Rank | GO Term | Adjusted P value |
---|
1 | GO:0009661: chromoplast organization | 0.00E+00 |
2 | GO:0032780: negative regulation of ATPase activity | 0.00E+00 |
3 | GO:0010343: singlet oxygen-mediated programmed cell death | 0.00E+00 |
4 | GO:0009583: detection of light stimulus | 0.00E+00 |
5 | GO:0046294: formaldehyde catabolic process | 0.00E+00 |
6 | GO:0071000: response to magnetism | 0.00E+00 |
7 | GO:0036172: thiamine salvage | 0.00E+00 |
8 | GO:0019279: L-methionine biosynthetic process from L-homoserine via cystathionine | 0.00E+00 |
9 | GO:0032928: regulation of superoxide anion generation | 0.00E+00 |
10 | GO:1904215: regulation of protein import into chloroplast stroma | 0.00E+00 |
11 | GO:0000304: response to singlet oxygen | 4.05E-05 |
12 | GO:0010117: photoprotection | 4.05E-05 |
13 | GO:0046283: anthocyanin-containing compound metabolic process | 4.05E-05 |
14 | GO:0048564: photosystem I assembly | 1.43E-04 |
15 | GO:0072387: flavin adenine dinucleotide metabolic process | 1.82E-04 |
16 | GO:0071461: cellular response to redox state | 1.82E-04 |
17 | GO:0006430: lysyl-tRNA aminoacylation | 1.82E-04 |
18 | GO:0080065: 4-alpha-methyl-delta7-sterol oxidation | 1.82E-04 |
19 | GO:0071266: 'de novo' L-methionine biosynthetic process | 1.82E-04 |
20 | GO:1902265: abscisic acid homeostasis | 1.82E-04 |
21 | GO:0006285: base-excision repair, AP site formation | 1.82E-04 |
22 | GO:0019343: cysteine biosynthetic process via cystathionine | 1.82E-04 |
23 | GO:0019346: transsulfuration | 1.82E-04 |
24 | GO:0006996: organelle organization | 4.10E-04 |
25 | GO:1904143: positive regulation of carotenoid biosynthetic process | 4.10E-04 |
26 | GO:0016122: xanthophyll metabolic process | 4.10E-04 |
27 | GO:0010275: NAD(P)H dehydrogenase complex assembly | 4.10E-04 |
28 | GO:1901529: positive regulation of anion channel activity | 4.10E-04 |
29 | GO:0060359: response to ammonium ion | 4.10E-04 |
30 | GO:0048255: mRNA stabilization | 4.10E-04 |
31 | GO:2000030: regulation of response to red or far red light | 4.10E-04 |
32 | GO:0080005: photosystem stoichiometry adjustment | 4.10E-04 |
33 | GO:0019388: galactose catabolic process | 4.10E-04 |
34 | GO:0010617: circadian regulation of calcium ion oscillation | 4.10E-04 |
35 | GO:0099402: plant organ development | 4.10E-04 |
36 | GO:0000162: tryptophan biosynthetic process | 6.48E-04 |
37 | GO:0009150: purine ribonucleotide metabolic process | 6.69E-04 |
38 | GO:0006696: ergosterol biosynthetic process | 6.69E-04 |
39 | GO:0010351: lithium ion transport | 6.69E-04 |
40 | GO:0043157: response to cation stress | 6.69E-04 |
41 | GO:0000394: RNA splicing, via endonucleolytic cleavage and ligation | 6.69E-04 |
42 | GO:0031022: nuclear migration along microfilament | 6.69E-04 |
43 | GO:1902448: positive regulation of shade avoidance | 6.69E-04 |
44 | GO:0006296: nucleotide-excision repair, DNA incision, 5'-to lesion | 6.69E-04 |
45 | GO:0006013: mannose metabolic process | 6.69E-04 |
46 | GO:1901672: positive regulation of systemic acquired resistance | 6.69E-04 |
47 | GO:0044210: 'de novo' CTP biosynthetic process | 6.69E-04 |
48 | GO:0016226: iron-sulfur cluster assembly | 9.43E-04 |
49 | GO:0009658: chloroplast organization | 9.50E-04 |
50 | GO:2001141: regulation of RNA biosynthetic process | 9.55E-04 |
51 | GO:0009399: nitrogen fixation | 9.55E-04 |
52 | GO:0009647: skotomorphogenesis | 9.55E-04 |
53 | GO:0009963: positive regulation of flavonoid biosynthetic process | 9.55E-04 |
54 | GO:1901332: negative regulation of lateral root development | 9.55E-04 |
55 | GO:0009590: detection of gravity | 9.55E-04 |
56 | GO:0009902: chloroplast relocation | 1.27E-03 |
57 | GO:0034613: cellular protein localization | 1.27E-03 |
58 | GO:0006542: glutamine biosynthetic process | 1.27E-03 |
59 | GO:0006552: leucine catabolic process | 1.27E-03 |
60 | GO:0009649: entrainment of circadian clock | 1.27E-03 |
61 | GO:1902347: response to strigolactone | 1.27E-03 |
62 | GO:0009229: thiamine diphosphate biosynthetic process | 1.61E-03 |
63 | GO:0016120: carotene biosynthetic process | 1.61E-03 |
64 | GO:0098719: sodium ion import across plasma membrane | 1.61E-03 |
65 | GO:0010304: PSII associated light-harvesting complex II catabolic process | 1.98E-03 |
66 | GO:0016070: RNA metabolic process | 1.98E-03 |
67 | GO:0009959: negative gravitropism | 1.98E-03 |
68 | GO:0006555: methionine metabolic process | 1.98E-03 |
69 | GO:0031053: primary miRNA processing | 1.98E-03 |
70 | GO:0045962: positive regulation of development, heterochronic | 1.98E-03 |
71 | GO:1901371: regulation of leaf morphogenesis | 1.98E-03 |
72 | GO:0060918: auxin transport | 1.98E-03 |
73 | GO:0009228: thiamine biosynthetic process | 1.98E-03 |
74 | GO:0009903: chloroplast avoidance movement | 2.38E-03 |
75 | GO:0010310: regulation of hydrogen peroxide metabolic process | 2.38E-03 |
76 | GO:0019509: L-methionine salvage from methylthioadenosine | 2.38E-03 |
77 | GO:0010244: response to low fluence blue light stimulus by blue low-fluence system | 2.38E-03 |
78 | GO:0051510: regulation of unidimensional cell growth | 2.80E-03 |
79 | GO:0015693: magnesium ion transport | 2.80E-03 |
80 | GO:0050821: protein stabilization | 3.24E-03 |
81 | GO:0009231: riboflavin biosynthetic process | 3.24E-03 |
82 | GO:0006102: isocitrate metabolic process | 3.24E-03 |
83 | GO:0045292: mRNA cis splicing, via spliceosome | 3.24E-03 |
84 | GO:0005978: glycogen biosynthetic process | 3.24E-03 |
85 | GO:0009787: regulation of abscisic acid-activated signaling pathway | 3.24E-03 |
86 | GO:0030091: protein repair | 3.24E-03 |
87 | GO:0009704: de-etiolation | 3.24E-03 |
88 | GO:0071482: cellular response to light stimulus | 3.71E-03 |
89 | GO:0019430: removal of superoxide radicals | 3.71E-03 |
90 | GO:0006508: proteolysis | 3.76E-03 |
91 | GO:0009637: response to blue light | 4.05E-03 |
92 | GO:0015780: nucleotide-sugar transport | 4.20E-03 |
93 | GO:0098656: anion transmembrane transport | 4.20E-03 |
94 | GO:0090305: nucleic acid phosphodiester bond hydrolysis | 4.20E-03 |
95 | GO:0051453: regulation of intracellular pH | 4.71E-03 |
96 | GO:1900426: positive regulation of defense response to bacterium | 4.71E-03 |
97 | GO:0009638: phototropism | 4.71E-03 |
98 | GO:0009098: leucine biosynthetic process | 4.71E-03 |
99 | GO:0009640: photomorphogenesis | 5.21E-03 |
100 | GO:0009688: abscisic acid biosynthetic process | 5.24E-03 |
101 | GO:0045036: protein targeting to chloroplast | 5.24E-03 |
102 | GO:0009641: shade avoidance | 5.24E-03 |
103 | GO:0006535: cysteine biosynthetic process from serine | 5.24E-03 |
104 | GO:0000103: sulfate assimilation | 5.24E-03 |
105 | GO:0048229: gametophyte development | 5.79E-03 |
106 | GO:0006879: cellular iron ion homeostasis | 5.79E-03 |
107 | GO:0006352: DNA-templated transcription, initiation | 5.79E-03 |
108 | GO:0009965: leaf morphogenesis | 5.85E-03 |
109 | GO:0006790: sulfur compound metabolic process | 6.35E-03 |
110 | GO:0045037: protein import into chloroplast stroma | 6.35E-03 |
111 | GO:0006006: glucose metabolic process | 6.94E-03 |
112 | GO:0050826: response to freezing | 6.94E-03 |
113 | GO:0010075: regulation of meristem growth | 6.94E-03 |
114 | GO:0009785: blue light signaling pathway | 6.94E-03 |
115 | GO:0030048: actin filament-based movement | 6.94E-03 |
116 | GO:0010207: photosystem II assembly | 7.55E-03 |
117 | GO:2000377: regulation of reactive oxygen species metabolic process | 9.48E-03 |
118 | GO:0019344: cysteine biosynthetic process | 9.48E-03 |
119 | GO:0046686: response to cadmium ion | 9.94E-03 |
120 | GO:0006418: tRNA aminoacylation for protein translation | 1.02E-02 |
121 | GO:0006012: galactose metabolic process | 1.23E-02 |
122 | GO:0006284: base-excision repair | 1.31E-02 |
123 | GO:0016117: carotenoid biosynthetic process | 1.38E-02 |
124 | GO:0010051: xylem and phloem pattern formation | 1.46E-02 |
125 | GO:0010087: phloem or xylem histogenesis | 1.46E-02 |
126 | GO:0010118: stomatal movement | 1.46E-02 |
127 | GO:0006814: sodium ion transport | 1.62E-02 |
128 | GO:0042752: regulation of circadian rhythm | 1.62E-02 |
129 | GO:0009646: response to absence of light | 1.62E-02 |
130 | GO:0019252: starch biosynthetic process | 1.70E-02 |
131 | GO:0009851: auxin biosynthetic process | 1.70E-02 |
132 | GO:0009791: post-embryonic development | 1.70E-02 |
133 | GO:0009630: gravitropism | 1.87E-02 |
134 | GO:0019761: glucosinolate biosynthetic process | 1.87E-02 |
135 | GO:1901657: glycosyl compound metabolic process | 1.96E-02 |
136 | GO:0030163: protein catabolic process | 1.96E-02 |
137 | GO:0006464: cellular protein modification process | 2.05E-02 |
138 | GO:0071805: potassium ion transmembrane transport | 2.14E-02 |
139 | GO:0016126: sterol biosynthetic process | 2.32E-02 |
140 | GO:0010027: thylakoid membrane organization | 2.32E-02 |
141 | GO:0010029: regulation of seed germination | 2.42E-02 |
142 | GO:0009816: defense response to bacterium, incompatible interaction | 2.42E-02 |
143 | GO:0035556: intracellular signal transduction | 2.46E-02 |
144 | GO:0042128: nitrate assimilation | 2.51E-02 |
145 | GO:0048573: photoperiodism, flowering | 2.61E-02 |
146 | GO:0018298: protein-chromophore linkage | 2.81E-02 |
147 | GO:0048481: plant ovule development | 2.81E-02 |
148 | GO:0006970: response to osmotic stress | 2.89E-02 |
149 | GO:0010218: response to far red light | 3.01E-02 |
150 | GO:0009407: toxin catabolic process | 3.01E-02 |
151 | GO:0010043: response to zinc ion | 3.11E-02 |
152 | GO:0007568: aging | 3.11E-02 |
153 | GO:0048527: lateral root development | 3.11E-02 |
154 | GO:0010119: regulation of stomatal movement | 3.11E-02 |
155 | GO:0009723: response to ethylene | 3.11E-02 |
156 | GO:0006457: protein folding | 3.17E-02 |
157 | GO:0006099: tricarboxylic acid cycle | 3.43E-02 |
158 | GO:0006897: endocytosis | 3.76E-02 |
159 | GO:0010114: response to red light | 3.98E-02 |
160 | GO:0009644: response to high light intensity | 4.21E-02 |
161 | GO:0008643: carbohydrate transport | 4.21E-02 |
162 | GO:0009751: response to salicylic acid | 4.82E-02 |
163 | GO:0009809: lignin biosynthetic process | 4.92E-02 |
164 | GO:0009585: red, far-red light phototransduction | 4.92E-02 |