0006422: aspartyl-tRNA aminoacylation | 5.48E-05 |
15 | GO:0033306: phytol metabolic process | 5.48E-05 |
16 | GO:0000266: mitochondrial fission | 7.32E-05 |
17 | GO:0051258: protein polymerization | 1.34E-04 |
18 | GO:0019441: tryptophan catabolic process to kynurenine | 1.34E-04 |
19 | GO:0060149: negative regulation of posttranscriptional gene silencing | 1.34E-04 |
20 | GO:0010359: regulation of anion channel activity | 2.28E-04 |
21 | GO:0006612: protein targeting to membrane | 3.33E-04 |
22 | GO:0010116: positive regulation of abscisic acid biosynthetic process | 3.33E-04 |
23 | GO:0080001: mucilage extrusion from seed coat | 3.33E-04 |
24 | GO:0000460: maturation of 5.8S rRNA | 4.45E-04 |
25 | GO:0010363: regulation of plant-type hypersensitive response | 4.45E-04 |
26 | GO:1902456: regulation of stomatal opening | 6.92E-04 |
27 | GO:0006014: D-ribose metabolic process | 6.92E-04 |
28 | GO:0016070: RNA metabolic process | 6.92E-04 |
29 | GO:0048232: male gamete generation | 6.92E-04 |
30 | GO:0000470: maturation of LSU-rRNA | 6.92E-04 |
31 | GO:0009867: jasmonic acid mediated signaling pathway | 8.40E-04 |
32 | GO:0006400: tRNA modification | 9.62E-04 |
33 | GO:1902074: response to salt | 9.62E-04 |
34 | GO:0016559: peroxisome fission | 1.11E-03 |
35 | GO:0010093: specification of floral organ identity | 1.26E-03 |
36 | GO:0009827: plant-type cell wall modification | 1.26E-03 |
37 | GO:0042787: protein ubiquitination involved in ubiquitin-dependent protein catabolic process | 1.28E-03 |
38 | GO:0007338: single fertilization | 1.41E-03 |
39 | GO:0019432: triglyceride biosynthetic process | 1.41E-03 |
40 | GO:0008202: steroid metabolic process | 1.58E-03 |
41 | GO:0051026: chiasma assembly | 1.75E-03 |
42 | GO:0030148: sphingolipid biosynthetic process | 1.93E-03 |
43 | GO:0010588: cotyledon vascular tissue pattern formation | 2.30E-03 |
44 | GO:0002237: response to molecule of bacterial origin | 2.49E-03 |
45 | GO:0000027: ribosomal large subunit assembly | 3.11E-03 |
46 | GO:0009863: salicylic acid mediated signaling pathway | 3.11E-03 |
47 | GO:0006633: fatty acid biosynthetic process | 3.12E-03 |
48 | GO:0048278: vesicle docking | 3.54E-03 |
49 | GO:0007131: reciprocal meiotic recombination | 3.77E-03 |
50 | GO:0007005: mitochondrion organization | 3.77E-03 |
51 | GO:0010087: phloem or xylem histogenesis | 4.71E-03 |
52 | GO:0010305: leaf vascular tissue pattern formation | 4.96E-03 |
53 | GO:0061025: membrane fusion | 5.22E-03 |
54 | GO:0042752: regulation of circadian rhythm | 5.22E-03 |
55 | GO:0019252: starch biosynthetic process | 5.48E-03 |
56 | GO:0007049: cell cycle | 5.89E-03 |
57 | GO:0016032: viral process | 6.00E-03 |
58 | GO:0048366: leaf development | 6.21E-03 |
59 | GO:0006914: autophagy | 6.55E-03 |
60 | GO:0006310: DNA recombination | 6.55E-03 |
61 | GO:0009567: double fertilization forming a zygote and endosperm | 6.55E-03 |
62 | GO:0050832: defense response to fungus | 7.18E-03 |
63 | GO:0006906: vesicle fusion | 7.99E-03 |
64 | GO:0006886: intracellular protein transport | 8.07E-03 |
65 | GO:0032259: methylation | 9.24E-03 |
66 | GO:0010119: regulation of stomatal movement | 9.86E-03 |
67 | GO:0006397: mRNA processing | 1.01E-02 |
68 | GO:0016051: carbohydrate biosynthetic process | 1.05E-02 |
69 | GO:0006887: exocytosis | 1.19E-02 |
70 | GO:0006897: endocytosis | 1.19E-02 |
71 | GO:0006631: fatty acid metabolic process | 1.19E-02 |
72 | GO:0046686: response to cadmium ion | 1.25E-02 |
73 | GO:0051707: response to other organism | 1.26E-02 |
74 | GO:0000209: protein polyubiquitination | 1.29E-02 |
75 | GO:0006260: DNA replication | 1.44E-02 |
76 | GO:0031347: regulation of defense response | 1.44E-02 |
77 | GO:0006364: rRNA processing | 1.55E-02 |
78 | GO:0009738: abscisic acid-activated signaling pathway | 1.66E-02 |
79 | GO:0048367: shoot system development | 1.79E-02 |
80 | GO:0018105: peptidyl-serine phosphorylation | 2.04E-02 |
81 | GO:0016310: phosphorylation | 2.22E-02 |
82 | GO:0006413: translational initiation | 2.80E-02 |
83 | GO:0043161: proteasome-mediated ubiquitin-dependent protein catabolic process | 3.19E-02 |
84 | GO:0042742: defense response to bacterium | 3.48E-02 |
85 | GO:0042254: ribosome biogenesis | 4.07E-02 |
86 | GO:0006970: response to osmotic stress | 4.23E-02 |
87 | GO:0016192: vesicle-mediated transport | 4.85E-02 |
88 | GO:0046777: protein autophosphorylation | 4.90E-02 |