GO Enrichment Analysis of Co-expressed Genes with
AT3G16750
Rank | GO Term | Adjusted P value |
---|---|---|
1 | GO:0045014: negative regulation of transcription by glucose | 0.00E+00 |
2 | GO:0090627: plant epidermal cell differentiation | 0.00E+00 |
3 | GO:0009606: tropism | 0.00E+00 |
4 | GO:0090322: regulation of superoxide metabolic process | 0.00E+00 |
5 | GO:0080127: fruit septum development | 0.00E+00 |
6 | GO:0019988: charged-tRNA amino acid modification | 0.00E+00 |
7 | GO:0042794: rRNA transcription from plastid promoter | 0.00E+00 |
8 | GO:0009733: response to auxin | 2.19E-07 |
9 | GO:0046620: regulation of organ growth | 4.92E-06 |
10 | GO:0009734: auxin-activated signaling pathway | 9.11E-05 |
11 | GO:0042255: ribosome assembly | 2.28E-04 |
12 | GO:0006353: DNA-templated transcription, termination | 2.28E-04 |
13 | GO:1903866: palisade mesophyll development | 2.48E-04 |
14 | GO:0033206: meiotic cytokinesis | 2.48E-04 |
15 | GO:0015904: tetracycline transport | 2.48E-04 |
16 | GO:0048829: root cap development | 4.74E-04 |
17 | GO:0010569: regulation of double-strand break repair via homologous recombination | 5.49E-04 |
18 | GO:2000071: regulation of defense response by callose deposition | 5.49E-04 |
19 | GO:1900033: negative regulation of trichome patterning | 5.49E-04 |
20 | GO:0080009: mRNA methylation | 5.49E-04 |
21 | GO:2000123: positive regulation of stomatal complex development | 5.49E-04 |
22 | GO:0010588: cotyledon vascular tissue pattern formation | 7.09E-04 |
23 | GO:0009416: response to light stimulus | 7.44E-04 |
24 | GO:0090391: granum assembly | 8.92E-04 |
25 | GO:0006518: peptide metabolic process | 8.92E-04 |
26 | GO:0040008: regulation of growth | 8.97E-04 |
27 | GO:0080147: root hair cell development | 1.09E-03 |
28 | GO:0009926: auxin polar transport | 1.14E-03 |
29 | GO:0003333: amino acid transmembrane transport | 1.32E-03 |
30 | GO:0006221: pyrimidine nucleotide biosynthetic process | 1.70E-03 |
31 | GO:0006284: base-excision repair | 1.70E-03 |
32 | GO:2000038: regulation of stomatal complex development | 1.70E-03 |
33 | GO:0006808: regulation of nitrogen utilization | 1.70E-03 |
34 | GO:0048629: trichome patterning | 1.70E-03 |
35 | GO:0010118: stomatal movement | 1.99E-03 |
36 | GO:0010375: stomatal complex patterning | 2.17E-03 |
37 | GO:0080110: sporopollenin biosynthetic process | 2.17E-03 |
38 | GO:0016131: brassinosteroid metabolic process | 2.17E-03 |
39 | GO:0080156: mitochondrial mRNA modification | 2.64E-03 |
40 | GO:0016554: cytidine to uridine editing | 2.67E-03 |
41 | GO:0010315: auxin efflux | 2.67E-03 |
42 | GO:0009913: epidermal cell differentiation | 2.67E-03 |
43 | GO:1902456: regulation of stomatal opening | 2.67E-03 |
44 | GO:0042793: transcription from plastid promoter | 2.67E-03 |
45 | GO:0003006: developmental process involved in reproduction | 2.67E-03 |
46 | GO:0009643: photosynthetic acclimation | 2.67E-03 |
47 | GO:2000033: regulation of seed dormancy process | 3.21E-03 |
48 | GO:0000079: regulation of cyclin-dependent protein serine/threonine kinase activity | 3.21E-03 |
49 | GO:0010310: regulation of hydrogen peroxide metabolic process | 3.21E-03 |
50 | GO:0015937: coenzyme A biosynthetic process | 3.79E-03 |
51 | GO:0010103: stomatal complex morphogenesis | 3.79E-03 |
52 | GO:0009864: induced systemic resistance, jasmonic acid mediated signaling pathway | 3.79E-03 |
53 | GO:0010374: stomatal complex development | 3.79E-03 |
54 | GO:0032259: methylation | 4.37E-03 |
55 | GO:0009787: regulation of abscisic acid-activated signaling pathway | 4.39E-03 |
56 | GO:0048766: root hair initiation | 4.39E-03 |
57 | GO:0009938: negative regulation of gibberellic acid mediated signaling pathway | 4.39E-03 |
58 | GO:0007186: G-protein coupled receptor signaling pathway | 5.03E-03 |
59 | GO:0010233: phloem transport | 5.03E-03 |
60 | GO:0010052: guard cell differentiation | 5.03E-03 |
61 | GO:0007389: pattern specification process | 5.03E-03 |
62 | GO:0048507: meristem development | 5.70E-03 |
63 | GO:0048589: developmental growth | 5.70E-03 |
64 | GO:0006865: amino acid transport | 6.02E-03 |
65 | GO:0009867: jasmonic acid mediated signaling pathway | 6.30E-03 |
66 | GO:1900865: chloroplast RNA modification | 6.40E-03 |
67 | GO:0009870: defense response signaling pathway, resistance gene-dependent | 7.12E-03 |
68 | GO:0006535: cysteine biosynthetic process from serine | 7.12E-03 |
69 | GO:0030001: metal ion transport | 7.18E-03 |
70 | GO:0009682: induced systemic resistance | 7.88E-03 |
71 | GO:0009750: response to fructose | 7.88E-03 |
72 | GO:0010216: maintenance of DNA methylation | 7.88E-03 |
73 | GO:0010582: floral meristem determinacy | 8.66E-03 |
74 | GO:0010152: pollen maturation | 8.66E-03 |
75 | GO:0010102: lateral root morphogenesis | 9.47E-03 |
76 | GO:0030048: actin filament-based movement | 9.47E-03 |
77 | GO:0046274: lignin catabolic process | 9.47E-03 |
78 | GO:0048467: gynoecium development | 1.03E-02 |
79 | GO:0006270: DNA replication initiation | 1.03E-02 |
80 | GO:0080188: RNA-directed DNA methylation | 1.12E-02 |
81 | GO:0006636: unsaturated fatty acid biosynthetic process | 1.21E-02 |
82 | GO:0009863: salicylic acid mediated signaling pathway | 1.30E-02 |
83 | GO:0010187: negative regulation of seed germination | 1.30E-02 |
84 | GO:2000377: regulation of reactive oxygen species metabolic process | 1.30E-02 |
85 | GO:0019344: cysteine biosynthetic process | 1.30E-02 |
86 | GO:0048367: shoot system development | 1.34E-02 |
87 | GO:0006874: cellular calcium ion homeostasis | 1.39E-02 |
88 | GO:0010073: meristem maintenance | 1.39E-02 |
89 | GO:0006825: copper ion transport | 1.39E-02 |
90 | GO:0009740: gibberellic acid mediated signaling pathway | 1.47E-02 |
91 | GO:2000022: regulation of jasmonic acid mediated signaling pathway | 1.59E-02 |
92 | GO:0009831: plant-type cell wall modification involved in multidimensional cell growth | 1.69E-02 |
93 | GO:0010082: regulation of root meristem growth | 1.69E-02 |
94 | GO:0010584: pollen exine formation | 1.79E-02 |
95 | GO:0048443: stamen development | 1.79E-02 |
96 | GO:0080022: primary root development | 2.01E-02 |
97 | GO:0008033: tRNA processing | 2.01E-02 |
98 | GO:0010087: phloem or xylem histogenesis | 2.01E-02 |
99 | GO:0010268: brassinosteroid homeostasis | 2.12E-02 |
100 | GO:0010305: leaf vascular tissue pattern formation | 2.12E-02 |
101 | GO:0009958: positive gravitropism | 2.12E-02 |
102 | GO:0009741: response to brassinosteroid | 2.12E-02 |
103 | GO:0007018: microtubule-based movement | 2.23E-02 |
104 | GO:0048825: cotyledon development | 2.34E-02 |
105 | GO:0009749: response to glucose | 2.34E-02 |
106 | GO:0071554: cell wall organization or biogenesis | 2.46E-02 |
107 | GO:0002229: defense response to oomycetes | 2.46E-02 |
108 | GO:0010583: response to cyclopentenone | 2.58E-02 |
109 | GO:0019761: glucosinolate biosynthetic process | 2.58E-02 |
110 | GO:0032502: developmental process | 2.58E-02 |
111 | GO:0009630: gravitropism | 2.58E-02 |
112 | GO:0045490: pectin catabolic process | 2.71E-02 |
113 | GO:0010252: auxin homeostasis | 2.82E-02 |
114 | GO:0009828: plant-type cell wall loosening | 2.82E-02 |
115 | GO:0007267: cell-cell signaling | 2.94E-02 |
116 | GO:0009739: response to gibberellin | 3.03E-02 |
117 | GO:0007275: multicellular organism development | 3.17E-02 |
118 | GO:0010027: thylakoid membrane organization | 3.19E-02 |
119 | GO:0008380: RNA splicing | 3.24E-02 |
120 | GO:0010029: regulation of seed germination | 3.32E-02 |
121 | GO:0048481: plant ovule development | 3.86E-02 |
122 | GO:0048767: root hair elongation | 4.00E-02 |
123 | GO:0006811: ion transport | 4.14E-02 |
124 | GO:0010218: response to far red light | 4.14E-02 |
125 | GO:0009658: chloroplast organization | 4.19E-02 |
126 | GO:0016310: phosphorylation | 4.55E-02 |
Rank | GO Term | Adjusted P value |
---|---|---|
1 | GO:0043399: tRNA A64-2'-O-ribosylphosphate transferase activity | 0.00E+00 |
2 | GO:0016763: transferase activity, transferring pentosyl groups | 0.00E+00 |
3 | GO:0071633: dihydroceramidase activity | 0.00E+00 |
4 | GO:0004632: phosphopantothenate--cysteine ligase activity | 2.48E-04 |
5 | GO:0016422: mRNA (2'-O-methyladenosine-N6-)-methyltransferase activity | 2.48E-04 |
6 | GO:0008395: steroid hydroxylase activity | 2.48E-04 |
7 | GO:0004016: adenylate cyclase activity | 2.48E-04 |
8 | GO:0000095: S-adenosyl-L-methionine transmembrane transporter activity | 5.49E-04 |
9 | GO:0008805: carbon-monoxide oxygenase activity | 5.49E-04 |
10 | GO:0008493: tetracycline transporter activity | 5.49E-04 |
11 | GO:0000179: rRNA (adenine-N6,N6-)-dimethyltransferase activity | 5.49E-04 |
12 | GO:0042389: omega-3 fatty acid desaturase activity | 5.49E-04 |
13 | GO:0004809: tRNA (guanine-N2-)-methyltransferase activity | 5.49E-04 |
14 | GO:0003725: double-stranded RNA binding | 7.09E-04 |
15 | GO:0016805: dipeptidase activity | 8.92E-04 |
16 | GO:0009041: uridylate kinase activity | 1.27E-03 |
17 | GO:0030570: pectate lyase activity | 1.57E-03 |
18 | GO:0010328: auxin influx transmembrane transporter activity | 1.70E-03 |
19 | GO:0004930: G-protein coupled receptor activity | 1.70E-03 |
20 | GO:0003727: single-stranded RNA binding | 1.70E-03 |
21 | GO:0010011: auxin binding | 1.70E-03 |
22 | GO:0019104: DNA N-glycosylase activity | 1.70E-03 |
23 | GO:0008725: DNA-3-methyladenine glycosylase activity | 2.17E-03 |
24 | GO:0003723: RNA binding | 2.32E-03 |
25 | GO:0019901: protein kinase binding | 2.47E-03 |
26 | GO:0003688: DNA replication origin binding | 2.67E-03 |
27 | GO:0004124: cysteine synthase activity | 3.21E-03 |
28 | GO:0000977: RNA polymerase II regulatory region sequence-specific DNA binding | 4.08E-03 |
29 | GO:0016717: oxidoreductase activity, acting on paired donors, with oxidation of a pair of donors resulting in the reduction of molecular oxygen to two molecules of water | 5.03E-03 |
30 | GO:0000989: transcription factor activity, transcription factor binding | 5.70E-03 |
31 | GO:0009672: auxin:proton symporter activity | 6.40E-03 |
32 | GO:0008168: methyltransferase activity | 8.66E-03 |
33 | GO:0052716: hydroquinone:oxygen oxidoreductase activity | 8.66E-03 |
34 | GO:0043621: protein self-association | 8.79E-03 |
35 | GO:0015293: symporter activity | 9.14E-03 |
36 | GO:0010329: auxin efflux transmembrane transporter activity | 9.47E-03 |
37 | GO:0004022: alcohol dehydrogenase (NAD) activity | 9.47E-03 |
38 | GO:0003774: motor activity | 1.03E-02 |
39 | GO:0005217: intracellular ligand-gated ion channel activity | 1.12E-02 |
40 | GO:0004970: ionotropic glutamate receptor activity | 1.12E-02 |
41 | GO:0003690: double-stranded DNA binding | 1.14E-02 |
42 | GO:0015171: amino acid transmembrane transporter activity | 1.22E-02 |
43 | GO:0003700: transcription factor activity, sequence-specific DNA binding | 1.52E-02 |
44 | GO:0019843: rRNA binding | 1.96E-02 |
45 | GO:0016705: oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen | 2.02E-02 |
46 | GO:0001085: RNA polymerase II transcription factor binding | 2.12E-02 |
47 | GO:0004519: endonuclease activity | 2.18E-02 |
48 | GO:0010181: FMN binding | 2.23E-02 |
49 | GO:0050662: coenzyme binding | 2.23E-02 |
50 | GO:0004518: nuclease activity | 2.58E-02 |
51 | GO:0016722: oxidoreductase activity, oxidizing metal ions | 2.94E-02 |
52 | GO:0008237: metallopeptidase activity | 2.94E-02 |
53 | GO:0005200: structural constituent of cytoskeleton | 2.94E-02 |
54 | GO:0016413: O-acetyltransferase activity | 3.07E-02 |
55 | GO:0051213: dioxygenase activity | 3.19E-02 |
56 | GO:0008757: S-adenosylmethionine-dependent methyltransferase activity | 3.72E-02 |
57 | GO:0005096: GTPase activator activity | 4.00E-02 |
58 | GO:0004222: metalloendopeptidase activity | 4.14E-02 |
59 | GO:0004693: cyclin-dependent protein serine/threonine kinase activity | 4.14E-02 |
60 | GO:0016788: hydrolase activity, acting on ester bonds | 4.26E-02 |
61 | GO:0001228: transcriptional activator activity, RNA polymerase II transcription regulatory region sequence-specific binding | 4.28E-02 |
62 | GO:0003677: DNA binding | 4.51E-02 |
63 | GO:0016706: oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen, 2-oxoglutarate as one donor, and incorporation of one atom each of oxygen into both donors | 4.56E-02 |