Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Mupr3323g00007 ATGGGAATATCTCCTGATCCTATGTTGACAGATGGTGGTGCTATTATGGGACTCATCGAAACCGGTTTACGTGTTTGTGCTCACAATGGAAGCAAGTGCTACATACAATGCGCCAAGCTGATTAACAAGTCGTCTAGAAGATTGATATTAAACTGCATACTTCTCACCTCTGAGATGGACCTAGAAAGATCAATAGAGGACCAGTTCTCCAAGTTACACCCTTCCTTGCCAGAAAACACCAGAATTGGAATAGTGGGTGCTGGTCCAAGTGGCTTATCAGCAGCTTATGCACTAGCCAGGCTTGGATATAAGAATATCACAGTTTTGGAGAAACATCATACAGTTGGTGGCATGTGTGAATCAGTAGAAATTGAAGGAAAAGTTTATGATCTGGGTGGGCAAGTTCTTGCAGCAAGCAGTGCTCCAGTCATTTTTCACCTGGCAAGAGAGACAGGCACTGCACTAGAAGAATTGGACTCCCACAAGCTTGCTGTTATTGACCCTTCCTCTGGAGAATATCAAGATATTAAAGTTGCTGATGATTATGTATCTGTTATGTCACTTACATTGGAAATCCAAGAAAAGGTGAAGAATTGTGGTCGTATTGGGGTTCATGCTGTGAGTGACATTGCTTCAGACTTAACTCCAGAATATCTTGAGCATCATGGACTCAAGTCTGTTCCTAAATCTGTAGCTTATGGTTACACTGCTTCAGGATATGGATTTATTCAAGACATGCCATATGCCTACCTTCATGAATTTACTAGAACATCCATGGCTGGAAGAATTCGGCGATTTAAAGATGGATATACTAGTCTTTGGCAGAAGATTGCTGAATCACTTCCTTTAAAACTTCACTGTAACACTGAAGTATTGAGAATCAGGCGGAACTTGGACGCTGTCACCGTTAATGTCAAGAGCTTAAATCAAGTTGAAACTTTGGAATTTGATAAGATCATAATCTCCGGTTCATTTCCATTAAAATATGGAAGAACTTACAGATCATTGCCTTCAACTTGCATAGAGTGTGGAACAGAAGTAATGGATGCAAGTGACCTTGAAAAGGATTTGTTCAGCAAAGTAGAGACAAATGAATACTACACCACTGTTTTAAAGATTAAAGGGCTAGAACATTTTCCTGTTGGATTTTATTATTTTAGTGAATATATGGAAGATCCTAGCACAATTGGACATCCAGTTGCAATGCAGAGATTTTATGCTGACACTAATATATTCTTATTCTGGTCCTATGGCAACTCTGTTGATATTAAGGGACCGACAGTCACGGAGCTTGTGATCAAGACACTAGAAGCCATGGGGGGAGAAGTTGAGAATGTCATTCTTCAACGCTGCTTTATGTATTTTCCTCATGTTAGCAGCCAAGATATGAAAGATGGGTTTTACCAAAAGTTGGAATCAAAGCTTCAAGGTTCAAGGAATACTTATTATGTAGGTGGACTTATGGCGTTTGAGCTTACAGAGAGAAATTCATCTTATGCCATGGCTCTGATCTGCAAGAACTTTGCAAATAGCAATGATTTCCCAACATTTCCTTACACCAAGAATTTGTTTCCCTTGCAAACTGAGTGCCAGAAAAAGAATCCTAAAGAATTAGGTGAATTGCCAGAAGTGCAATTTCCTAATTTGCCTACTTTGAGTAGCTACTTAAATCACTGGGGAACTCATCCAATCATTCAAAGTAGGACTCTTTATACTTGGATTAATGAAGAAGGGACTCCAGTATGCCAAAGGACCTATGGAGAACTAAATTTTAATTCTTCTTGCATTGCTCATAAGCTCCTAACAAGCCAAAAGCCAGTTATCAAGTCTGGTGACAAGGTTCTCCTGGTCTATGTCCCCGGGTTGGATTTTATCGATGCCTTCTTTGGATGCCTAAAAGCTAAAGTCATACCAGTCCCCATTCTTCCTCCAGATCCCATGCAAAGAAATGGACAAGCACTAACACAACTTGAAAATATTGCCAAGTCATGTAGCATTGTGGCAATTTTATCAACAGTAGCTTATCACTCAGCAGTCCGTGCAGGTTCATTGAAAAATTTTATCTCATTAACTGGAAGAAAAGGAAAATCCTCAGCTCGGTGGCCGAATCTTCCATGGTTGCACACTGATACATGGGTCAAGAACTCCAAAAGTATGGTTTTGGAACATCTTGACAAACAATGTGAACCTGAGCCAGGTTCAACTAGTGATGCTAAAGGAGTCATGATCACTCATGGTGGGATAATTCACAATGTGAATTTGATGCGAAGAAGATACAAGAGCACCTCAAGGACAATGCTAGTAAGTTGGCTTCCTCAGTATCATGACATGGGGCTGATTGGGGGACTTTTTACATCTCTTGTTAGTGGTGGATCTGCAGTTTTATTTTCACCAATGACATTTATCAAGAAACCACTCTTATGGCTTGAAACTATTAGCAAGTACCAAGCAACTCATAGTGCTGGCCCCAACTTTGCCTTTGAGTTAGTGATTCGAAGATTGGAGTCTGACAAGGGTAAGCTTCAGAATTTAGACTTTTCATCCTTGACTTTTCTTATGGTTGCTGCTGAACCAGTGAGACAGAAGACCCTGAAAAGATTTATTGAGCTAACCAGTCCTTTTGGCTTATCTGAAAAGGTAATGGCTCCTGGATATGGCTTAGCAGAAAATTGTGTGTTTGTCAGTTGTGCATATGGAGAAGGTAATCCAATCATTGTTGATTGGAATGGAAGAGTTTGTTGTGGATATGTTAATCACGAGGATGCTGATATTGACATTAGAATAGTTGATCCAGAGACTTGTGAAGAGCTTCTGGAAGATGGAAAGGAGGGAGAAATCTGGATTAGTAGTCCAAGTGCAGGCATAGGATACTGGGGAAGGGAAGAATTGAGTAAAAAAACTTTCAGGAATGAACTTCATAATCATCCTGGACGTAGCTACACCAGAACCGGAGACTTGGGACGAATAGTGGATCAGAAGCTATTCATCACTGGAAGAATCAAGGATCTTATCATTGTTGGTGGAAGAAATATTTACTCAGCAGATGTTGAAAAGACAGTTGAGACTTCATCTGAATTTCTTCGTCCTGGTTGCTGTGCTGTCATTGGAGTCCCTGAGGAAATTTTACTAGCAAAGGGGATCTTCATTCCAGATGACTCTGATAATGTTGGCTTGGTTGTGATTGCAGAAGTAAGGGATGGTAAGCCAGTCATCAAAGATGTGATTGAGAAAATTAAGACTCGCGTGGTAGAAGAACATGGAGTCAATGTTGCTTCTGTCAAGTTGATCAAGCCTAGAACCATCAGCAAAACAACATCAGGAAAAATCAAGAGATTTGAATGTGTCAAACAGTTCACAGATGAAACACTGAACTTGGTACCACTAGAACCACAACCTATTTTGACAAAGAAGTCTTTGTTAAGGTCATTTACTACAAGAACATGGGGAGAAGAAAAAACACCAGGCCCCCAGCAAGTAAAAAGTATAGTTGCACCAAGGAAAAGGATCAGTAAGAATGAAATTGAAGAGTTCTTGAAAGGGCTTATTTCTGAGCAGACTGGAATCCCAGTCCACAACATCTCAGTTACAGACAACCTGACATCCTATGGAATTGACTCAATTGGTGTGGTTAAAGCAACTCAAAAACTCTCTGATTTCTTAGGAACTCCAGTTGCAGCTATAGATGTTTTCACGGCATCCTGCATTCTAGAATTGGCTAACTTTTCTGAGGATCTGCTATCTAAGTCTCAGCCTCAACTTTCAATCAATCCATTCAGTGTTCCAGAAGCTGAGACTGATTCCGTTGAATTGATTGTGGAGGTATCCAAGTCTTGCCTATTTGGTATCCGTGTACTTCAACTCCTAGCCCTTATTTATATTTCTGTCATGCTGGTATCTCCCGCATATCTATCCATTATTACTTATCTAAATTTCATCCTAAGTGCCAGTAAATGGATAGATGGATTTCCCTGGTTAAATTACTTAATTTCCCTGACTTTTGCACCTCTTGCTTGGATTCTTTGCATTGCTTCTGCTTGCATTTGCATTTCCTTATTTGGAAGTTTTTTCTTGGGGCCAAACTATTCCCTTACCACTGAAATATCCATCTACTCAATGGATTTTGTCAAGTGGTGGACACTATATAAGGCCCAAGAATTTTCTTCTAAAGTTCTGGCGGTACACCTCCGAGGAACAGTGTTTCTGAAATACTGGTTTGAGATGCTGGGTGCAAGAATTGGATCCTCAGCGTTACTTGATACAGTTGACATCACTGACCCATCTTTGGTGTCAATTGGAGATGAAGTTGTCATTGCTGAAGGTGTTTTGCTTCAAAGCCACGAGGTAAAGAATGGAATTTTAAGTTTCCATCCTATTAGGATTGGCAAATGCTCTTCCATTGGACCTTATGCTGTTATCCAAAAAGGAAGTATTATTGGAGAAGGTGCTGAGGTACAGGCCTTGCAGAAGGTTGGACAAGGCCAACATGTGTTCAAACCTGCCAAGCTTAATGATGATAATAAGAATGCAGTGCCTGTTATTACAAGCAAAACTCAACATGATATCATGTACCACTTTATGGGAATCTATCTTGTTGGCTTTCTCAGCTCCCTTGCTGCAGTCATTGCCTACTTCTTATATATTAGGTTCTCCAAGCAACCTCCATCACCACAACACTTTTCCTTTGTTTGCATATGTGGGGCCTTCCATTGGATCCCATTTACAATCATTACATATGCTACCATGTTTTCTGAAGTCTCATCAAATCCCATCACCTTTGCCATTTCATTTACGAGCGCCTACTTGCTTCATGGTTTCATACTCATCATTCTCACCACAGCTTTTACTCGTCTCCTAAAAACTAGTCAAAACCAAACCCAATTTAAAACCTGGCTTCAATGTCAAATGACAACTTCCTGCCATCTTAGATGTGCAAAGCTTCTCTCAGGAACAGAAGCCTTCTGCATATATCTACGGCTTTTGGGTGCAAAAATTGGCAAGCATTGCTCCATTAGAGCCATCAACCCAGTTTCATATCCAGAGTTAATGTCAATTGGTGCTGGTGTCCATCTCGGAGATTTTAGCCGGATAATTACAGGTTTTCATTCTTCAAGTGGATATGTTAGAGGAAAAATTGAGGTTCAGGACAATTCGGTTATCGGGAGTCAAAGTCTAATTCTCCCTGGTTCACTAGTCCAAAAGAATGTCATTCTTGGTGCACTTTCAGTTGCTCCAATGAATTCTACACTCCAAGAGGGTGGTGTCTACATTGGATCACAGTCCCAAGTTGTCCTAAGGAACTCACTGAAGAATGCTTATGATGAAGGGACAGAAGAGATGGACATGGTAAGGAAGAAAATAGTTGCTAATAATTTGGCAACAGCATTGCAGAAAAATGACTCACAGAAAGTGACCTTGACCAGAACATGGTATCAGACCTTCTCATCACTCTTCACTCAGCCACTGCTACAAACAGTGTTACCTCATATGGTGTTGGGTTTAGCAGTTTTTGCTCCCTTGAACTGTGTTGTTTACCTAAAGAGTGCCAATAAATTTCCAATATATTGGTTGCTATTGCTAATTCCCTTGTTTTGGGTTCTATCAGGAGCCTTAGCCGCATTGGCGTGTGTGATAGCCAAATGGATTCTTGTGGGAAGGAAGAAAGCAGATGAAACAGTGCCAATATGGAGTCAAAGGATCACAATGGACAGCACATGGCAGGCCATTAGAACCTTAGTTGGAGAGTATTTTATGGACATGACAAGTGGATCATTTTGGTTTGTGCTGTGGATGAAGTTGATGGGTGCAGATGTTGATATGGAACATGCAGTTTACGTAGATAGCATGGGAGCCTTATTGAACCCCGAAATGGTGAAGATTGAGAGAGGGGGTTGTGTAGGAAGAGAAGTCTTGCTATTTGGACATGTATATGAAGGGGAAGGAGGGATGGTGAAGTTTGGAGAGATCAAAATAGGAGAAGATGGGTTTATAGGGAGTAGAGCCATGGCCATGCCAGGTGTGCGATTAGAGAATGAGGGCAACCTTAGTGCTTTGTCACTTGCCATGAAAGAAGAAATCATTAGATCAGGTGAAAAGTATTGA 6099 0.4068 MGISPDPMLTDGGAIMGLIETGLRVCAHNGSKCYIQCAKLINKSSRRLILNCILLTSEMDLERSIEDQFSKLHPSLPENTRIGIVGAGPSGLSAAYALARLGYKNITVLEKHHTVGGMCESVEIEGKVYDLGGQVLAASSAPVIFHLARETGTALEELDSHKLAVIDPSSGEYQDIKVADDYVSVMSLTLEIQEKVKNCGRIGVHAVSDIASDLTPEYLEHHGLKSVPKSVAYGYTASGYGFIQDMPYAYLHEFTRTSMAGRIRRFKDGYTSLWQKIAESLPLKLHCNTEVLRIRRNLDAVTVNVKSLNQVETLEFDKIIISGSFPLKYGRTYRSLPSTCIECGTEVMDASDLEKDLFSKVETNEYYTTVLKIKGLEHFPVGFYYFSEYMEDPSTIGHPVAMQRFYADTNIFLFWSYGNSVDIKGPTVTELVIKTLEAMGGEVENVILQRCFMYFPHVSSQDMKDGFYQKLESKLQGSRNTYYVGGLMAFELTERNSSYAMALICKNFANSNDFPTFPYTKNLFPLQTECQKKNPKELGELPEVQFPNLPTLSSYLNHWGTHPIIQSRTLYTWINEEGTPVCQRTYGELNFNSSCIAHKLLTSQKPVIKSGDKVLLVYVPGLDFIDAFFGCLKAKVIPVPILPPDPMQRNGQALTQLENIAKSCSIVAILSTVAYHSAVRAGSLKNFISLTGRKGKSSARWPNLPWLHTDTWVKNSKSMVLEHLDKQCEPEPGSTSDAKGVMITHGGIIHNVNLMRRRYKSTSRTMLVSWLPQYHDMGLIGGLFTSLVSGGSAVLFSPMTFIKKPLLWLETISKYQATHSAGPNFAFELVIRRLESDKGKLQNLDFSSLTFLMVAAEPVRQKTLKRFIELTSPFGLSEKVMAPGYGLAENCVFVSCAYGEGNPIIVDWNGRVCCGYVNHEDADIDIRIVDPETCEELLEDGKEGEIWISSPSAGIGYWGREELSKKTFRNELHNHPGRSYTRTGDLGRIVDQKLFITGRIKDLIIVGGRNIYSADVEKTVETSSEFLRPGCCAVIGVPEEILLAKGIFIPDDSDNVGLVVIAEVRDGKPVIKDVIEKIKTRVVEEHGVNVASVKLIKPRTISKTTSGKIKRFECVKQFTDETLNLVPLEPQPILTKKSLLRSFTTRTWGEEKTPGPQQVKSIVAPRKRISKNEIEEFLKGLISEQTGIPVHNISVTDNLTSYGIDSIGVVKATQKLSDFLGTPVAAIDVFTASCILELANFSEDLLSKSQPQLSINPFSVPEAETDSVELIVEVSKSCLFGIRVLQLLALIYISVMLVSPAYLSIITYLNFILSASKWIDGFPWLNYLISLTFAPLAWILCIASACICISLFGSFFLGPNYSLTTEISIYSMDFVKWWTLYKAQEFSSKVLAVHLRGTVFLKYWFEMLGARIGSSALLDTVDITDPSLVSIGDEVVIAEGVLLQSHEVKNGILSFHPIRIGKCSSIGPYAVIQKGSIIGEGAEVQALQKVGQGQHVFKPAKLNDDNKNAVPVITSKTQHDIMYHFMGIYLVGFLSSLAAVIAYFLYIRFSKQPPSPQHFSFVCICGAFHWIPFTIITYATMFSEVSSNPITFAISFTSAYLLHGFILIILTTAFTRLLKTSQNQTQFKTWLQCQMTTSCHLRCAKLLSGTEAFCIYLRLLGAKIGKHCSIRAINPVSYPELMSIGAGVHLGDFSRIITGFHSSSGYVRGKIEVQDNSVIGSQSLILPGSLVQKNVILGALSVAPMNSTLQEGGVYIGSQSQVVLRNSLKNAYDEGTEEMDMVRKKIVANNLATALQKNDSQKVTLTRTWYQTFSSLFTQPLLQTVLPHMVLGLAVFAPLNCVVYLKSANKFPIYWLLLLIPLFWVLSGALAALACVIAKWILVGRKKADETVPIWSQRITMDSTWQAIRTLVGEYFMDMTSGSFWFVLWMKLMGADVDMEHAVYVDSMGALLNPEMVKIERGGCVGREVLLFGHVYEGEGGMVKFGEIKIGEDGFIGSRAMAMPGVRLENEGNLSALSLAMKEEIIRSGEKY 2032
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Mupr3323g00007 2032 SUPERFAMILY Trimeric LpxA-like enzymes 1396 1495 IPR011004 -
Mupr3323g00007 2032 SUPERFAMILY FAD/NAD(P)-binding domain 78 329 IPR036188 -
Mupr3323g00007 2032 CDD FAAL 558 1120 IPR040097 GO:0008610
Mupr3323g00007 2032 ProSitePatterns Phosphopantetheine attachment site. 1201 1216 IPR006162 -
Mupr3323g00007 2032 Pfam Flavin containing amine oxidoreductase 90 325 IPR002937 GO:0016491
Mupr3323g00007 2032 Gene3D - 1001 1127 IPR045851 -
Mupr3323g00007 2032 SMART Phosphopantetheine attachment site 1175 1246 IPR020806 GO:0031177
Mupr3323g00007 2032 Pfam Phosphopantetheine attachment site 1177 1241 IPR009081 -
Mupr3323g00007 2032 SUPERFAMILY Trimeric LpxA-like enzymes 1912 2022 IPR011004 -
Mupr3323g00007 2032 Pfam AMP-binding enzyme 583 1006 IPR000873 -
Mupr3323g00007 2032 SUPERFAMILY ACP-like 1170 1252 IPR036736 -
Mupr3323g00007 2032 Gene3D - 81 504 IPR036188 -
Mupr3323g00007 2032 SUPERFAMILY Acetyl-CoA synthetase-like 561 1125 - -
Mupr3323g00007 2032 Gene3D Hexapeptide repeat proteins 1648 1790 - -
Mupr3323g00007 2032 PRINTS Adrenodoxin reductase family signature 105 118 - -
Mupr3323g00007 2032 PRINTS Adrenodoxin reductase family signature 81 103 - -
Mupr3323g00007 2032 Gene3D Hexapeptide repeat proteins 1393 1498 - -
Mupr3323g00007 2032 Gene3D - 361 454 - -
Mupr3323g00007 2032 SUPERFAMILY Trimeric LpxA-like enzymes 1659 1760 IPR011004 -
Mupr3323g00007 2032 ProSiteProfiles Carrier protein (CP) domain profile. 1172 1246 IPR009081 -
Mupr3323g00007 2032 Gene3D - 152 260 - -
Mupr3323g00007 2032 Gene3D - 539 1000 IPR042099 -
Mupr3323g00007 2032 Gene3D - 1161 1244 IPR036736 -
Mupr3323g00007 2032 PANTHER DISCO-INTERACTING PROTEIN 2 DIP2 -RELATED 189 1790 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Mupr3323g00007 Mupr-Chr3323 21375 30450 Dispersed
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Mupr3323g00007 733 1039 Monolignol Biosynthesis Gene Families AT1G20480 25.000 4.20e-15 79.0
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Mupr3323g00007 - - adu:107477067 2961.01