Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Mtr2g2170 ATGCCCCTCTTTATCTCCGACGAAGACCTCCACCGCCTCTCCGGCGACTCCACCGCCGTTGCCGCCAAAGCCGACGCCTTCATTCGCAACCTCCTCAACGAACTCGACACTATCCGCGCCAAAGCCGATGCCTCCGACATCAACGCCGAGCAGAATTGCTCTCTCGTTGAACAGAAGTATCTCTCCCTCTCCGCTGAGTTCTCTAAGCTTGAATCGCATGCTGTGAATCTTCAATCGACTCTTGATCAACATGTTCGTGATCTCGATGATGCGAAAGCGAAGAATCACCAATTTCACTTGCAATTGGTCGAGAAGGATAGAGAGGTAGAGAGGTTGAGGACGGAGGTGAGTGAGCTGCACAAGTCAAAGAGGCAATTGATTGAGTTGAATGAACAGAAGGATCTGGAGCTTAGTGAGAAGAACACAACCATCAGGAGTTACCTTGATAAAATTGTTCATTTGACGGAAAATGCGTCCCATAAGGAGGCACGCATTAGTGAAGTTGAGGCGGAATTGGGGAGATGCCGGGCTGCTTGCACTCGCCTCGAGCAGGAGAAGGAGATTGTTGAGAGGCAAAATGCTTGGCTTAATGAGGAGTTGACTGCTAAAATCAACAGTTTCTTAGAGATGCGTAGAAAACATACAGAATCGGAGACCGATATATCTTCCAAACTTGCAGATGTTGAAAGACAATTCAGTGAATGCTCTAAATCTCTACAATGGAATAAGGATAAAGTAAGGGAGCTAGAAATGAAGCTGAAGTCTACGCAAGAGGAATTAATATCAGCTAAAGGTGACGCTGCAGCCAACGAAGAGCAATTATCTGCTGAACTTTCAACTGTCAACAAGCTTAATGAGCTCTACAAAGAGAGTTCTGAGGAATGGTCAAGAAAAGCAGCGGACCTAGAGGGTGTTATAAAAGCGATGGAGTCACAGCTAAAGCAAGTTGAAGATGATTATAAAGACAGACTTGAGAAGGAATTTTCTGCTAGAAAGCAGTTTGAAAAGGAGGCTGCTGACTTGAAAGAAAAGCTAGAGAAGTGCGAAGCTGAAATTGAGACAAGCAAGAAGATGAATGCACTAAGCAATCTTCCACTTCAAAGCTTCTCCACTGAACCGTGGATGACAGCTATTGTAACTGATAACATGGATGAAGAAAATAATGCACTAGTCTCAAAAATTCCTGTTGGGGTTTCGGGAACAGCATTAGCTGCTTCACTTTTGCGAGATGGGTGGAGTTTGGCGAAGATGTATGCAAAATACCAAGAGGCTGTTGATGCTTTGAGACACGAACAATTGGGAAGGAAGGAGTCAGAGTCAATTTTGCAACGGGTCCTAAACGAATTGGAAGGGAAGGCAGAAGCCATAGAAGATGAGAGAGTGGAACATGACAAGATGGCTGATGCATACTCTTTGATGAACCAAAAGCTGCAACATTCCCTCAACGAAAATTCCAACTTAGAGAAAGCCATCCTGGAACTGAAGGCTGACCTCAAAAGGCATGAACGTGAATATAATCTTGCCCAGAAAGAAATTGATGACCTTCGAAAACAGGTGACAGTACTTTTGAAAGAATGCCAAGACATACAAGTTCGTTGTGGGTCATTTGGTAACAATATCAATGCTAATGCAACAAATATTTCTTCAAGAACAAATACAGCGACCGATGCTGAAAGTATCATATCACAGCACCTTTTAACTTTCAAGGACATTAATGAATTAGTTGAGCAGAATGTCCAACTCAGAAGCCTTGTACGCAGTCTCTATGAACAGTTTGAAAATCAGAAGGTGGAGTTCAAGGAAAATCTTGAAATGGAACTCAAAAAACATACAGAAGAGGCTGCTTCTAAAGTTGCGGCTGTTCTGCAGAGAGCGGAAGAACAAGGGCAGATGATTGAATCGCTTCATACATCTGTCGCAATGTATAAAAGGTTGTATGAGGAGGAGCATAGTCTTCATTTATCTCACACCCATTCTTCAGAAGCTCTTGCAGCTGCTGCAGAAGTTGGAAGAAACAACGTCAATACTTCAATTGAAAGTTCACAGGAAATTGCTAAGAAGTCTCTTGAAAAAGCTGCAGAGCGTGTAAGATGTCTTGAGGATGAATTAGCAAAATCTAGGAGTGAGATTATTGTATTACGATCAGAGCGTGACAAAATTGCACTAGAAGGAAATTTTGTTAGAGAGCGGCTTGATAGCTTTATGAAGGAATTTGAATACCAGAAAGCTGAAGCAAAAGGCGTTTTGGCAAGAAATGTGGAGTTTTCTCAGCTAGTTGTAGATTACCAACGGAAATTGCGGGAAAGTTCAGAGTCAATGAGTGCTGCTGAGGAGCTATCGCGGAAACTTTCTATGGAGTTGTCGGCATTAAAGAATGAAAAGGAAGTTTTATCAAATGCTGAAAAGAGAGCATCTGACGAGGTTCGCAATTTATCTGAAAGGGTGTATCGCTTGCAGGCTACTTTGGGTACCATTCAAAGTGCTGAAGAAGTTAGAGAGGAAGCAAGAGTTGCAGAGAGGGTAAAACAAGAAGAACATACAAAGCAATTGGAGAGGGAATGGGCCGAAGCCAAGAAAGAGTTACAGGAAGAGAGAGAAAATGTGCGGAGACTTGCGCTTGATCGGGACCAGACCATGAAAAATTCTCTGAGACAGGTTGAGGATATGAGCAAAGAGTTAACTAATGCACTGGGTGCACTTGCGTCTGCAGAATCTAGGGCTGCTGTCGCTGAGGCAAAACTCTCAAGTATTCAGAAACAAATGAGTTCCACAGATGGGCAGCTTGTCAATACGGAATCAGTGAGTGGATCTTCCATTTTATCCAGAGATGAGGTTGTTGCTGAATTGCAAACAGCAAAAGAAGAGATTGAGAAACTGAAAGAGGAAGTACATGCTAACAAAGCACACATGCTGCAGTATAAGAGCATTGCTGAGGTGAATGAAGATGCATTGAAACAAATAGAAAGTGCACACGAGGACTACAAGATAGAGGTTGACAATACAAAGAAATCTCTAGAGGCTGAACTGAATTCACTTAGAGAGAAGATTTCAGAGCTTGAAAAGGAAGCTAGTTTGAAATCTGATGAGGTTGTATCTGCAACTGCTGGAAAAGAAGAGGCTCTGACATCTGCTTTGGCTGAGATAACACATCTTAAAGAAGAAATTTTAACCAAAACTTCTCAAATCTCAGAAATGGAAGTTCAGATATCTGGTTTAAAAGAACACCTGGACAAAGAGCATCAGAAATGGCGTGCAGCTCAAACGAATTACGAAAGACAGGTTGTTCTCCAGTCAGAGACTATTCAGGAGTTGACTAAAACATCTGAAACACTAGCCTTGCTGCAGGAGGAAGCATCTAAATTACGTAAATTAGCTGATGCTCAGAAAATTGAAAATAATGAACTAAAGGCTAGGTGGGAAGAGGAGAAAGCAAGACTAGAGAAGTCTAAGTGTGATGCTGAAAAGAAATATGATGAAATAAATGAGCAGAATAAAATCTTACACAGCCAACTTGAGGCGTTGCATATTCAATGGGCTGAGAAGGAGCGCAATGCTGCTGGTATTTCACCTGGAAGTAGGGGTGATACATTTGGTGATGCTGGCCTTCAAAACGTTGTGAACTATCTCCGCCGTTCAAAAGAAATTGCAGAAACAGAAGTTTCATTATTAAAACAGGAAAAGCTGCGATTACAGTCACAGCTTGAGAGTGCTTTGAAGTCAGCAGAATCTGCTCATGCATCTCTAGAAGCTCAGCGTGTAAAATCAAGATCATTTATGTTTACTGAAGAAGAAATCAAATCCTTACAACTTCAGGTCAGGGAAATGAACTTGCTTCGTGAGAGTAATATGCAGCTCAGGGAAGAAAATAAGCACAATTTTGAGGAATGTCAGAAATTGCGTGAACTAGCAGAACAGGCAAGAACTGCCAGAGATAATCTAGAGAATCTTGTAAGGGAAAGAGAAAGTGAACTGGAAGGCCAGAAAAAAGAGATTGAAACACTAAAAACGGAAAAGGAACATCTCAATTACAAGGTTTCAGAGTTGCTTGAAAGGTGTAAAAATGTTGATGCGGAGGATTATGATCGAGTGAAGAAACTTGTACAAGATTTGCAGGGTAAACTAAGAGACAGGGATGCTCAGATTGAGGAAACTAGTAAAATTCTTTCAGAAAAACAGGAATCTTTTTCACGTTTAGAGCAAGACCTTTCAAACTGCAGATTGGAACTTGTGGAAAAAGAGAAGAGAATTAATGAAATTCCAAAAATTGAGGCTAACCATAAACAGGATGTGGATAAGAATAGGAAACTGCTGGCCCATTTTAAGAGAAGGATTGAGGCATTAAATACGGAAAAGGAAGAGCTGGTGAAAGAGAATCAGCAACTTTCTGGACAGTTAAATAAGGAAAAGGAAGAGCTAGGGAAAGAGAATCAGCAGCTTTCTAGACAGTTAGATGAAATTAAACAACAAGGGAAAAGATCAACAGGTGATACAGCTGGTGAACAAGCGATGAATCAAGAAAAGGACACCAGAATACAGATGCTGGAAAGAACTCTGGAGAGAGTGAGAGCTGACTTAAACAAGGAGAAGGAAGACAAAACTGCGGAGAGAAATAGGCGACTGAAAAATGAAAAGGCCATAGCGGACTCTTACAAAAATATTGACCTGGAGAGAAAACAGTTTGTTAATGACCTCGAGAGGCATAAGGAGGCGCTGAAGCGATTGTCTGATGAAGTTGAAAAGCTTAAGACTCTTGTTGGTAATCTTCCTGAGGGAACCAATGCTGCTCAACTTCTTTCGAGATCCAATGTTGATGACTTCTCTGCTCCTTATATGGCTGCTGTTGAAAATTTTGAAAAGGAAGCTCATGCAGTATGTGTCACTCTTGGTGATCCATCAACAATTACAGATAGCTCAGCAGCTGCTACAGGTTCTCTGGTCCACACTCAACCTCCAAGCATATTACCCTCAACGGCCCCTGTGACAAGCAGTTTACCACCTAAGGCCACTGGAGAAAGTGAGAAAAGGCTTGCACTGACGAAATCTAGTAATGAAACTCGTAAAACTGGTAGGAGACTGGTCAGGCCACGACTAGTAAAGCCAGATGAACCACAAGGGGACACTGAAATGTCTGATGCTGAAGGACTTGGGGGCAACAAACCTGGACCTTCTAGTGACGCAGAAACCCAAAGCAATTTTGGTACATCATCTCAACCAGTGGCTCGGAAACGTGTTGCTCCCACCTCAACATCTGAGTTGCGTGAAGAATCTTCGGCACCTGGTGAGAAGAGCTCTGATGTAGCAGCACCTGCGTTAAAGAAGCCCAAAGGATCTGAGTTTCCAGAAGACAGCGGCGAAGAACAACCTGCTACAACCCCAGAATTCACTTGCAGTCATCCAGTTGCTGAAGAATCATTTGAAAGTGGTGAGTTGCCACAAGGCCAAAATGAGGAAGTAGGTGAGGCTCAAAATGATGATGAGAATGCTGTGGGGAAGGACGAAGAATCCGAAGATCCACCAAACATGGATGGTTCTGGTCAAGAGGAATTACAAGATGACAAGACTGGAGTTTCAGAAGAGAATCTGGATCAACCAACAGAAACACAAATGGTGTCTGATGAGATGCAGAGGGATCATACTGAGATAGACAACCAGCAATCAACATTGCCTCTCAGTAGTGAGACAGAAGAGGGAGAGATGTTGCCAGAAGCCGGAGATCCTGAGGGTGGTTTTGATGGATCTAACATGGAAAACCAAGAATCTCGGGAGGCAACTCCTGAACCTTCCCCAGCTAGGGTTGATGATGATGATGCTTTAGAGGCTGGTGAGATTAATTCGCCTGAGATTTCAACCGATGATAAGAATGATGAAGGTGACTTGGCTGAGGATGCTGCTGATGGATCTGATAAATTAGCTGATGTTAACAAAGCAACATCAGTTGAGAGTGATCAGGTGGTTGAGCCTGCACCTGTCGCGAGCGAGAGTAATTTGCAGAGTAGCGTTGCAGAAAGTAGTTCCTCAAAATTACCTGTTTCAAAGCAAGGGGCGACGAGGTCTCCCTCTAAAACAGAAGACGTAAAGCCAACATCACCCGTAAAGCCAACATCACCAATTAGTGATATGTCAACTACAACTACCATTAATTTACAAGAGCGAGCCCGAGAGAGAGCTCAATTGAGACAAGCTGGACAAGCTGGGGTGTTTTCCACCACAGCAAGAGGTCGCGGCAGAATTCCCCGTGGTCGGGTTGTTCGAGGTCGTGGTCGCAGACCACCATCTAGTGATGCATGA 6288 0.4297 MPLFISDEDLHRLSGDSTAVAAKADAFIRNLLNELDTIRAKADASDINAEQNCSLVEQKYLSLSAEFSKLESHAVNLQSTLDQHVRDLDDAKAKNHQFHLQLVEKDREVERLRTEVSELHKSKRQLIELNEQKDLELSEKNTTIRSYLDKIVHLTENASHKEARISEVEAELGRCRAACTRLEQEKEIVERQNAWLNEELTAKINSFLEMRRKHTESETDISSKLADVERQFSECSKSLQWNKDKVRELEMKLKSTQEELISAKGDAAANEEQLSAELSTVNKLNELYKESSEEWSRKAADLEGVIKAMESQLKQVEDDYKDRLEKEFSARKQFEKEAADLKEKLEKCEAEIETSKKMNALSNLPLQSFSTEPWMTAIVTDNMDEENNALVSKIPVGVSGTALAASLLRDGWSLAKMYAKYQEAVDALRHEQLGRKESESILQRVLNELEGKAEAIEDERVEHDKMADAYSLMNQKLQHSLNENSNLEKAILELKADLKRHEREYNLAQKEIDDLRKQVTVLLKECQDIQVRCGSFGNNINANATNISSRTNTATDAESIISQHLLTFKDINELVEQNVQLRSLVRSLYEQFENQKVEFKENLEMELKKHTEEAASKVAAVLQRAEEQGQMIESLHTSVAMYKRLYEEEHSLHLSHTHSSEALAAAAEVGRNNVNTSIESSQEIAKKSLEKAAERVRCLEDELAKSRSEIIVLRSERDKIALEGNFVRERLDSFMKEFEYQKAEAKGVLARNVEFSQLVVDYQRKLRESSESMSAAEELSRKLSMELSALKNEKEVLSNAEKRASDEVRNLSERVYRLQATLGTIQSAEEVREEARVAERVKQEEHTKQLEREWAEAKKELQEERENVRRLALDRDQTMKNSLRQVEDMSKELTNALGALASAESRAAVAEAKLSSIQKQMSSTDGQLVNTESVSGSSILSRDEVVAELQTAKEEIEKLKEEVHANKAHMLQYKSIAEVNEDALKQIESAHEDYKIEVDNTKKSLEAELNSLREKISELEKEASLKSDEVVSATAGKEEALTSALAEITHLKEEILTKTSQISEMEVQISGLKEHLDKEHQKWRAAQTNYERQVVLQSETIQELTKTSETLALLQEEASKLRKLADAQKIENNELKARWEEEKARLEKSKCDAEKKYDEINEQNKILHSQLEALHIQWAEKERNAAGISPGSRGDTFGDAGLQNVVNYLRRSKEIAETEVSLLKQEKLRLQSQLESALKSAESAHASLEAQRVKSRSFMFTEEEIKSLQLQVREMNLLRESNMQLREENKHNFEECQKLRELAEQARTARDNLENLVRERESELEGQKKEIETLKTEKEHLNYKVSELLERCKNVDAEDYDRVKKLVQDLQGKLRDRDAQIEETSKILSEKQESFSRLEQDLSNCRLELVEKEKRINEIPKIEANHKQDVDKNRKLLAHFKRRIEALNTEKEELVKENQQLSGQLNKEKEELGKENQQLSRQLDEIKQQGKRSTGDTAGEQAMNQEKDTRIQMLERTLERVRADLNKEKEDKTAERNRRLKNEKAIADSYKNIDLERKQFVNDLERHKEALKRLSDEVEKLKTLVGNLPEGTNAAQLLSRSNVDDFSAPYMAAVENFEKEAHAVCVTLGDPSTITDSSAAATGSLVHTQPPSILPSTAPVTSSLPPKATGESEKRLALTKSSNETRKTGRRLVRPRLVKPDEPQGDTEMSDAEGLGGNKPGPSSDAETQSNFGTSSQPVARKRVAPTSTSELREESSAPGEKSSDVAAPALKKPKGSEFPEDSGEEQPATTPEFTCSHPVAEESFESGELPQGQNEEVGEAQNDDENAVGKDEESEDPPNMDGSGQEELQDDKTGVSEENLDQPTETQMVSDEMQRDHTEIDNQQSTLPLSSETEEGEMLPEAGDPEGGFDGSNMENQESREATPEPSPARVDDDDALEAGEINSPEISTDDKNDEGDLAEDAADGSDKLADVNKATSVESDQVVEPAPVASESNLQSSVAESSSSKLPVSKQGATRSPSKTEDVKPTSPVKPTSPISDMSTTTTINLQERARERAQLRQAGQAGVFSTTARGRGRIPRGRVVRGRGRRPPSSDA* 2096
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Mtr2g2170 2095 MobiDBLite consensus disorder prediction 1646 1668 - -
Mtr2g2170 2095 Coils Coil 840 881 - -
Mtr2g2170 2095 Coils Coil 292 358 - -
Mtr2g2170 2095 Coils Coil 682 716 - -
Mtr2g2170 2095 Coils Coil 1062 1082 - -
Mtr2g2170 2095 MobiDBLite consensus disorder prediction 1646 2095 - -
Mtr2g2170 2095 Coils Coil 1157 1177 - -
Mtr2g2170 2095 Coils Coil 1430 1489 - -
Mtr2g2170 2095 Coils Coil 886 920 - -
Mtr2g2170 2095 MobiDBLite consensus disorder prediction 1824 1838 - -
Mtr2g2170 2095 Coils Coil 984 1029 - -
Mtr2g2170 2095 Coils Coil 571 628 - -
Mtr2g2170 2095 MobiDBLite consensus disorder prediction 1458 1491 - -
Mtr2g2170 2095 Coils Coil 1296 1351 - -
Mtr2g2170 2095 Coils Coil 759 814 - -
Mtr2g2170 2095 Coils Coil 1557 1584 - -
Mtr2g2170 2095 Coils Coil 151 199 - -
Mtr2g2170 2095 Coils Coil 1104 1152 - -
Mtr2g2170 2095 Coils Coil 1213 1251 - -
Mtr2g2170 2095 Coils Coil 102 132 - -
Mtr2g2170 2095 Coils Coil 1268 1288 - -
Mtr2g2170 2095 Coils Coil 477 532 - -
Mtr2g2170 2095 MobiDBLite consensus disorder prediction 1673 1706 - -
Mtr2g2170 2095 PANTHER NUCLEOPROTEIN TPR 1 2079 - -
Mtr2g2170 2095 PANTHER NUCLEOPROTEIN TPR-RELATED 1 2079 - -
Mtr2g2170 2095 Coils Coil 942 969 - -
Mtr2g2170 2095 MobiDBLite consensus disorder prediction 1458 1504 - -
Mtr2g2170 2095 Coils Coil 239 266 - -
Mtr2g2170 2095 MobiDBLite consensus disorder prediction 1988 2051 - -
Mtr2g2170 2095 Coils Coil 74 94 - -
Mtr2g2170 2095 MobiDBLite consensus disorder prediction 1722 1754 - -
Mtr2g2170 2095 Pfam TPR/MLP1/MLP2-like protein 1047 1174 IPR012929 GO:0006606
Mtr2g2170 2095 Coils Coil 1504 1538 - -
Mtr2g2170 2095 Coils Coil 439 466 - -
Mtr2g2170 2095 Coils Coil 1381 1415 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Mtr2g2170 Mtr-Chr2 32348157 32379848 Dispersed
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Mtr2g2170 K09291 - gmx:100811882 2823.88
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Mtr2g2170 2 32348157 32379848 Mtr2g2170 2 32348157 32379848 ECH