|
CH_lpe_1 |
7.4428e-38 |
12 |
Lp_chr2_0 |
GO:0071490 |
BP |
cellular response to far red light |
|
CH_lpe_10 |
2.74023e-20 |
9 |
Lp_chr5_0 |
GO:0008284 |
BP |
positive regulation of cell population proliferation |
|
CH_lpe_100 |
0.00000000619882 |
3 |
Lp_chr5_0 |
GO:0052638 |
MF |
indole-3-butyrate beta-glucosyltransferase activity |
|
CH_lpe_101 |
0.00000000619882 |
3 |
Lp_chr6_0 |
GO:0070449 |
CC |
elongin complex |
|
CH_lpe_102 |
0.00000000619882 |
3 |
Lp_chr6_0 |
GO:1990359 |
BP |
stress response to zinc ion |
|
CH_lpe_103 |
0.00000000619892 |
3 |
Lp_chr5_0 |
GO:0016034 |
MF |
maleylacetoacetate isomerase activity |
|
CH_lpe_104 |
0.00000000619892 |
3 |
Lp_chr7_0.1 |
GO:0050982 |
BP |
detection of mechanical stimulus |
|
CH_lpe_105 |
0.00000000675374 |
5 |
Lp_chr1_0 |
GO:0047834 |
MF |
D-threo-aldose 1-dehydrogenase activity |
|
CH_lpe_106 |
0.00000000704149 |
5 |
Lp_chr2_0 |
GO:0006749 |
BP |
glutathione metabolic process |
|
CH_lpe_107 |
0.00000000712441 |
7 |
Lp_chr7_0.1 |
GO:0016567 |
BP |
protein ubiquitination |
|
CH_lpe_108 |
0.00000000722652 |
9 |
Lp_chr6_0 |
GO:0004497 |
MF |
monooxygenase activity |
|
CH_lpe_109 |
0.0000000085644 |
6 |
Lp_chr4_0 |
GO:0016887 |
MF |
ATP hydrolysis activity |
|
CH_lpe_11 |
3.51817e-20 |
30 |
Lp_chr3_0 |
GO:0015074 |
BP |
DNA integration |
|
CH_lpe_110 |
0.0000000150959 |
5 |
Lp_chr4_0 |
GO:0005615 |
CC |
extracellular space |
|
CH_lpe_111 |
0.0000000154973 |
3 |
Lp_chr2_0 |
GO:0047782 |
MF |
coniferin beta-glucosidase activity |
|
CH_lpe_112 |
0.0000000154973 |
3 |
Lp_chr1_0 |
GO:0071289 |
BP |
cellular response to nickel ion |
|
CH_lpe_113 |
0.0000000184079 |
17 |
Lp_chr3_0 |
GO:0003676 |
MF |
nucleic acid binding |
|
CH_lpe_114 |
0.0000000186739 |
6 |
Lp_chr1_0 |
GO:0042744 |
BP |
hydrogen peroxide catabolic process |
|
CH_lpe_115 |
0.0000000186988 |
6 |
Lp_chr4_0 |
GO:0008194 |
MF |
UDP-glycosyltransferase activity |
|
CH_lpe_116 |
0.0000000215089 |
16 |
Lp_chr2_0 |
GO:0006468 |
BP |
protein phosphorylation |
|
CH_lpe_117 |
0.0000000245481 |
6 |
Lp_chr3_0 |
GO:0004867 |
MF |
serine-type endopeptidase inhibitor activity |
|
CH_lpe_118 |
0.000000024795 |
3 |
Lp_chr2_0 |
GO:0016630 |
MF |
protochlorophyllide reductase activity |
|
CH_lpe_119 |
0.0000000293303 |
4 |
Lp_chr5_0 |
GO:0009547 |
CC |
plastid ribosome |
|
CH_lpe_12 |
4.50129e-20 |
29 |
Lp_chr3_0 |
GO:0015074 |
BP |
DNA integration |
|
CH_lpe_120 |
0.00000002938 |
6 |
Lp_chr4_0 |
GO:0009873 |
BP |
ethylene-activated signaling pathway |
|
CH_lpe_121 |
0.0000000309946 |
3 |
Lp_chr4_0 |
GO:0072355 |
BP |
histone H3-T3 phosphorylation |
|
CH_lpe_122 |
0.0000000309946 |
3 |
Lp_chr4_0 |
GO:0090417 |
MF |
N-methylnicotinate transmembrane transporter activity |
|
CH_lpe_123 |
0.000000034106 |
6 |
Lp_chr2_0 |
GO:0016887 |
MF |
ATP hydrolysis activity |
|
CH_lpe_124 |
0.000000050174 |
5 |
Lp_chr4_0 |
GO:0006606 |
BP |
protein import into nucleus |
|
CH_lpe_125 |
0.0000000508717 |
4 |
Lp_chr2_0 |
GO:0110102 |
BP |
ribulose bisphosphate carboxylase complex assembly |
|
CH_lpe_126 |
0.0000000542371 |
3 |
Lp_chr3_0 |
GO:0044205 |
BP |
'de novo' UMP biosynthetic process |
|
CH_lpe_127 |
0.0000000611038 |
4 |
Lp_chr4_0 |
GO:0016102 |
BP |
diterpenoid biosynthetic process |
|
CH_lpe_128 |
0.0000000619858 |
3 |
Lp_chr7_0.1 |
GO:0010491 |
MF |
UTP:arabinose-1-phosphate uridylyltransferase activity |
|
CH_lpe_129 |
0.0000000619868 |
3 |
Lp_chr6_0 |
GO:0004061 |
MF |
arylformamidase activity |
|
CH_lpe_13 |
5.58356e-20 |
9 |
Lp_chr6_0 |
GO:0071249 |
BP |
cellular response to nitrate |
|
CH_lpe_130 |
0.0000000668134 |
11 |
Lp_chr2_0 |
GO:0016567 |
BP |
protein ubiquitination |
|
CH_lpe_131 |
0.0000000712121 |
4 |
Lp_chr4_0 |
GO:0045910 |
BP |
negative regulation of DNA recombination |
|
CH_lpe_132 |
0.0000000750275 |
4 |
Lp_chr4_0 |
GO:0080037 |
BP |
negative regulation of cytokinin-activated signaling pathway |
|
CH_lpe_133 |
0.0000000757258 |
13 |
Lp_chr5_0 |
GO:0003700 |
MF |
DNA-binding transcription factor activity |
|
CH_lpe_134 |
0.0000000823171 |
7 |
Lp_chr3_0 |
GO:0071456 |
BP |
cellular response to hypoxia |
|
CH_lpe_135 |
0.000000084208 |
5 |
Lp_chr3_0 |
GO:0042744 |
BP |
hydrogen peroxide catabolic process |
|
CH_lpe_136 |
0.0000000867849 |
3 |
Lp_chr3_0 |
GO:2000122 |
BP |
negative regulation of stomatal complex development |
|
CH_lpe_137 |
0.0000000887998 |
4 |
Lp_chr3_0 |
GO:0030422 |
BP |
production of siRNA involved in RNA interference |
|
CH_lpe_138 |
0.000000108438 |
4 |
Lp_chr3_0 |
GO:0030145 |
MF |
manganese ion binding |
|
CH_lpe_139 |
0.000000117856 |
10 |
Lp_chr3_0 |
GO:0005975 |
BP |
carbohydrate metabolic process |
|
CH_lpe_14 |
7.08342e-20 |
30 |
Lp_chr4_0 |
GO:0015074 |
BP |
DNA integration |
|
CH_lpe_140 |
0.000000123968 |
3 |
Lp_chr7_0.1 |
GO:0016720 |
MF |
delta12-fatty acid dehydrogenase activity |
|
CH_lpe_141 |
0.000000123972 |
3 |
Lp_chr2_0 |
GO:0048629 |
BP |
trichome patterning |
|
CH_lpe_142 |
0.000000124407 |
4 |
Lp_chr6_0 |
GO:0009765 |
BP |
photosynthesis, light harvesting |
|
CH_lpe_143 |
0.00000012944 |
4 |
Lp_chr6_0 |
GO:0008107 |
MF |
galactoside 2-alpha-L-fucosyltransferase activity |
|
CH_lpe_144 |
0.000000130177 |
3 |
Lp_chr5_0 |
GO:0080162 |
BP |
intracellular auxin transport |
|
CH_lpe_145 |
0.000000150655 |
4 |
Lp_chr6_0 |
GO:0045723 |
BP |
positive regulation of fatty acid biosynthetic process |
|
CH_lpe_146 |
0.000000184296 |
5 |
Lp_chr6_0 |
GO:0004190 |
MF |
aspartic-type endopeptidase activity |
|
CH_lpe_147 |
0.000000185968 |
3 |
Lp_chr6_0 |
GO:0032454 |
MF |
histone demethylase activity (H3-K9 specific) |
|
CH_lpe_148 |
0.000000196415 |
4 |
Lp_chr2_0 |
GO:0015927 |
MF |
trehalase activity |
|
CH_lpe_149 |
0.00000019685 |
10 |
Lp_chr4_0 |
GO:0005576 |
CC |
extracellular region |
|
CH_lpe_15 |
2.12094e-19 |
12 |
Lp_chr7_0.1 |
GO:0050660 |
MF |
flavin adenine dinucleotide binding |
|
CH_lpe_150 |
0.000000210212 |
30 |
Lp_chr3_0 |
GO:0003676 |
MF |
nucleic acid binding |
|
CH_lpe_151 |
0.000000216938 |
3 |
Lp_chr6_0 |
GO:0003846 |
MF |
2-acylglycerol O-acyltransferase activity |
|
CH_lpe_152 |
0.000000216948 |
3 |
Lp_chr3_0 |
GO:0047517 |
MF |
1,4-beta-D-xylan synthase activity |
|
CH_lpe_153 |
0.000000243595 |
4 |
Lp_chr4_0 |
GO:0004650 |
MF |
polygalacturonase activity |
|
CH_lpe_154 |
0.000000254904 |
5 |
Lp_chr3_0 |
GO:0030247 |
MF |
polysaccharide binding |
|
CH_lpe_155 |
0.000000304548 |
4 |
Lp_chr5_0 |
GO:0050734 |
MF |
hydroxycinnamoyltransferase activity |
|
CH_lpe_156 |
0.000000309909 |
3 |
Lp_chr3_0 |
GO:0071076 |
BP |
RNA 3' uridylation |
|
CH_lpe_157 |
0.000000332571 |
14 |
Lp_chr7_0.1 |
GO:1901265 |
MF |
nucleoside phosphate binding |
|
CH_lpe_158 |
0.000000340892 |
3 |
Lp_chr5_0 |
GO:0015857 |
BP |
uracil transport |
|
CH_lpe_159 |
0.000000428346 |
15 |
Lp_chr7_0.1 |
GO:0005829 |
CC |
cytosol |
|
CH_lpe_16 |
3.26993e-18 |
30 |
Lp_chr1_0 |
GO:0015074 |
BP |
DNA integration |
|
CH_lpe_160 |
0.000000443223 |
3 |
Lp_chr4_0 |
GO:0022821 |
MF |
potassium ion antiporter activity |
|
CH_lpe_161 |
0.00000045056 |
4 |
Lp_chr5_0 |
GO:0080086 |
BP |
stamen filament development |
|
CH_lpe_162 |
0.000000469987 |
5 |
Lp_chr2_0 |
GO:0048544 |
BP |
recognition of pollen |
|
CH_lpe_163 |
0.000000484141 |
10 |
Lp_chr1_0 |
GO:0043531 |
MF |
ADP binding |
|
CH_lpe_164 |
0.000000492434 |
5 |
Lp_chr6_0 |
GO:0003690 |
MF |
double-stranded DNA binding |
|
CH_lpe_165 |
0.000000502587 |
22 |
Lp_chr3_0 |
GO:0015074 |
BP |
DNA integration |
|
CH_lpe_166 |
0.000000512673 |
4 |
Lp_chr2_0 |
GO:0016762 |
MF |
xyloglucan:xyloglucosyl transferase activity |
|
CH_lpe_167 |
0.000000541698 |
4 |
Lp_chr3_0 |
GO:0030145 |
MF |
manganese ion binding |
|
CH_lpe_168 |
0.000000572345 |
9 |
Lp_chr1_0 |
GO:0006793 |
BP |
phosphorus metabolic process |
|
CH_lpe_169 |
0.000000704861 |
4 |
Lp_chr4_0 |
GO:0007166 |
BP |
cell surface receptor signaling pathway |
|
CH_lpe_17 |
7.51943e-18 |
26 |
Lp_chr2_0 |
GO:0015074 |
BP |
DNA integration |
|
CH_lpe_170 |
0.000000704992 |
3 |
Lp_chr6_0 |
GO:0080108 |
MF |
S-alkylthiohydroximate lyase activity |
|
CH_lpe_171 |
0.00000073506 |
6 |
Lp_chr2_0 |
GO:0051338 |
BP |
regulation of transferase activity |
|
CH_lpe_172 |
0.00000078211 |
5 |
Lp_chr1_0 |
GO:0042744 |
BP |
hydrogen peroxide catabolic process |
|
CH_lpe_173 |
0.00000078211 |
5 |
Lp_chr1_0 |
GO:0042744 |
BP |
hydrogen peroxide catabolic process |
|
CH_lpe_174 |
0.000000924507 |
4 |
Lp_chr5_0 |
GO:0008285 |
BP |
negative regulation of cell population proliferation |
|
CH_lpe_175 |
0.000000989587 |
8 |
Lp_chr3_0 |
GO:0016491 |
MF |
oxidoreductase activity |
|
CH_lpe_176 |
0.00000105382 |
3 |
Lp_chr6_0 |
GO:0032549 |
MF |
ribonucleoside binding |
|
CH_lpe_177 |
0.0000010846 |
3 |
Lp_chr1_0 |
GO:0002215 |
BP |
defense response to nematode |
|
CH_lpe_178 |
0.00000114188 |
5 |
Lp_chr2_0 |
GO:0000145 |
CC |
exocyst |
|
CH_lpe_179 |
0.00000114261 |
5 |
Lp_chr3_0 |
GO:0030247 |
MF |
polysaccharide binding |
|
CH_lpe_18 |
4.10813e-17 |
8 |
Lp_chr5_0 |
GO:0097573 |
MF |
glutathione oxidoreductase activity |
|
CH_lpe_180 |
0.00000120941 |
6 |
Lp_chr7_0.1 |
GO:0008194 |
MF |
UDP-glycosyltransferase activity |
|
CH_lpe_181 |
0.00000124665 |
4 |
Lp_chr3_0 |
GO:2000032 |
BP |
regulation of secondary shoot formation |
|
CH_lpe_182 |
0.00000126458 |
3 |
Lp_chr4_0 |
GO:0030042 |
BP |
actin filament depolymerization |
|
CH_lpe_183 |
0.00000130146 |
3 |
Lp_chr3_0 |
GO:0008309 |
MF |
double-stranded DNA exodeoxyribonuclease activity |
|
CH_lpe_184 |
0.00000130154 |
3 |
Lp_chr4_0 |
GO:0019863 |
MF |
IgE binding |
|
CH_lpe_185 |
0.00000130154 |
3 |
Lp_chr5_0 |
GO:1902288 |
BP |
regulation of defense response to oomycetes |
|
CH_lpe_186 |
0.00000136359 |
3 |
Lp_chr3_0 |
GO:0008843 |
MF |
endochitinase activity |
|
CH_lpe_187 |
0.00000162363 |
4 |
Lp_chr3_0 |
GO:0030145 |
MF |
manganese ion binding |
|
CH_lpe_188 |
0.00000163177 |
5 |
Lp_chr3_0 |
GO:0030246 |
MF |
carbohydrate binding |
|
CH_lpe_189 |
0.00000176433 |
5 |
Lp_chr3_0 |
GO:0140359 |
MF |
ABC-type transporter activity |
|
CH_lpe_19 |
5.60075e-17 |
7 |
Lp_chr4_0 |
GO:0004176 |
MF |
ATP-dependent peptidase activity |
|
CH_lpe_190 |
0.00000176669 |
3 |
Lp_scaffold_5331 |
GO:0003959 |
MF |
NADPH dehydrogenase activity |
|
CH_lpe_191 |
0.00000205652 |
7 |
Lp_chr3_0 |
GO:0043531 |
MF |
ADP binding |
|
CH_lpe_192 |
0.00000205652 |
7 |
Lp_chr1_0 |
GO:0043531 |
MF |
ADP binding |
|
CH_lpe_193 |
0.00000218149 |
5 |
Lp_chr6_0 |
GO:0004190 |
MF |
aspartic-type endopeptidase activity |
|
CH_lpe_194 |
0.00000227413 |
7 |
Lp_chr6_0 |
GO:0003700 |
MF |
DNA-binding transcription factor activity |
|
CH_lpe_195 |
0.00000240663 |
6 |
Lp_chr2_0 |
GO:0008194 |
MF |
UDP-glycosyltransferase activity |
|
CH_lpe_196 |
0.00000268971 |
4 |
Lp_chr1_0 |
GO:0000418 |
CC |
RNA polymerase IV complex |
|
CH_lpe_197 |
0.00000331926 |
4 |
Lp_chr4_0 |
GO:0006749 |
BP |
glutathione metabolic process |
|
CH_lpe_198 |
0.00000331926 |
4 |
Lp_chr3_0 |
GO:0006749 |
BP |
glutathione metabolic process |
|
CH_lpe_199 |
0.00000340856 |
3 |
Lp_chr5_0 |
GO:0030162 |
BP |
regulation of proteolysis |
|
CH_lpe_2 |
1.24459e-26 |
16 |
Lp_chr3_0 |
GO:0030247 |
MF |
polysaccharide binding |
|
CH_lpe_20 |
5.75276e-17 |
12 |
Lp_chr7_0.1 |
GO:0044391 |
CC |
ribosomal subunit |
|
CH_lpe_200 |
0.00000357272 |
4 |
Lp_chr3_0 |
GO:0052716 |
MF |
hydroquinone:oxygen oxidoreductase activity |
|
CH_lpe_201 |
0.00000368762 |
4 |
Lp_chr2_0 |
GO:0009873 |
BP |
ethylene-activated signaling pathway |
|
CH_lpe_202 |
0.00000417996 |
5 |
Lp_chr3_0 |
GO:0004497 |
MF |
monooxygenase activity |
|
CH_lpe_203 |
0.00000419519 |
6 |
Lp_chr2_0 |
GO:0030246 |
MF |
carbohydrate binding |
|
CH_lpe_204 |
0.00000467466 |
11 |
Lp_chr2_0 |
GO:0020037 |
MF |
heme binding |
|
CH_lpe_205 |
0.0000050996 |
5 |
Lp_chr7_0.1 |
GO:0008171 |
MF |
O-methyltransferase activity |
|
CH_lpe_206 |
0.00000518127 |
6 |
Lp_chr4_0 |
GO:0009664 |
BP |
plant-type cell wall organization |
|
CH_lpe_207 |
0.0000052843 |
14 |
Lp_chr4_0 |
GO:0032553 |
MF |
ribonucleotide binding |
|
CH_lpe_208 |
0.00000543059 |
5 |
Lp_chr3_0 |
GO:0140359 |
MF |
ABC-type transporter activity |
|
CH_lpe_209 |
0.0000056926 |
4 |
Lp_chr2_0 |
GO:1990961 |
BP |
xenobiotic detoxification by transmembrane export across the plasma membrane |
|
CH_lpe_21 |
1.013e-16 |
8 |
Lp_chr7_0.1 |
GO:0016651 |
MF |
oxidoreductase activity, acting on NAD(P)H |
|
CH_lpe_210 |
0.0000057944 |
14 |
Lp_chr5_0 |
GO:0006468 |
BP |
protein phosphorylation |
|
CH_lpe_211 |
0.0000058015 |
5 |
Lp_scaffold_639 |
GO:0030247 |
MF |
polysaccharide binding |
|
CH_lpe_212 |
0.0000064053 |
5 |
Lp_chr6_0 |
GO:0042744 |
BP |
hydrogen peroxide catabolic process |
|
CH_lpe_213 |
0.00000696604 |
3 |
Lp_chr2_0 |
GO:0016409 |
MF |
palmitoyltransferase activity |
|
CH_lpe_214 |
0.00000708811 |
4 |
Lp_chr5_0 |
GO:0003993 |
MF |
acid phosphatase activity |
|
CH_lpe_215 |
0.00000793705 |
4 |
Lp_chr3_0 |
GO:0016811 |
MF |
hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in linear amides |
|
CH_lpe_216 |
0.00000802093 |
8 |
Lp_chr5_0 |
GO:0004601 |
MF |
peroxidase activity |
|
CH_lpe_217 |
0.00000814989 |
4 |
Lp_chr2_0 |
GO:0019953 |
BP |
sexual reproduction |
|
CH_lpe_218 |
0.00000821609 |
10 |
Lp_chr3_0 |
GO:0006468 |
BP |
protein phosphorylation |
|
CH_lpe_219 |
0.00000848082 |
10 |
Lp_chr1_0 |
GO:0016491 |
MF |
oxidoreductase activity |
|
CH_lpe_22 |
1.11249e-16 |
6 |
Lp_chr7_0.1 |
GO:0008107 |
MF |
galactoside 2-alpha-L-fucosyltransferase activity |
|
CH_lpe_220 |
0.00000886083 |
3 |
Lp_chr3_0 |
GO:0042138 |
BP |
meiotic DNA double-strand break formation |
|
CH_lpe_221 |
0.00000894509 |
3 |
Lp_chr2_0 |
GO:0051670 |
MF |
inulinase activity |
|
CH_lpe_222 |
0.00000912951 |
5 |
Lp_chr4_0 |
GO:0031225 |
CC |
anchored component of membrane |
|
CH_lpe_223 |
0.00000958967 |
6 |
Lp_chr1_0 |
GO:0051082 |
MF |
unfolded protein binding |
|
CH_lpe_224 |
0.0000101802 |
4 |
Lp_chr1_0 |
GO:0000977 |
MF |
RNA polymerase II transcription regulatory region sequence-specific DNA binding |
|
CH_lpe_225 |
0.000010189 |
9 |
Lp_chr2_0 |
GO:0016567 |
BP |
protein ubiquitination |
|
CH_lpe_226 |
0.0000105343 |
3 |
Lp_chr1_0 |
GO:0031428 |
CC |
box C/D RNP complex |
|
CH_lpe_227 |
0.0000110857 |
6 |
Lp_chr6_0 |
GO:0030246 |
MF |
carbohydrate binding |
|
CH_lpe_228 |
0.0000120348 |
3 |
Lp_chr1_0 |
GO:0006154 |
BP |
adenosine catabolic process |
|
CH_lpe_229 |
0.0000147462 |
4 |
Lp_chr4_0 |
GO:0006869 |
BP |
lipid transport |
|
CH_lpe_23 |
1.76115e-16 |
7 |
Lp_chr4_0 |
GO:0070026 |
MF |
nitric oxide binding |
|
CH_lpe_230 |
0.0000150106 |
3 |
Lp_chr6_0 |
GO:0048317 |
BP |
seed morphogenesis |
|
CH_lpe_231 |
0.0000153113 |
3 |
Lp_chr3_0 |
GO:0047834 |
MF |
D-threo-aldose 1-dehydrogenase activity |
|
CH_lpe_232 |
0.0000153113 |
3 |
Lp_chr2_0 |
GO:0035673 |
MF |
oligopeptide transmembrane transporter activity |
|
CH_lpe_233 |
0.0000153912 |
4 |
Lp_chr2_0 |
GO:0016760 |
MF |
cellulose synthase (UDP-forming) activity |
|
CH_lpe_234 |
0.0000156116 |
3 |
Lp_chr3_0 |
GO:0045931 |
BP |
positive regulation of mitotic cell cycle |
|
CH_lpe_235 |
0.0000162437 |
4 |
Lp_chr2_0 |
GO:0031625 |
MF |
ubiquitin protein ligase binding |
|
CH_lpe_236 |
0.0000167292 |
4 |
Lp_chr4_0 |
GO:0000786 |
CC |
nucleosome |
|
CH_lpe_237 |
0.0000171003 |
8 |
Lp_chr3_0 |
GO:0032991 |
CC |
protein-containing complex |
|
CH_lpe_238 |
0.000017348 |
3 |
Lp_chr5_0 |
GO:0006596 |
BP |
polyamine biosynthetic process |
|
CH_lpe_239 |
0.000017348 |
3 |
Lp_chr3_0 |
GO:0008970 |
MF |
phospholipase A1 activity |
|
CH_lpe_24 |
2.93198e-16 |
6 |
Lp_chr2_0 |
GO:0090057 |
BP |
root radial pattern formation |
|
CH_lpe_240 |
0.0000176591 |
3 |
Lp_chr1_0 |
GO:0031307 |
CC |
integral component of mitochondrial outer membrane |
|
CH_lpe_241 |
0.0000182427 |
4 |
Lp_chr4_0 |
GO:0004185 |
MF |
serine-type carboxypeptidase activity |
|
CH_lpe_242 |
0.0000183812 |
6 |
Lp_chr1_0 |
GO:0006511 |
BP |
ubiquitin-dependent protein catabolic process |
|
CH_lpe_243 |
0.0000188276 |
7 |
Lp_chr4_0 |
GO:0016567 |
BP |
protein ubiquitination |
|
CH_lpe_244 |
0.0000205246 |
3 |
Lp_chr7_0.1 |
GO:0071215 |
BP |
cellular response to abscisic acid stimulus |
|
CH_lpe_245 |
0.0000210609 |
3 |
Lp_chr5_0 |
GO:1900457 |
BP |
regulation of brassinosteroid mediated signaling pathway |
|
CH_lpe_246 |
0.0000252767 |
3 |
Lp_chr3_0 |
GO:0006308 |
BP |
DNA catabolic process |
|
CH_lpe_247 |
0.0000292419 |
6 |
Lp_chr3_0 |
GO:0043565 |
MF |
sequence-specific DNA binding |
|
CH_lpe_248 |
0.0000293324 |
8 |
Lp_chr3_0 |
GO:0006511 |
BP |
ubiquitin-dependent protein catabolic process |
|
CH_lpe_249 |
0.0000294986 |
5 |
Lp_chr4_0 |
GO:0016887 |
MF |
ATP hydrolysis activity |
|
CH_lpe_25 |
5.9723e-16 |
8 |
Lp_chr3_0 |
GO:0004364 |
MF |
glutathione transferase activity |
|
CH_lpe_250 |
0.0000307354 |
3 |
Lp_chr7_0.1 |
GO:0008137 |
MF |
NADH dehydrogenase (ubiquinone) activity |
|
CH_lpe_251 |
0.0000321425 |
2 |
Lp_chr7_0.1 |
GO:0052578 |
MF |
alpha-farnesene synthase activity |
|
CH_lpe_252 |
0.0000321425 |
2 |
Lp_chr5_0 |
GO:0070328 |
BP |
triglyceride homeostasis |
|
CH_lpe_253 |
0.0000321425 |
2 |
Lp_chr7_0.1 |
GO:0030628 |
MF |
pre-mRNA 3'-splice site binding |
|
CH_lpe_254 |
0.0000321425 |
2 |
Lp_chr7_0.1 |
GO:0042351 |
BP |
'de novo' GDP-L-fucose biosynthetic process |
|
CH_lpe_255 |
0.0000321425 |
2 |
Lp_chr6_0 |
GO:0035278 |
BP |
miRNA mediated inhibition of translation |
|
CH_lpe_256 |
0.0000321425 |
2 |
Lp_chr5_0 |
GO:0106146 |
BP |
sideretin biosynthesis |
|
CH_lpe_257 |
0.0000321425 |
2 |
Lp_chr7_0.1 |
GO:0036202 |
MF |
ent-cassa-12,15-diene 11-hydroxylase activity |
|
CH_lpe_258 |
0.0000321425 |
2 |
Lp_chr6_0 |
GO:0004490 |
MF |
methylglutaconyl-CoA hydratase activity |
|
CH_lpe_259 |
0.0000321425 |
2 |
Lp_chr3_0 |
GO:0051750 |
MF |
delta3,5-delta2,4-dienoyl-CoA isomerase activity |
|
CH_lpe_26 |
0.00000000000000160032 |
30 |
Lp_chr3_0 |
GO:0003676 |
MF |
nucleic acid binding |
|
CH_lpe_260 |
0.0000321425 |
2 |
Lp_chr4_0 |
GO:0000132 |
BP |
establishment of mitotic spindle orientation |
|
CH_lpe_261 |
0.0000321425 |
2 |
Lp_chr1_0 |
GO:0000811 |
CC |
GINS complex |
|
CH_lpe_262 |
0.0000321425 |
2 |
Lp_chr5_0 |
GO:0018901 |
BP |
2,4-dichlorophenoxyacetic acid metabolic process |
|
CH_lpe_263 |
0.0000321425 |
2 |
Lp_chr4_0 |
GO:0008612 |
BP |
peptidyl-lysine modification to peptidyl-hypusine |
|
CH_lpe_264 |
0.0000325737 |
5 |
Lp_chr4_0 |
GO:0005615 |
CC |
extracellular space |
|
CH_lpe_265 |
0.0000344805 |
4 |
Lp_chr3_0 |
GO:0010120 |
BP |
camalexin biosynthetic process |
|
CH_lpe_266 |
0.0000355588 |
4 |
Lp_chr3_0 |
GO:0030145 |
MF |
manganese ion binding |
|
CH_lpe_267 |
0.0000362748 |
3 |
Lp_chr3_0 |
GO:1900706 |
BP |
positive regulation of siderophore biosynthetic process |
|
CH_lpe_268 |
0.0000405557 |
3 |
Lp_chr5_0 |
GO:0003993 |
MF |
acid phosphatase activity |
|
CH_lpe_269 |
0.0000415349 |
4 |
Lp_chr7_0.1 |
GO:0048544 |
BP |
recognition of pollen |
|
CH_lpe_27 |
0.0000000000000251028 |
5 |
Lp_chr4_0 |
GO:0031000 |
BP |
response to caffeine |
|
CH_lpe_270 |
0.0000415349 |
4 |
Lp_chr3_0 |
GO:0048544 |
BP |
recognition of pollen |
|
CH_lpe_271 |
0.0000423438 |
4 |
Lp_chr6_0 |
GO:0051082 |
MF |
unfolded protein binding |
|
CH_lpe_272 |
0.0000428042 |
21 |
Lp_chr3_0 |
GO:0016740 |
MF |
transferase activity |
|
CH_lpe_273 |
0.0000428639 |
10 |
Lp_scaffold_5331 |
GO:0009507 |
CC |
chloroplast |
|
CH_lpe_274 |
0.0000460584 |
14 |
Lp_chr7_0.1 |
GO:0006464 |
BP |
cellular protein modification process |
|
CH_lpe_275 |
0.0000483392 |
4 |
Lp_chr2_0 |
GO:0140535 |
CC |
intracellular protein-containing complex |
|
CH_lpe_276 |
0.0000485514 |
3 |
Lp_chr3_0 |
GO:0047617 |
MF |
acyl-CoA hydrolase activity |
|
CH_lpe_277 |
0.0000565899 |
3 |
Lp_chr6_0 |
GO:0048766 |
BP |
root hair initiation |
|
CH_lpe_278 |
0.0000617796 |
3 |
Lp_chr2_0 |
GO:0015211 |
MF |
purine nucleoside transmembrane transporter activity |
|
CH_lpe_279 |
0.0000617796 |
3 |
Lp_chr5_0 |
GO:0015211 |
MF |
purine nucleoside transmembrane transporter activity |
|
CH_lpe_28 |
0.0000000000000350595 |
6 |
Lp_chr5_0 |
GO:0015276 |
MF |
ligand-gated ion channel activity |
|
CH_lpe_280 |
0.0000632534 |
5 |
Lp_chr6_0 |
GO:0016592 |
CC |
mediator complex |
|
CH_lpe_281 |
0.0000660492 |
3 |
Lp_chr3_0 |
GO:0008284 |
BP |
positive regulation of cell population proliferation |
|
CH_lpe_282 |
0.0000720565 |
3 |
Lp_chr3_0 |
GO:0090447 |
MF |
glycerol-3-phosphate 2-O-acyltransferase activity |
|
CH_lpe_283 |
0.0000764149 |
3 |
Lp_chr1_0 |
GO:0090439 |
MF |
tetraketide alpha-pyrone synthase activity |
|
CH_lpe_284 |
0.0000768105 |
3 |
Lp_chr1_0 |
GO:0008137 |
MF |
NADH dehydrogenase (ubiquinone) activity |
|
CH_lpe_285 |
0.0000799362 |
6 |
Lp_chr4_0 |
GO:0006793 |
BP |
phosphorus metabolic process |
|
CH_lpe_286 |
0.0000820567 |
3 |
Lp_chr5_0 |
GO:0003697 |
MF |
single-stranded DNA binding |
|
CH_lpe_287 |
0.0000834486 |
3 |
Lp_chr5_0 |
GO:0042753 |
BP |
positive regulation of circadian rhythm |
|
CH_lpe_288 |
0.0000844895 |
3 |
Lp_chr2_0 |
GO:0016762 |
MF |
xyloglucan:xyloglucosyl transferase activity |
|
CH_lpe_289 |
0.0000959613 |
3 |
Lp_chr1_0 |
GO:0006032 |
BP |
chitin catabolic process |
|
CH_lpe_29 |
0.0000000000000380407 |
5 |
Lp_chr6_0 |
GO:0008083 |
MF |
growth factor activity |
|
CH_lpe_290 |
0.0000959613 |
3 |
Lp_chr5_0 |
GO:0006032 |
BP |
chitin catabolic process |
|
CH_lpe_291 |
0.0000963871 |
3 |
Lp_chr5_0 |
GO:0030145 |
MF |
manganese ion binding |
|
CH_lpe_292 |
0.0000963871 |
3 |
Lp_chr5_0 |
GO:0005615 |
CC |
extracellular space |
|
CH_lpe_293 |
0.0000964258 |
2 |
Lp_chr6_0 |
GO:0047427 |
MF |
cyanoalanine nitrilase activity |
|
CH_lpe_294 |
0.0000964258 |
2 |
Lp_chr4_0 |
GO:0052904 |
MF |
N1-acetylspermidine:oxygen oxidoreductase (3-acetamidopropanal-forming) activity |
|
CH_lpe_295 |
0.0000964258 |
2 |
Lp_chr2_0 |
GO:0034775 |
BP |
glutathione transmembrane transport |
|
CH_lpe_296 |
0.0000964258 |
2 |
Lp_chr1_0 |
GO:0009905 |
MF |
ent-copalyl diphosphate synthase activity |
|
CH_lpe_297 |
0.0000964258 |
2 |
Lp_chr1_0 |
GO:1901974 |
MF |
glycerate transmembrane transporter activity |
|
CH_lpe_298 |
0.0000964258 |
2 |
Lp_chr4_0 |
GO:0046863 |
MF |
ribulose-1,5-bisphosphate carboxylase/oxygenase activator activity |
|
CH_lpe_299 |
0.0000964274 |
2 |
Lp_chr7_0.1 |
GO:0055068 |
BP |
cobalt ion homeostasis |
|
CH_lpe_3 |
1.9073e-24 |
12 |
Lp_chr3_0 |
GO:0004190 |
MF |
aspartic-type endopeptidase activity |
|
CH_lpe_30 |
0.0000000000000495416 |
5 |
Lp_chr1_0 |
GO:0070897 |
BP |
transcription preinitiation complex assembly |
|
CH_lpe_300 |
0.0000964274 |
2 |
Lp_chr1_0 |
GO:0019481 |
BP |
L-alanine catabolic process, by transamination |
|
CH_lpe_301 |
0.0000964274 |
2 |
Lp_chr6_0 |
GO:0071596 |
BP |
ubiquitin-dependent protein catabolic process via the N-end rule pathway |
|
CH_lpe_302 |
0.0000964274 |
2 |
Lp_chr7_0.1 |
GO:0010202 |
BP |
response to low fluence red light stimulus |
|
CH_lpe_303 |
0.0000964274 |
2 |
Lp_chr4_0 |
GO:0004310 |
MF |
farnesyl-diphosphate farnesyltransferase activity |
|
CH_lpe_304 |
0.0000964274 |
2 |
Lp_chr7_0.1 |
GO:0010241 |
BP |
ent-kaurene oxidation to kaurenoic acid |
|
CH_lpe_305 |
0.0000964274 |
2 |
Lp_chr2_0 |
GO:0006337 |
BP |
nucleosome disassembly |
|
CH_lpe_306 |
0.0000964274 |
2 |
Lp_chr7_0.1 |
GO:0102311 |
MF |
8-hydroxygeraniol dehydrogenase activity |
|
CH_lpe_307 |
0.0000964274 |
2 |
Lp_chr1_0 |
GO:0046577 |
MF |
long-chain-alcohol oxidase activity |
|
CH_lpe_308 |
0.0000964274 |
2 |
Lp_chr6_0 |
GO:0034007 |
MF |
S-linalool synthase activity |
|
CH_lpe_309 |
0.0000964274 |
2 |
Lp_chr3_0 |
GO:0004165 |
MF |
dodecenoyl-CoA delta-isomerase activity |
|
CH_lpe_31 |
0.0000000000000618083 |
5 |
Lp_chr7_0.1 |
GO:0033946 |
MF |
xyloglucan-specific endo-beta-1,4-glucanase activity |
|
CH_lpe_310 |
0.0000964274 |
2 |
Lp_chr7_0.1 |
GO:0051791 |
BP |
medium-chain fatty acid metabolic process |
|
CH_lpe_311 |
0.0000964274 |
2 |
Lp_chr7_0.1 |
GO:0010266 |
BP |
response to vitamin B1 |
|
CH_lpe_312 |
0.0000964274 |
2 |
Lp_chr4_0 |
GO:0016971 |
MF |
flavin-linked sulfhydryl oxidase activity |
|
CH_lpe_313 |
0.0000964274 |
2 |
Lp_chr3_0 |
GO:0080164 |
BP |
regulation of nitric oxide metabolic process |
|
CH_lpe_314 |
0.0000964274 |
2 |
Lp_chr2_0 |
GO:0032299 |
CC |
ribonuclease H2 complex |
|
CH_lpe_315 |
0.0000964274 |
2 |
Lp_chr7_0.1 |
GO:0005201 |
MF |
extracellular matrix structural constituent |
|
CH_lpe_316 |
0.000101406 |
3 |
Lp_chr2_0 |
GO:0080045 |
MF |
quercetin 3'-O-glucosyltransferase activity |
|
CH_lpe_317 |
0.000107157 |
3 |
Lp_chr4_0 |
GO:0010181 |
MF |
FMN binding |
|
CH_lpe_318 |
0.000121592 |
4 |
Lp_chr6_0 |
GO:0019953 |
BP |
sexual reproduction |
|
CH_lpe_319 |
0.000127794 |
4 |
Lp_scaffold_297 |
GO:0004867 |
MF |
serine-type endopeptidase inhibitor activity |
|
CH_lpe_32 |
0.0000000000000774857 |
13 |
Lp_chr2_0 |
GO:0004601 |
MF |
peroxidase activity |
|
CH_lpe_320 |
0.000129016 |
3 |
Lp_chr7_0.1 |
GO:0009765 |
BP |
photosynthesis, light harvesting |
|
CH_lpe_321 |
0.000129016 |
3 |
Lp_chr5_0 |
GO:0009765 |
BP |
photosynthesis, light harvesting |
|
CH_lpe_322 |
0.000138408 |
12 |
Lp_chr3_0 |
GO:0043167 |
MF |
ion binding |
|
CH_lpe_323 |
0.000139173 |
3 |
Lp_chr4_0 |
GO:0016324 |
CC |
apical plasma membrane |
|
CH_lpe_324 |
0.00015042 |
4 |
Lp_chr7_0.1 |
GO:0006457 |
BP |
protein folding |
|
CH_lpe_325 |
0.00016647 |
4 |
Lp_chr6_0 |
GO:0016567 |
BP |
protein ubiquitination |
|
CH_lpe_326 |
0.000172861 |
3 |
Lp_chr6_0 |
GO:0009823 |
BP |
cytokinin catabolic process |
|
CH_lpe_327 |
0.000172894 |
3 |
Lp_chr1_0 |
GO:1901618 |
MF |
organic hydroxy compound transmembrane transporter activity |
|
CH_lpe_328 |
0.000192855 |
2 |
Lp_chr3_0 |
GO:0051741 |
MF |
2-methyl-6-phytyl-1,4-benzoquinone methyltransferase activity |
|
CH_lpe_329 |
0.000192855 |
2 |
Lp_chr1_0 |
GO:0005093 |
MF |
Rab GDP-dissociation inhibitor activity |
|
CH_lpe_33 |
0.0000000000000838813 |
18 |
Lp_chr7_0.1 |
GO:0009507 |
CC |
chloroplast |
|
CH_lpe_330 |
0.000192855 |
2 |
Lp_chr3_0 |
GO:0032440 |
MF |
2-alkenal reductase [NAD(P)+] activity |
|
CH_lpe_331 |
0.000192855 |
2 |
Lp_chr6_0 |
GO:0016656 |
MF |
monodehydroascorbate reductase (NADH) activity |
|
CH_lpe_332 |
0.000192855 |
2 |
Lp_chr3_0 |
GO:0052793 |
MF |
pectin acetylesterase activity |
|
CH_lpe_333 |
0.000192855 |
2 |
Lp_chr4_0 |
GO:0047701 |
MF |
beta-L-arabinosidase activity |
|
CH_lpe_334 |
0.000192855 |
2 |
Lp_chr2_0 |
GO:0010282 |
CC |
senescence-associated vacuole |
|
CH_lpe_335 |
0.000192855 |
2 |
Lp_chr4_0 |
GO:0071260 |
BP |
cellular response to mechanical stimulus |
|
CH_lpe_336 |
0.000192855 |
2 |
Lp_chr6_0 |
GO:0001786 |
MF |
phosphatidylserine binding |
|
CH_lpe_337 |
0.000192855 |
2 |
Lp_chr7_0.1 |
GO:1902457 |
BP |
negative regulation of stomatal opening |
|
CH_lpe_338 |
0.000192855 |
2 |
Lp_chr3_0 |
GO:0031386 |
MF |
protein tag |
|
CH_lpe_339 |
0.000204774 |
7 |
Lp_chr6_0 |
GO:0000976 |
MF |
transcription cis-regulatory region binding |
|
CH_lpe_34 |
0.000000000000101357 |
30 |
Lp_chr3_0 |
GO:0003676 |
MF |
nucleic acid binding |
|
CH_lpe_340 |
0.000211978 |
3 |
Lp_chr6_0 |
GO:0008171 |
MF |
O-methyltransferase activity |
|
CH_lpe_341 |
0.000217159 |
4 |
Lp_chr6_0 |
GO:0004222 |
MF |
metalloendopeptidase activity |
|
CH_lpe_342 |
0.000219745 |
4 |
Lp_chr3_0 |
GO:0004252 |
MF |
serine-type endopeptidase activity |
|
CH_lpe_343 |
0.000219835 |
3 |
Lp_chr1_0 |
GO:0032977 |
MF |
membrane insertase activity |
|
CH_lpe_344 |
0.000221426 |
3 |
Lp_chr3_0 |
GO:0000160 |
BP |
phosphorelay signal transduction system |
|
CH_lpe_345 |
0.000221426 |
3 |
Lp_chr2_0 |
GO:0000160 |
BP |
phosphorelay signal transduction system |
|
CH_lpe_346 |
0.000237657 |
4 |
Lp_chr2_0 |
GO:0004386 |
MF |
helicase activity |
|
CH_lpe_347 |
0.00023847 |
20 |
Lp_chr5_0 |
GO:0016787 |
MF |
hydrolase activity |
|
CH_lpe_348 |
0.000247216 |
5 |
Lp_chr7_0.1 |
GO:0004601 |
MF |
peroxidase activity |
|
CH_lpe_349 |
0.000250592 |
3 |
Lp_chr4_0 |
GO:0004867 |
MF |
serine-type endopeptidase inhibitor activity |
|
CH_lpe_35 |
0.000000000000121282 |
11 |
Lp_chr2_0 |
GO:0048544 |
BP |
recognition of pollen |
|
CH_lpe_350 |
0.000260993 |
3 |
Lp_chr3_0 |
GO:0047293 |
MF |
4-hydroxybenzoate nonaprenyltransferase activity |
|
CH_lpe_351 |
0.000261178 |
4 |
Lp_chr6_0 |
GO:0009693 |
BP |
ethylene biosynthetic process |
|
CH_lpe_352 |
0.000267742 |
3 |
Lp_chr1_0 |
GO:0010181 |
MF |
FMN binding |
|
CH_lpe_353 |
0.000283108 |
6 |
Lp_chr1_0 |
GO:0003690 |
MF |
double-stranded DNA binding |
|
CH_lpe_354 |
0.000285899 |
3 |
Lp_chr4_0 |
GO:0010048 |
BP |
vernalization response |
|
CH_lpe_355 |
0.000289274 |
2 |
Lp_chr2_0 |
GO:0015824 |
BP |
proline transport |
|
CH_lpe_356 |
0.000289274 |
2 |
Lp_chr7_0.1 |
GO:0033730 |
MF |
arogenate dehydrogenase (NADP+) activity |
|
CH_lpe_357 |
0.000289274 |
2 |
Lp_chr1_0 |
GO:0080130 |
MF |
L-phenylalanine:2-oxoglutarate aminotransferase activity |
|
CH_lpe_358 |
0.000289274 |
2 |
Lp_chr3_0 |
GO:0004140 |
MF |
dephospho-CoA kinase activity |
|
CH_lpe_359 |
0.000289274 |
2 |
Lp_chr2_0 |
GO:0019137 |
MF |
thioglucosidase activity |
|
CH_lpe_36 |
0.000000000000144232 |
5 |
Lp_chr3_0 |
GO:0045548 |
MF |
phenylalanine ammonia-lyase activity |
|
CH_lpe_360 |
0.000289274 |
2 |
Lp_chr4_0 |
GO:0004019 |
MF |
adenylosuccinate synthase activity |
|
CH_lpe_361 |
0.000293656 |
4 |
Lp_chr6_0 |
GO:0003690 |
MF |
double-stranded DNA binding |
|
CH_lpe_362 |
0.000295366 |
3 |
Lp_chr2_0 |
GO:0009899 |
MF |
ent-kaurene synthase activity |
|
CH_lpe_363 |
0.000300816 |
3 |
Lp_chr5_0 |
GO:0022821 |
MF |
potassium ion antiporter activity |
|
CH_lpe_364 |
0.000316387 |
3 |
Lp_chr7_0.1 |
GO:0140359 |
MF |
ABC-type transporter activity |
|
CH_lpe_365 |
0.000321409 |
2 |
Lp_chr5_0 |
GO:0033729 |
MF |
anthocyanidin reductase activity |
|
CH_lpe_366 |
0.000321409 |
2 |
Lp_chr2_0 |
GO:0017005 |
MF |
3'-tyrosyl-DNA phosphodiesterase activity |
|
CH_lpe_367 |
0.000321409 |
2 |
Lp_chr7_0.1 |
GO:0043722 |
MF |
4-hydroxyphenylacetate decarboxylase activity |
|
CH_lpe_368 |
0.000321409 |
2 |
Lp_chr4_0 |
GO:0018858 |
MF |
benzoate-CoA ligase activity |
|
CH_lpe_369 |
0.000321409 |
2 |
Lp_chr5_0 |
GO:0062131 |
MF |
3-butenylglucosinolate 2-hydroxylase activity |
|
CH_lpe_37 |
0.000000000000145801 |
7 |
Lp_chr5_0 |
GO:0004185 |
MF |
serine-type carboxypeptidase activity |
|
CH_lpe_370 |
0.000321425 |
2 |
Lp_chr5_0 |
GO:0080048 |
MF |
GDP-D-glucose phosphorylase activity |
|
CH_lpe_371 |
0.000321425 |
2 |
Lp_chr3_0 |
GO:0004792 |
MF |
thiosulfate sulfurtransferase activity |
|
CH_lpe_372 |
0.000321425 |
2 |
Lp_chr4_0 |
GO:0004634 |
MF |
phosphopyruvate hydratase activity |
|
CH_lpe_373 |
0.000321425 |
2 |
Lp_chr5_0 |
GO:0019001 |
MF |
guanyl nucleotide binding |
|
CH_lpe_374 |
0.000321425 |
2 |
Lp_chr4_0 |
GO:0043157 |
BP |
response to cation stress |
|
CH_lpe_375 |
0.000321425 |
2 |
Lp_chr3_0 |
GO:0004602 |
MF |
glutathione peroxidase activity |
|
CH_lpe_376 |
0.000321425 |
2 |
Lp_chr3_0 |
GO:0005854 |
CC |
nascent polypeptide-associated complex |
|
CH_lpe_377 |
0.000324523 |
3 |
Lp_chr7_0.1 |
GO:0004364 |
MF |
glutathione transferase activity |
|
CH_lpe_378 |
0.000329933 |
3 |
Lp_chr1_0 |
GO:0007166 |
BP |
cell surface receptor signaling pathway |
|
CH_lpe_379 |
0.000345242 |
5 |
Lp_chr7_0.1 |
GO:0009646 |
BP |
response to absence of light |
|
CH_lpe_38 |
0.000000000000210774 |
5 |
Lp_chr2_0 |
GO:0016618 |
MF |
hydroxypyruvate reductase activity |
|
CH_lpe_380 |
0.0003553 |
3 |
Lp_chr2_0 |
GO:0000145 |
CC |
exocyst |
|
CH_lpe_381 |
0.000367435 |
4 |
Lp_chr6_0 |
GO:0010167 |
BP |
response to nitrate |
|
CH_lpe_382 |
0.000379567 |
30 |
Lp_chr6_0 |
GO:0005515 |
MF |
protein binding |
|
CH_lpe_383 |
0.000386637 |
3 |
Lp_chr2_0 |
GO:0004499 |
MF |
N,N-dimethylaniline monooxygenase activity |
|
CH_lpe_384 |
0.000400256 |
8 |
Lp_chr3_0 |
GO:0055085 |
BP |
transmembrane transport |
|
CH_lpe_385 |
0.000404802 |
6 |
Lp_chr4_0 |
GO:0004252 |
MF |
serine-type endopeptidase activity |
|
CH_lpe_386 |
0.000406049 |
3 |
Lp_chr3_0 |
GO:0000786 |
CC |
nucleosome |
|
CH_lpe_387 |
0.000407945 |
4 |
Lp_chr6_0 |
GO:0010200 |
BP |
response to chitin |
|
CH_lpe_388 |
0.000414646 |
4 |
Lp_chr1_0 |
GO:0030145 |
MF |
manganese ion binding |
|
CH_lpe_389 |
0.000430536 |
7 |
Lp_chr4_0 |
GO:0020037 |
MF |
heme binding |
|
CH_lpe_39 |
0.000000000000216306 |
5 |
Lp_chr7_0.1 |
GO:0036469 |
MF |
L-tryptophan decarboxylase activity |
|
CH_lpe_390 |
0.000433674 |
11 |
Lp_chr7_0.1 |
GO:0050896 |
BP |
response to stimulus |
|
CH_lpe_391 |
0.000448476 |
6 |
Lp_chr6_0 |
GO:0043531 |
MF |
ADP binding |
|
CH_lpe_392 |
0.00046579 |
4 |
Lp_chr5_0 |
GO:0006511 |
BP |
ubiquitin-dependent protein catabolic process |
|
CH_lpe_393 |
0.000482106 |
2 |
Lp_chr4_0 |
GO:0004107 |
MF |
chorismate synthase activity |
|
CH_lpe_394 |
0.000482106 |
2 |
Lp_chr1_0 |
GO:1904526 |
BP |
regulation of microtubule binding |
|
CH_lpe_395 |
0.000482137 |
2 |
Lp_chr4_0 |
GO:0006542 |
BP |
glutamine biosynthetic process |
|
CH_lpe_396 |
0.000482137 |
2 |
Lp_chr2_0 |
GO:0047216 |
MF |
inositol 3-alpha-galactosyltransferase activity |
|
CH_lpe_397 |
0.000482137 |
2 |
Lp_chr1_0 |
GO:0051747 |
MF |
cytosine C-5 DNA demethylase activity |
|
CH_lpe_398 |
0.000535185 |
3 |
Lp_chr7_0.1 |
GO:0010181 |
MF |
FMN binding |
|
CH_lpe_399 |
0.000561596 |
7 |
Lp_chr1_0 |
GO:0006468 |
BP |
protein phosphorylation |
|
CH_lpe_4 |
3.08482e-24 |
10 |
Lp_scaffold_572 |
GO:0080086 |
BP |
stamen filament development |
|
CH_lpe_40 |
0.000000000000257666 |
8 |
Lp_chr1_0 |
GO:0004867 |
MF |
serine-type endopeptidase inhibitor activity |
|
CH_lpe_400 |
0.000578533 |
2 |
Lp_chr1_0 |
GO:0080084 |
MF |
5S rDNA binding |
|
CH_lpe_401 |
0.000578533 |
2 |
Lp_chr3_0 |
GO:0047893 |
MF |
flavonol 3-O-glucosyltransferase activity |
|
CH_lpe_402 |
0.000578533 |
2 |
Lp_chr7_0.1 |
GO:0006788 |
BP |
heme oxidation |
|
CH_lpe_403 |
0.000578543 |
2 |
Lp_chr1_0 |
GO:0018401 |
BP |
peptidyl-proline hydroxylation to 4-hydroxy-L-proline |
|
CH_lpe_404 |
0.000578543 |
2 |
Lp_chr3_0 |
GO:0042939 |
BP |
tripeptide transport |
|
CH_lpe_405 |
0.000578543 |
2 |
Lp_chr5_0 |
GO:0016435 |
MF |
rRNA (guanine) methyltransferase activity |
|
CH_lpe_406 |
0.000578543 |
2 |
Lp_chr2_0 |
GO:0051973 |
BP |
positive regulation of telomerase activity |
|
CH_lpe_407 |
0.000578543 |
2 |
Lp_chr4_0 |
GO:1902358 |
BP |
sulfate transmembrane transport |
|
CH_lpe_408 |
0.000578543 |
2 |
Lp_chr3_0 |
GO:0031304 |
CC |
intrinsic component of mitochondrial inner membrane |
|
CH_lpe_409 |
0.000578543 |
2 |
Lp_chr2_0 |
GO:0000293 |
MF |
ferric-chelate reductase activity |
|
CH_lpe_41 |
0.000000000000268244 |
6 |
Lp_chr4_0 |
GO:0004864 |
MF |
protein phosphatase inhibitor activity |
|
CH_lpe_410 |
0.000578543 |
2 |
Lp_chr3_0 |
GO:0010296 |
MF |
prenylcysteine methylesterase activity |
|
CH_lpe_411 |
0.000578543 |
2 |
Lp_chr5_0 |
GO:0071461 |
BP |
cellular response to redox state |
|
CH_lpe_412 |
0.000593743 |
9 |
Lp_scaffold_891 |
GO:0009507 |
CC |
chloroplast |
|
CH_lpe_413 |
0.000618363 |
3 |
Lp_chr2_0 |
GO:0000326 |
CC |
protein storage vacuole |
|
CH_lpe_414 |
0.000660689 |
9 |
Lp_chr3_0 |
GO:0016788 |
MF |
hydrolase activity, acting on ester bonds |
|
CH_lpe_415 |
0.000664116 |
3 |
Lp_chr2_0 |
GO:0009705 |
CC |
plant-type vacuole membrane |
|
CH_lpe_416 |
0.000674937 |
2 |
Lp_chr1_0 |
GO:0018117 |
BP |
protein adenylylation |
|
CH_lpe_417 |
0.000674937 |
2 |
Lp_chr2_0 |
GO:0045041 |
BP |
protein import into mitochondrial intermembrane space |
|
CH_lpe_418 |
0.000674937 |
2 |
Lp_chr2_0 |
GO:2001227 |
MF |
quercitrin binding |
|
CH_lpe_419 |
0.000674992 |
2 |
Lp_chr1_0 |
GO:0098532 |
BP |
histone H3-K27 trimethylation |
|
CH_lpe_42 |
0.000000000000576754 |
5 |
Lp_chr2_0 |
GO:0047769 |
MF |
arogenate dehydratase activity |
|
CH_lpe_420 |
0.000674992 |
2 |
Lp_chr4_0 |
GO:0047325 |
MF |
inositol tetrakisphosphate 1-kinase activity |
|
CH_lpe_421 |
0.000674992 |
2 |
Lp_chr2_0 |
GO:0042577 |
MF |
lipid phosphatase activity |
|
CH_lpe_422 |
0.000674992 |
2 |
Lp_chr6_0 |
GO:0071786 |
BP |
endoplasmic reticulum tubular network organization |
|
CH_lpe_423 |
0.000674992 |
2 |
Lp_chr7_0.1 |
GO:0004097 |
MF |
catechol oxidase activity |
|
CH_lpe_424 |
0.000674992 |
2 |
Lp_chr1_0 |
GO:0006880 |
BP |
intracellular sequestering of iron ion |
|
CH_lpe_425 |
0.000674992 |
2 |
Lp_chr3_0 |
GO:0071217 |
BP |
cellular response to external biotic stimulus |
|
CH_lpe_426 |
0.000682896 |
4 |
Lp_chr6_0 |
GO:0003690 |
MF |
double-stranded DNA binding |
|
CH_lpe_427 |
0.000700411 |
4 |
Lp_chr1_0 |
GO:0004867 |
MF |
serine-type endopeptidase inhibitor activity |
|
CH_lpe_428 |
0.000706875 |
16 |
Lp_chr1_0 |
GO:0006950 |
BP |
response to stress |
|
CH_lpe_429 |
0.000739518 |
3 |
Lp_chr5_0 |
GO:0034622 |
BP |
cellular protein-containing complex assembly |
|
CH_lpe_43 |
0.000000000000576754 |
5 |
Lp_chr4_0 |
GO:0051091 |
BP |
positive regulation of DNA-binding transcription factor activity |
|
CH_lpe_430 |
0.000752984 |
3 |
Lp_chr4_0 |
GO:0006384 |
BP |
transcription initiation from RNA polymerase III promoter |
|
CH_lpe_431 |
0.000754587 |
4 |
Lp_chr5_0 |
GO:0071456 |
BP |
cellular response to hypoxia |
|
CH_lpe_432 |
0.000763686 |
4 |
Lp_chr7_0.1 |
GO:0030246 |
MF |
carbohydrate binding |
|
CH_lpe_433 |
0.000771208 |
3 |
Lp_chr6_0 |
GO:0004252 |
MF |
serine-type endopeptidase activity |
|
CH_lpe_434 |
0.000809487 |
17 |
Lp_chr4_0 |
GO:0034645 |
BP |
cellular macromolecule biosynthetic process |
|
CH_lpe_435 |
0.000810649 |
3 |
Lp_chr3_0 |
GO:0004364 |
MF |
glutathione transferase activity |
|
CH_lpe_436 |
0.000821614 |
3 |
Lp_chr3_0 |
GO:0004650 |
MF |
polygalacturonase activity |
|
CH_lpe_437 |
0.000830025 |
18 |
Lp_chr3_0 |
GO:0015074 |
BP |
DNA integration |
|
CH_lpe_438 |
0.000895534 |
5 |
Lp_chr4_0 |
GO:0004175 |
MF |
endopeptidase activity |
|
CH_lpe_439 |
0.000899902 |
2 |
Lp_chr2_0 |
GO:0051722 |
MF |
protein C-terminal methylesterase activity |
|
CH_lpe_44 |
0.00000000000129183 |
10 |
Lp_chr3_0 |
GO:0004497 |
MF |
monooxygenase activity |
|
CH_lpe_440 |
0.000899902 |
2 |
Lp_chr2_0 |
GO:0015462 |
MF |
ABC-type protein transporter activity |
|
CH_lpe_441 |
0.000899989 |
2 |
Lp_chr1_0 |
GO:0080182 |
BP |
histone H3-K4 trimethylation |
|
CH_lpe_442 |
0.000899989 |
2 |
Lp_chr7_0.1 |
GO:0004556 |
MF |
alpha-amylase activity |
|
CH_lpe_443 |
0.000899989 |
2 |
Lp_chr5_0 |
GO:0050105 |
MF |
L-gulonolactone oxidase activity |
|
CH_lpe_444 |
0.000899989 |
2 |
Lp_chr3_0 |
GO:0070919 |
BP |
production of siRNA involved in chromatin silencing by small RNA |
|
CH_lpe_445 |
0.000899989 |
2 |
Lp_chr6_0 |
GO:1901957 |
BP |
regulation of cutin biosynthetic process |
|
CH_lpe_446 |
0.000899989 |
2 |
Lp_chr6_0 |
GO:0080143 |
BP |
regulation of amino acid export |
|
CH_lpe_447 |
0.000899989 |
2 |
Lp_chr2_0 |
GO:0071423 |
BP |
malate transmembrane transport |
|
CH_lpe_448 |
0.000899989 |
2 |
Lp_chr1_0 |
GO:0035145 |
CC |
exon-exon junction complex |
|
CH_lpe_449 |
0.000899989 |
2 |
Lp_chr5_0 |
GO:0140547 |
BP |
acquisition of seed longevity |
|
CH_lpe_45 |
0.00000000000195714 |
5 |
Lp_chr2_0 |
GO:0047501 |
MF |
(+)-neomenthol dehydrogenase activity |
|
CH_lpe_450 |
0.000920042 |
3 |
Lp_chr3_0 |
GO:0052716 |
MF |
hydroquinone:oxygen oxidoreductase activity |
|
CH_lpe_451 |
0.000962214 |
3 |
Lp_chr4_0 |
GO:0005615 |
CC |
extracellular space |
|
CH_lpe_452 |
0.000964196 |
2 |
Lp_chr2_0 |
GO:0007113 |
BP |
endomitotic cell cycle |
|
CH_lpe_453 |
0.000964227 |
2 |
Lp_chr2_0 |
GO:0080102 |
MF |
3-methylthiopropyl glucosinolate S-oxygenase activity |
|
CH_lpe_454 |
0.000964227 |
2 |
Lp_chr2_0 |
GO:1990532 |
BP |
stress response to nickel ion |
|
CH_lpe_455 |
0.000981693 |
5 |
Lp_chr5_0 |
GO:0043565 |
MF |
sequence-specific DNA binding |
|
CH_lpe_456 |
0.000992033 |
4 |
Lp_chr6_0 |
GO:0009873 |
BP |
ethylene-activated signaling pathway |
|
CH_lpe_46 |
0.0000000000020904 |
11 |
Lp_chr4_0 |
GO:0009555 |
BP |
pollen development |
|
CH_lpe_47 |
0.00000000000327651 |
8 |
Lp_chr5_0 |
GO:0008171 |
MF |
O-methyltransferase activity |
|
CH_lpe_48 |
0.00000000000376559 |
7 |
Lp_chr4_0 |
GO:0005085 |
MF |
guanyl-nucleotide exchange factor activity |
|
CH_lpe_49 |
0.00000000000526806 |
5 |
Lp_chr2_0 |
GO:0047834 |
MF |
D-threo-aldose 1-dehydrogenase activity |
|
CH_lpe_5 |
4.8811e-24 |
12 |
Lp_chr7_0.1 |
GO:0030145 |
MF |
manganese ion binding |
|
CH_lpe_50 |
0.0000000000113415 |
8 |
Lp_chr2_0 |
GO:0004842 |
MF |
ubiquitin-protein transferase activity |
|
CH_lpe_51 |
0.0000000000113963 |
5 |
Lp_chr7_0.1 |
GO:0016762 |
MF |
xyloglucan:xyloglucosyl transferase activity |
|
CH_lpe_52 |
0.0000000000348656 |
4 |
Lp_chr2_0 |
GO:1901599 |
BP |
(-)-pinoresinol biosynthetic process |
|
CH_lpe_53 |
0.0000000000437252 |
5 |
Lp_chr7_0.1 |
GO:0008171 |
MF |
O-methyltransferase activity |
|
CH_lpe_54 |
0.0000000000465581 |
6 |
Lp_chr4_0 |
GO:0050661 |
MF |
NADP binding |
|
CH_lpe_55 |
0.0000000000493156 |
4 |
Lp_chr3_0 |
GO:0010444 |
BP |
guard mother cell differentiation |
|
CH_lpe_56 |
0.0000000000522979 |
4 |
Lp_chr1_0 |
GO:0005513 |
BP |
detection of calcium ion |
|
CH_lpe_57 |
0.0000000000542557 |
5 |
Lp_chr4_0 |
GO:0004525 |
MF |
ribonuclease III activity |
|
CH_lpe_58 |
0.0000000000662777 |
5 |
Lp_chr6_0 |
GO:0008061 |
MF |
chitin binding |
|
CH_lpe_59 |
0.0000000000997111 |
4 |
Lp_chr3_0 |
GO:0000737 |
BP |
DNA catabolic process, endonucleolytic |
|
CH_lpe_6 |
1.39059e-22 |
30 |
Lp_chr3_0 |
GO:0015074 |
BP |
DNA integration |
|
CH_lpe_60 |
0.000000000104595 |
4 |
Lp_chr7_0.1 |
GO:0080143 |
BP |
regulation of amino acid export |
|
CH_lpe_61 |
0.000000000114695 |
8 |
Lp_chr5_0 |
GO:0006511 |
BP |
ubiquitin-dependent protein catabolic process |
|
CH_lpe_62 |
0.000000000115368 |
6 |
Lp_chr1_0 |
GO:0008171 |
MF |
O-methyltransferase activity |
|
CH_lpe_63 |
0.000000000181322 |
4 |
Lp_chr7_0.1 |
GO:0036297 |
BP |
interstrand cross-link repair |
|
CH_lpe_64 |
0.000000000188257 |
4 |
Lp_chr2_0 |
GO:0072344 |
BP |
rescue of stalled ribosome |
|
CH_lpe_65 |
0.000000000275974 |
6 |
Lp_chr1_0 |
GO:0004364 |
MF |
glutathione transferase activity |
|
CH_lpe_66 |
0.000000000356076 |
4 |
Lp_chr3_0 |
GO:0046967 |
BP |
cytosol to endoplasmic reticulum transport |
|
CH_lpe_67 |
0.000000000477897 |
5 |
Lp_chr4_0 |
GO:0071949 |
MF |
FAD binding |
|
CH_lpe_68 |
0.000000000535853 |
8 |
Lp_chr5_0 |
GO:0016567 |
BP |
protein ubiquitination |
|
CH_lpe_69 |
0.000000000576487 |
30 |
Lp_chr6_0 |
GO:0003676 |
MF |
nucleic acid binding |
|
CH_lpe_7 |
2.15678e-22 |
8 |
Lp_chr1_0 |
GO:0051851 |
BP |
modulation by host of symbiont process |
|
CH_lpe_70 |
0.000000000641318 |
5 |
Lp_chr1_0 |
GO:0003899 |
MF |
DNA-directed 5'-3' RNA polymerase activity |
|
CH_lpe_71 |
0.00000000073463 |
6 |
Lp_chr4_0 |
GO:0004364 |
MF |
glutathione transferase activity |
|
CH_lpe_72 |
0.000000000807116 |
8 |
Lp_chr1_0 |
GO:0004601 |
MF |
peroxidase activity |
|
CH_lpe_73 |
0.0000000010681 |
4 |
Lp_chr7_0.1 |
GO:0080038 |
BP |
positive regulation of cytokinin-activated signaling pathway |
|
CH_lpe_74 |
0.00000000126029 |
4 |
Lp_chr1_0 |
GO:0015986 |
BP |
ATP synthesis coupled proton transport |
|
CH_lpe_75 |
0.00000000132434 |
5 |
Lp_chr2_0 |
GO:0047834 |
MF |
D-threo-aldose 1-dehydrogenase activity |
|
CH_lpe_76 |
0.00000000148177 |
5 |
Lp_chr1_0 |
GO:0008970 |
MF |
phospholipase A1 activity |
|
CH_lpe_77 |
0.00000000149528 |
4 |
Lp_chr4_0 |
GO:1900067 |
BP |
regulation of cellular response to alkaline pH |
|
CH_lpe_78 |
0.00000000154973 |
3 |
Lp_chr3_0 |
GO:0030245 |
BP |
cellulose catabolic process |
|
CH_lpe_79 |
0.000000001589 |
8 |
Lp_chr3_0 |
GO:0030247 |
MF |
polysaccharide binding |
|
CH_lpe_8 |
4.47057e-21 |
7 |
Lp_chr4_0 |
GO:0071614 |
MF |
linoleic acid epoxygenase activity |
|
CH_lpe_80 |
0.00000000164368 |
6 |
Lp_chr2_0 |
GO:0019318 |
BP |
hexose metabolic process |
|
CH_lpe_81 |
0.00000000167109 |
5 |
Lp_chr4_0 |
GO:0006869 |
BP |
lipid transport |
|
CH_lpe_82 |
0.00000000185187 |
5 |
Lp_chr4_0 |
GO:0009969 |
BP |
xyloglucan biosynthetic process |
|
CH_lpe_83 |
0.00000000203923 |
4 |
Lp_chr2_0 |
GO:0045548 |
MF |
phenylalanine ammonia-lyase activity |
|
CH_lpe_84 |
0.00000000206868 |
5 |
Lp_chr6_0 |
GO:0052716 |
MF |
hydroquinone:oxygen oxidoreductase activity |
|
CH_lpe_85 |
0.00000000213739 |
8 |
Lp_chr3_0 |
GO:0008194 |
MF |
UDP-glycosyltransferase activity |
|
CH_lpe_86 |
0.0000000023869 |
7 |
Lp_chr7_0.1 |
GO:0003690 |
MF |
double-stranded DNA binding |
|
CH_lpe_87 |
0.00000000271847 |
4 |
Lp_chr4_0 |
GO:0010731 |
BP |
protein glutathionylation |
|
CH_lpe_88 |
0.00000000273029 |
4 |
Lp_chr3_0 |
GO:0016844 |
MF |
strictosidine synthase activity |
|
CH_lpe_89 |
0.00000000298065 |
4 |
Lp_chr4_0 |
GO:0090057 |
BP |
root radial pattern formation |
|
CH_lpe_9 |
7.25506e-21 |
10 |
Lp_chr6_0 |
GO:0046688 |
BP |
response to copper ion |
|
CH_lpe_90 |
0.00000000313478 |
4 |
Lp_chr6_0 |
GO:0004869 |
MF |
cysteine-type endopeptidase inhibitor activity |
|
CH_lpe_91 |
0.00000000322195 |
12 |
Lp_chr3_0 |
GO:0004553 |
MF |
hydrolase activity, hydrolyzing O-glycosyl compounds |
|
CH_lpe_92 |
0.00000000348854 |
4 |
Lp_chr4_0 |
GO:0010434 |
BP |
bract formation |
|
CH_lpe_93 |
0.00000000358261 |
4 |
Lp_chr6_0 |
GO:0080086 |
BP |
stamen filament development |
|
CH_lpe_94 |
0.00000000379995 |
5 |
Lp_scaffold_891 |
GO:0016651 |
MF |
oxidoreductase activity, acting on NAD(P)H |
|
CH_lpe_95 |
0.00000000407676 |
4 |
Lp_chr2_0 |
GO:0015145 |
MF |
monosaccharide transmembrane transporter activity |
|
CH_lpe_96 |
0.00000000414032 |
4 |
Lp_chr4_0 |
GO:0030976 |
MF |
thiamine pyrophosphate binding |
|
CH_lpe_97 |
0.00000000498373 |
4 |
Lp_chr4_0 |
GO:1901683 |
MF |
arsenate ion transmembrane transporter activity |
|
CH_lpe_98 |
0.00000000518849 |
6 |
Lp_chr3_0 |
GO:0048544 |
BP |
recognition of pollen |
|
CH_lpe_99 |
0.00000000542583 |
8 |
Lp_chr1_0 |
GO:0019953 |
BP |
sexual reproduction |