Your browser is unable to support new features implemented in HTML5 and CSS3 to render this site as intended. Your experience may suffer from functionality degradation but the site should remain usable. We strongly recommend the latest version of Google Chrome, OS X Safari or Mozilla Firefox. As Safari is bundled with OS X, if you are unable to upgrade to a newer version of OS X, we recommend using an open source browser. Dismiss message

LotjaGi6g1v0249900.3

Overview

Field Value
Gene ID LotjaGi6g1v0249900
Transcript ID LotjaGi6g1v0249900.3
Related isoforms 3
Lotus japonicus genome version Gifu v1.2
Description Isoleucine-tRNA ligase; TAIR: AT5G49030.3 tRNA synthetase class I (I, L, M and V) family protein; Swiss-Prot: sp|Q8RXK8|SYIM_ARATH Isoleucine--tRNA ligase, chloroplastic/mitochondrial; TrEMBL-Plants: tr|A0A072V611|A0A072V611_MEDTR Isoleucine-tRNA ligase; Found in the gene: LotjaGi6g1v0249900
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr6:56156671..56166518) extracted from Lotus japonicus Gifu genome v1.2.

TCCTTCAGGAGAACTAATTCCATTGGCTTGTTTCATTCCCACGGAATCTCGTCAGCTAAAGTGGTGTCTTCCTCAACAAT ATCAAATTACTGTACTCATTCAAGGGATGATATTAGTTCTTCAAAACGAAGATCAAGAGGGCCTGTCATGGCAGGAAAAA AGGCTGAAGAAGGTAGTGTTTTTACTATGTCGTATATATTTTTCTTAATGCTTATTTTAAACATATTATTGCATGTCATA TTTATTAAAGAGATTAAGCATGAACATTCAAGGTTAGTTACCTAACCTGCCCTAACTCTAGGAGTCAAGCAAGAAGATAG TAAATACAAGCATACAGTTGATCTTCCCAAGACAGCATTTGGTATGAGGGCAAATTCTTCAGTTAGGGAGCCTGAAATTC AGAAAATGTGGGAGGAGAATCAAGTATTTAAGAAAGTTGTTGACAGAAATAGTGGAGTAAGTTTTGGACTTCCCCTCATA TTGCCCTGGTAATTATTTAAACTTGCTAATACACTTCAAACAACTTGATCAGGCAAATTTCATTCTTCATGACGGTCCTC CATATGCCAATGGTGATCTTCACATTGGACATGCCTTAAATAAAATTTTGAAGGATATTATAAATCGTTATAAGGTATCT TTTCCTTCCTTTGAACTGAGATTTCCAATTTATTGCTATCACATTGGATTTGAAGCATATCTTGTTTTAAGTCTGCTAGG CATGTGCATGCTCTAATGATATATGTTTTGCGCTAATACACTTGAATATATCAATTAATATTCTGATAAAACTTTTATGC CTTTTTTTGGTGGGCAGCTCCTTCAAAACTACAAAGTTCATTTTGTGCCTGGATGGGATTGTCATGGTCTACCAATTGAA TTAAAAGGCAAGTATTATTTTTCTTAGTGTTTCCATTATGATTACTGGCTCTAATTTGTGTTCATGTTTTAGACTTAAAC ATGTAGAGCTGTATTACACTTAGTCTTACTTTACATGTTTGCGACATGTCAAACATGAAGTATATGTAGATAGTTTGTGG TCTAATATTTGTTAATGCACATGTATTAAGGACCAAAATGTTGATAAATATTTGCAGATGTTTTTCAAGTGAAATGATTT TCACCTTTTTATTTTTTGTTATTTGTTTTAATTTTTGTAAAAAGCTTTTTTTATGCTGAATCAGTTAATATGTGCATTTG TCCATATATTTGATATATTTTAGTTCTGGAGTTTTTATTAGCAATACAAACTTTTGCTTAACACTTCTTTTCCCCAACAT CTTTTAGGTTTTTTATTTTTGTTTTAGCAACAAATTCTCATGTGCCTTTTGGCTTTGATTTTTGTTTTAGCAACAAACTC TCATGTGCCTATTAGCGATACATACTATAGTAGCTTTGATTCATTATGTCATCTTTGTTCAATTTTATTTGTTTTTTAGA AGGATTTCTTATCCTCCTAACTCTGTAAATCATCTTCTCTTTGTCTCATGAATTTCTAATTTTATAAAATAAATAACTGA GTGACTATAGAATCAATCCAATTTCAAACTTGCTAATCACTAGAATGAAAAGAAAAAGGACAGAGAGAAAGGAAAAAGTT TGTTTATGTTTCATGCTACCTATTTTTAGTTAATTGAACGGAGGTCTTTGTTATTTTCATGAAAGAAAGGAGGCATATGT TGTTTACCATACCTTGGATAGTCAAAAAACTAAAACACGTATGTTCTCCTTTTCCTGTTTTCTCTCTGTGTGTATGCAAT ATGATTGAAAATGATGTGTTATTTTATTGCTTTCATAAAGAGAGTGATCTCTTCCATAACGAGTAGACATGATTGACATA ATGAAGGAACTTAAAAGTTCCCAATTTTCCTTGTGCTTTACCCCTTTTATTTCATTTGCTTAAACACTATAAGTTCACAA CTTCACATATAGATTGCGTTTCAGCTTATATATATTATTACGAATTTAGCTCCTTTAAAGGGAGGGATCGGTTTAGAGAA TAAATTGAGCAATTGCAGCCATTGATTGAGAAATCAGCGGTTGAGATTGTTTATATACTTGCACGTGTATAACAAACCAT GAAGTTTAAATATCAACCATTGATTTCTCAATCAATGCACTTAATTGCTCACTTTACTTTCAAAAGTGACCCCCTCACTT TAGAGGAGACAAATCCATATTATTGATTACTTTGAGTATGATTGTTCAAATTATTCAGTTTTGCAGTCACTGGATCAGGA GGCTAGGAATAATCTTAAACCACTGAAGTTGAGAGCAAAGGCTGCAAAGTTTGCCAAAGAAACTGTTAAAACTCAGATGT CATCTTTTAAGGTGGCTTCTTTGTTTGCACTTTGCTGGTTTCCATGAATTGTTTTAGTTTCCTGTCTGCTATCTACATAT TTCAATTAAAATCACAATGTGTTTTTCATTTTTATTGCTGGGAATGTATTGTACCTTAATATTTTTTTTACTTCCCCTTT GGGTAAAATGTACCTTAAACACGTTACTAAATGTTTGCAGCGCTTTGGTGTGTGGGCAGACTGGAATAATGCCTATCTTA CTCTGGACCCTGAATATGAAGCTGCCCAGGTAGGTGGTACAGCCTTTCTCATTTACCCTTTCAGATGTGTAAAATAAAAC AAAGAATTCAGCTATTTGGATGTCCTATTCATGATGTATTATAGATGTGAAGATTTATGGCTTTACTTTCAGCTTTCACA ATGTGGATTATTGTGCTGTGAGAACTGTAATAGAATGATCCTCAACAATCAAGCAAGGTCTAGCTAGATTGCTGAGACTG CTTTAGAATTGAAAATTTTCGTTTGTTCCTGTCTTCATGCCATACTGATTGTTATCATATCATAATTTGTATCTTATAAT TTGCTAGATAGAAGTATTTGGCCAAATGGCCTTGAAAGGCTATATCTACAGAGGCAGAAAACCTGTCCACTGGAGTCCCT CATCGCAGACCGCACTTGCTGAGGCTGAGTTGGAGGTAAATTGATTTATCATTATGTTGAACCTCTTGTCTAATGTATGG CACTAATGCGCTATAAAACCTGAAGGCAAACACTACCATTATGGTGTCGTATAGTGTGGGTGGAAGTAGTTTAATTTTTG TTCACTAGAGCTTGTACACATGAATTTCATGCGTTTCTGATGGAAGAATTGAGTTGTGGCAGTTTCCTCTCTAAAACCTG ATCTGGTGGAGGTTAGGGTATTTATTTACAACCTATTTGGTTTCTATGTAGTACCCTGAAGGGCATGTCTCAAGAAGCAT ATATGCCATTTTCAGAGTAGTGAGTGCTCCTCTAATGCCAAGTAGCCTACTACAAGATTTTCCAAATCTGTGCTTGGCCG TATGGACTACAACTCCGTGGACTATGCCTGCCAATGCAGGTATGTTTCTCCTTTTTGTTGCATTTGCCATGTTAGCCGAT GACATATTAATATCTTTCTTGTTGCTTTGGCTAATCATATTGGTCTCAGTTTCTATATCCTTCACATGTCCTTCCATAAA TTTCTCAGAGATAAACTGAGATATCTTGGTTCTGTACTTGTGGTTGTTTAATAATATAGAAAGGAACATTTGACATGGTG GTTCAGCATTTGACTTAAACTTCTATAGCTAAAACAGATTGTTTTGTACCCCTAAATTTGTTTGTATCCTCAAGTACTCG GTTCGTGAAGATAGAATTCATTATTCTTCACATTTAAAGAGTTTTCTGAAGTAGACTAGAGGCAAGGTGGTAGCCTGTTT CTTATTTTGTTCATGAGTACCTAAGGAAAGAAAATGATGAAGATAAGAATGATACTGTTAGTGAACCTATGGAAAATAAG AGAGAGAGAGAGAGAGAGAGAGAGAGATTGAATCTGTTACAGTGCACCTTTTTCTCTTCAGAAACATCACATGCATTTGT TGGCAACAGTCTTATTGCTGGAACACAAAATTAGTGAAGTTTGTAGGAAACATTAATTTTTGCAGTCATTTAAATGTTTT AATCTATACATGTCCCTCATTCTCTTCTTTATGTCTTCTTTCTACTGTTCTGTGATCAGCTGTTGCTGTAAATCCCAAGC TTGAATATGATGTTGTTGAAGTAGAGTCCTCAAATGAACATGCCTCGTCTGCTGTTGAAACTAGAAAGAAGAAGCTTGGA ATGGTTCTAAAGAATGAGAAGAAGCTGTATCTTATTGTAGCTTCAGAACTTGTGCCAAAGTTAGAGGCAAAATGGGGTGT GAAGCTCGTTGTCAAGAGAAGACAGTTGGGTTCTGACTTGGAAAACTACAGGTTGTTGGCATTATCAAAAGAAGTTGCTT TCTATGTCTTCTTCCTTTAGATTAGCCGATGCTATTTATTTTGTCAAATTAATGTGTTGAAAATCTTACTATTATGTATG ATAAATGCGGAAATTTTTTTTCCCTAAGGGTATATGATCCATAACTATGGTTTCAGATATATCCATCCGATAGATAATAG GGAATGCCCAGTCGTAATTGGTGGAGATTATATTACAACAGAAACAGGAACAGGACTGGTCCATACAGCTCCTGGACATG GTCAAGAAGATTATGTGACTGGTCAGAAGTATGGGCTACCTATAGTTTCTCCGGTAGATGAGAATGGAGTATTCACTGAG GAGAGTGGCCAGTTCAAAGGGCTTGATGTTCTTGGTGAAGGTAACTCTGCTGTCGTGAAATATTTGGATGAAAATCTGTC GCTCATCATGGAAGAGTCATACGGCAAGTTCTTTCTATCTCTGGTCATTCAATTCCCTTTTATTGTTCTAGCTATAATTA TAGACCTTATCATCATTATAGGTCTTTTCTCTATTTTGTGATTTAGAACACAAGTATCCATATGATTGGCGAACAAAAAA ACCAACAATATTCAGAGCAACAGAGCAATGGTTTGCATCGGTAGAGGGATTTCGCCTGAGTGCTATGGACGCTATTGGCA ATGTAAAATGGGTTCCACCTCAGGTATTCTATTTGAAGTTTCTATTTCTATGTAATTCTGTTTCGTAAATTTTTGTTCTC TTAGAGATTTGTCATTAATCATATTTGGTGCCGTCTTTTGCATATATATGTGAATTGCTTAGGGAGAAAACAGAATCTCA GCAATGACCTCTAGCCGCTCTGATTGGTGTATATCACGGCAAAGGACATGGGGTGTCCCCATTCCAGTTTTTTATCATCT GCAATCTAGAGAACCTCTTATGAATGAAGAGACAATTGGCCATATAAAATGTAAGTTAAAAAAAAAATTAGCAACTTCAC GTTTTCTTATTTCTCAGTGTCTGAGTTACGAGTATGTACTGCCTCAATTAATGCCTTGGTTAGATAGAATTATTATCTTG ACTATTTTTAGATACAAACAAATATTACTTTCCCTATTTGAGTAGGTGTAAGTAATGGCAAATGTTCCTAACTAGCACAT TGCTTATTCTTTTAAAGCACGTTGGTCATGAGATTAATACACCTTTTGGTCTTTCTGCAACTGACAGCTATTATAGCTGA AAAGGGTAGTGATGCTTGGTGGTACATGACAGTAGAGCAACTTCTCCCACCTAAATACCATGATAAAGCAGCAGAATATG AAAAGGGAACTGACACGATGGATGTATGGTTTGATTCAGGTACAGTAGAATTCTGGTGCAAGATAATTTTTAACTTTTAC TGATTTTTCACAAGTTCTTGAACAACCTACTTTACCACTTTCCTGCACAGGGACAGTTCTTTAGTATATATAGTACTACC TATTGCACATATGTGTTAGTGATGACTACCTCGCGTATTTATTACAATTCTGATCATATTCAGATCTATGCTCATAATTG CATAACACATATTTGCTGTTACTCTTTGGACTGCAGTGGCTTAAGACCTTAGCCATGATCTCAAACCCAGATACCTGAGC TAATCCTGCTGGCCCATAGATTTTCATAATTTTATTTCATCGGTTAGTTTGTTTAACTTGGTGTTTTTTGGCTGTGTTTT TAATCCAGGTTCCTCCTGGGCTGCAGTATTGGGTAAAAGAGATTCCCTTAGCTTGCCTGCTGACTTGTATCTAGAAGGAT CGGATCAGCATCGAGGGTGGTTTCAGAGTTCTTTGTTAACAAGCGTAGCTACACGGGGTAATAAATTTCTTGACATCTCC ACTATCATGATTATCTTTAATACACAAAAAGAAAACGATCTTTGTCTCTCAATTTGCAAGATCAGGTTGATATTTTTATT CTAGTTAACATGGAATTGTCTGTAGGTTTGGGGATTTTTTGAAAATTGAATAGACGCTAAACTTTTGAATTTGGGGTCAG ATGCAATTTATGTACAACGGCTAGGGAGGCTAAATTCAATCCCTCTTAAAAATTCATTAAACTATCTGTACTTTTTAAAG TATAATAAACTTTGTATAAATACCAATCAGAAAAGTATTAGCATAACTTCATAAGGTTTAGGAATCAGAGTAGACAACTT AAATAAATTGATAGATTTCTTAAATCTCAATTAAACAAAGTACTATGCCTCCTTTAACCAGGTTTAGCCCTAGTTAAGTT TGTCCCTTTAGCAACGTCCTTTTTCCATTCAATTATTGTTTCAGTTTTAAATAGTCACAGTTTGCTTGCTATATTAGGAA ACCTTGAGGTTCCTCTAGGCTAGAGCTCTAGTGTCGGTGTTTCTTTGCAGGAGTACATGTATGCATGTAGGTATATAAAT CGATGTATACTTATCTGTGCACAAGGCTGCGGGGAATGTCTTCAAGTGATTTGAGTTATGCCGGTCAGACTATAATTCTG TCATTTTTTTTGATACAGGAAAGGCTCCATATTCTTGCGTTATAACTCATGGATTTGCGTTGGATGAGAAAGGCTTAAAG ATGAGCAAATCTTTAGGTAATGTCGTGGATCCACGTACTGTGATTGAAGGTGGTAAAAATCAGAAGGTAAGTTACATATC TGTGTTGTATAAAATGTTAGTTCTGGAACTGTATCAATCCCTGTAACTTCTCTTTGTCGTTTATGGTTCAAGGTTCTTGA TATTGTATAAAATTTTAGTTCTGGAACTGTATCAAACCCAATAACTTTCCTTCATCAAGGTCATGGTTCAAGGTTTTCCC CTACCTTATTCTCAATTTCTCAGGAAGCACCTGCATATGGAGCTGACGTTCTCCGACTATGGGTTTCTAGTGTAGATTAT ACCGGTGATGTGATGATTGGCCCTCAAATTATTCGCCAAATGTCTGAAATTTACAGGAAGTTGCGCGGAACTTTGAGATA TCTCTTGGCAAATCTTCATGATTGGAAAGTAAGTTCACATTCTGTGGCTGAAATCAAATTCTTTTCCCTTGCTTGAAATT ACTACCTATTTTAAAATATTGACAAATTTATTTATGCCTATTATCAGTGCATATCTTTTTCCACTTCTTCAGACTTCTAA GTAACTATTATGTTGACAGACAGATTATACTGTTGCATACCATGAGCTTCCCAGGATCGATCAGCATGCGCTATTTCAGC TTGAAAATGTTGTAAAAAGCATTCAAGGGAATTATGAAAGTTATCAGTTTTTCAAAATATTTCAGGTAATTTATTTTCGA TCCTAAAGAAACATTCTAGATATCAAAATGTGTTTATGCGCTCTTGCTCAATGCATGTGTGGGTGTGGATGTGCTTAGCT CATTTTCGTTGATCTATCTAGCTTTGTATTGGCGCAACTATAATCTTTTAAGAGGCGGAGATATGGATATGTTTGATTGT ATATTGATTTATTAATTTTGAAAATGATCTTTGGGCAGAAAAGGGTTATCCATGGCTTAGGTTTCATCTCTTAAGCTTTT ATTTTGAGATAAAAATGTGAATTTCCTCGACATGACAATTCTTGTAACTTAGTTGAATTTTTCTTATCTAATTGCTTGAT TTGCTACAGTATGTTTTTTTCCCATTGTCAGATTATTCAGAGGTTTGTCATTGTTGACCTTTCAAACTTCTATTTTGATG TTGCCAAAGATCGGCTTTATGTTGGGTACGTTTCTCTCTTGCTTTCTCACGTATTGTAAGTTGTACCCTTATGTCCTTTA TTGCGCATATGCAATTCCTAGTATTGACAGACATTTGGATTTTGATATGCACAACACAACAGCAAAACTTTGCACTTGAG TGGCAGCAATACAGTCGTTGCCTATTTTGCATTTTATTGTCTATGTTATGTTTGGTCCCATAAACATCTCTTTATGCTGA TTTTCTGCAGTGGATCAATAAGTTATACAAGAAGAAGTTGCCAAACAGTTCTTGCTGCTCATCTCCTTTCCATTGTGAGG ATAATAGCACCAATATTGCCCCATTTAGCTGAAGATGTGTGGCAGAATCTCCCTTTTCAGTATAAAACTGAATATGGTTC CTTTGCTGAATATGTATTCGAATCTAGATGGCCAGCCTTGAATGAAAAATGGCTTACTCTCCCAGTTGAAGAAATTGAAT TCTGGGAGAAGATTCTTGAGGTATGCTCCCATGTTTTAAGTGATAAACTAATGTCATTTAATTCATCCATGACATAAGCA GAATATTTCTAACCAAGGACATCAATCAACAAATTTTCTTGGTTTCTCAGCGGTAATTTATTTTAGCAACCAAAATTTAG CATCAAAATTTCCGTTGATCATTATAAAATGCTAAATAAGAAAATGGCTACATAATCACCTTAAAAAAGATTAAAAAAAA GTGCTGTTATGTCATTCAAAATCCGTATCTTCATTTTACACTGTAACATTTGTCTCGAATCAACCCTCTCTCTTACAAGC TTAAAATATTTGGTGGAGGCTTGTGTATAATTTTTTGTTTAATAGACCCTTTCACTAATTTTCTTAATGCCTCTTCCATT GATTGGCTTGCAGTATTGCTAACATTGATTGATAAAAAAAATCAAGAGAGTAGCTTATAGTTAGTTATTTCTCAAAAATT TCTAAAACTATATGTTAATACATTACATATTAGATATTTGTTAGTATACTATTACTAAATGAAAACTTCTTTTACCAGCT TAGAACAGAGGTGAATAGAGTGTTGGAAGTTGCTAGAACAGGCAAATTAGTTGGTGCCAGTTTAGAAGCAAAGGTTCACA TTTATACATCCGATGCCACAATGGCATCCCAACTATCTGAACTTTGTACAACCAAAATTGATGCTGATTCCTTGCATCGG TTATTCATAACGTCTCAGGTATGTCTACAACAAGTCCTTTCATTTACTAGTTGACAAAAGAAATGAAAATTGCAGATAAA CCTTTAGGGGTTATTGTGTATCAGATTATGATTAATGTTTTGACTGAGAAATGCTTGCATATTAAGGCTTTAGGATTCAA TAAAGAATAATTAATTAAGGTTTTAAGTAAAGTTCCTTACAGCTAGGAAAAGAAGTTGAAACGGAAAAAGATCGAACAAA AAATGCCAACAATGTATTATTACTTCGCTTCCTTAACACAAAAACAGTTTTACATGTTCTATGAGCTGAAGCTTTTTCTG AGTGCATAGGCCATGGTGTAATAATGCTTTTCTATGTCATTACTTAAACTGCTCTGACAGGTTTTTTTTGCGTGGCTATG TGCAGGTTGAGATTCTTCCTTCATTGGAAGATGAACATACTGCAAAAATACCATATAGTGGCGAATGCCTAATTCAGGGA AAGAGTAAAGTGTGGATTGGTATATCTCGTGCCGAGGGTTCTAAGTGTGAAAGATGTTGGCACTATTCACACCAGGTTGG TTCATTTTCAGACCATCCTACCCTCTGCAGCCGCTGCTATGATGTTGTTGCTGTTCAGATGTCCCCTGAAGTAGCTGCAC TCAGTTAA
Download Genomic Sequence

CDS sequence (LotjaGi6g1v0249900.3) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGCAGGAAAAAAGGCTGAAGAAGGAGTCAAGCAAGAAGATAGTAAATACAAGCATACAGTTGATCTTCCCAAGACAGC ATTTGGTATGAGGGCAAATTCTTCAGTTAGGGAGCCTGAAATTCAGAAAATGTGGGAGGAGAATCAAGTATTTAAGAAAG TTGTTGACAGAAATAGTGGAGCAAATTTCATTCTTCATGACGGTCCTCCATATGCCAATGGTGATCTTCACATTGGACAT GCCTTAAATAAAATTTTGAAGGATATTATAAATCGTTATAAGTCACTGGATCAGGAGGCTAGGAATAATCTTAAACCACT GAAGTTGAGAGCAAAGGCTGCAAAGTTTGCCAAAGAAACTGTTAAAACTCAGATGTCATCTTTTAAGCGCTTTGGTGTGT GGGCAGACTGGAATAATGCCTATCTTACTCTGGACCCTGAATATGAAGCTGCCCAGATAGAAGTATTTGGCCAAATGGCC TTGAAAGGCTATATCTACAGAGGCAGAAAACCTGTCCACTGGAGTCCCTCATCGCAGACCGCACTTGCTGAGGCTGAGTT GGAGTACCCTGAAGGGCATGTCTCAAGAAGCATATATGCCATTTTCAGAGTAGTGAGTGCTCCTCTAATGCCAAGTAGCC TACTACAAGATTTTCCAAATCTGTGCTTGGCCGTATGGACTACAACTCCGTGGACTATGCCTGCCAATGCAGCTGTTGCT GTAAATCCCAAGCTTGAATATGATGTTGTTGAAGTAGAGTCCTCAAATGAACATGCCTCGTCTGCTGTTGAAACTAGAAA GAAGAAGCTTGGAATGGTTCTAAAGAATGAGAAGAAGCTGTATCTTATTGTAGCTTCAGAACTTGTGCCAAAGTTAGAGG CAAAATGGGGTGTGAAGCTCGTTGTCAAGAGAAGACAGTTGGGTTCTGACTTGGAAAACTACAGATATATCCATCCGATA GATAATAGGGAATGCCCAGTCGTAATTGGTGGAGATTATATTACAACAGAAACAGGAACAGGACTGGTCCATACAGCTCC TGGACATGGTCAAGAAGATTATGTGACTGGTCAGAAGTATGGGCTACCTATAGTTTCTCCGGTAGATGAGAATGGAGTAT TCACTGAGGAGAGTGGCCAGTTCAAAGGGCTTGATGTTCTTGGTGAAGGTAACTCTGCTGTCGTGAAATATTTGGATGAA AATCTGTCGCTCATCATGGAAGAGTCATACGAACACAAGTATCCATATGATTGGCGAACAAAAAAACCAACAATATTCAG AGCAACAGAGCAATGGTTTGCATCGGTAGAGGGATTTCGCCTGAGTGCTATGGACGCTATTGGCAATGTAAAATGGGTTC CACCTCAGGGAGAAAACAGAATCTCAGCAATGACCTCTAGCCGCTCTGATTGGTGTATATCACGGCAAAGGACATGGGGT GTCCCCATTCCAGTTTTTTATCATCTGCAATCTAGAGAACCTCTTATGAATGAAGAGACAATTGGCCATATAAAATCTAT TATAGCTGAAAAGGGTAGTGATGCTTGGTGGTACATGACAGTAGAGCAACTTCTCCCACCTAAATACCATGATAAAGCAG CAGAATATGAAAAGGGAACTGACACGATGGATGTATGGTTTGATTCAGGTTCCTCCTGGGCTGCAGTATTGGGTAAAAGA GATTCCCTTAGCTTGCCTGCTGACTTGTATCTAGAAGGATCGGATCAGCATCGAGGGTGGTTTCAGAGTTCTTTGTTAAC AAGCGTAGCTACACGGGGAAAGGCTCCATATTCTTGCGTTATAACTCATGGATTTGCGTTGGATGAGAAAGGCTTAAAGA TGAGCAAATCTTTAGGTAATGTCGTGGATCCACGTACTGTGATTGAAGGTGGTAAAAATCAGAAGGAAGCACCTGCATAT GGAGCTGACGTTCTCCGACTATGGGTTTCTAGTGTAGATTATACCGGTGATGTGATGATTGGCCCTCAAATTATTCGCCA AATGTCTGAAATTTACAGGAAGTTGCGCGGAACTTTGAGATATCTCTTGGCAAATCTTCATGATTGGAAAACAGATTATA CTGTTGCATACCATGAGCTTCCCAGGATCGATCAGCATGCGCTATTTCAGCTTGAAAATGTTGTAAAAAGCATTCAAGGG AATTATGAAAGTTATCAGTTTTTCAAAATATTTCAGATTATTCAGAGGTTTGTCATTGTTGACCTTTCAAACTTCTATTT TGATGTTGCCAAAGATCGGCTTTATGTTGGTGGATCAATAAGTTATACAAGAAGAAGTTGCCAAACAGTTCTTGCTGCTC ATCTCCTTTCCATTGTGAGGATAATAGCACCAATATTGCCCCATTTAGCTGAAGATGTGTGGCAGAATCTCCCTTTTCAG TATAAAACTGAATATGGTTCCTTTGCTGAATATGTATTCGAATCTAGATGGCCAGCCTTGAATGAAAAATGGCTTACTCT CCCAGTTGAAGAAATTGAATTCTGGGAGAAGATTCTTGAGCTTAGAACAGAGGTGAATAGAGTGTTGGAAGTTGCTAGAA CAGGCAAATTAGTTGGTGCCAGTTTAGAAGCAAAGGTTCACATTTATACATCCGATGCCACAATGGCATCCCAACTATCT GAACTTTGTACAACCAAAATTGATGCTGATTCCTTGCATCGGTTATTCATAACGTCTCAGGTTGAGATTCTTCCTTCATT GGAAGATGAACATACTGCAAAAATACCATATAGTGGCGAATGCCTAATTCAGGGAAAGAGTAAAGTGTGGATTGGTATAT CTCGTGCCGAGGGTTCTAAGTGTGAAAGATGTTGGCACTATTCACACCAGGTTGGTTCATTTTCAGACCATCCTACCCTC TGCAGCCGCTGCTATGATGTTGTTGCTGTTCAGATGTCCCCTGAAGTAGCTGCACTCAGTTAA
Download CDS Sequence

Protein sequence (LotjaGi6g1v0249900.3) extracted from Lotus japonicus Gifu v1.2 Proteins.

MAGKKAEEGVKQEDSKYKHTVDLPKTAFGMRANSSVREPEIQKMWEENQVFKKVVDRNSGANFILHDGPPYANGDLHIGH ALNKILKDIINRYKSLDQEARNNLKPLKLRAKAAKFAKETVKTQMSSFKRFGVWADWNNAYLTLDPEYEAAQIEVFGQMA LKGYIYRGRKPVHWSPSSQTALAEAELEYPEGHVSRSIYAIFRVVSAPLMPSSLLQDFPNLCLAVWTTTPWTMPANAAVA VNPKLEYDVVEVESSNEHASSAVETRKKKLGMVLKNEKKLYLIVASELVPKLEAKWGVKLVVKRRQLGSDLENYRYIHPI DNRECPVVIGGDYITTETGTGLVHTAPGHGQEDYVTGQKYGLPIVSPVDENGVFTEESGQFKGLDVLGEGNSAVVKYLDE NLSLIMEESYEHKYPYDWRTKKPTIFRATEQWFASVEGFRLSAMDAIGNVKWVPPQGENRISAMTSSRSDWCISRQRTWG VPIPVFYHLQSREPLMNEETIGHIKSIIAEKGSDAWWYMTVEQLLPPKYHDKAAEYEKGTDTMDVWFDSGSSWAAVLGKR DSLSLPADLYLEGSDQHRGWFQSSLLTSVATRGKAPYSCVITHGFALDEKGLKMSKSLGNVVDPRTVIEGGKNQKEAPAY GADVLRLWVSSVDYTGDVMIGPQIIRQMSEIYRKLRGTLRYLLANLHDWKTDYTVAYHELPRIDQHALFQLENVVKSIQG NYESYQFFKIFQIIQRFVIVDLSNFYFDVAKDRLYVGGSISYTRRSCQTVLAAHLLSIVRIIAPILPHLAEDVWQNLPFQ YKTEYGSFAEYVFESRWPALNEKWLTLPVEEIEFWEKILELRTEVNRVLEVARTGKLVGASLEAKVHIYTSDATMASQLS ELCTTKIDADSLHRLFITSQVEILPSLEDEHTAKIPYSGECLIQGKSKVWIGISRAEGSKCERCWHYSHQVGSFSDHPTL CSRCYDVVAVQMSPEVAALS
Download Protein Sequence

Domain prediction

Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.

Merging data from EBeye. Please wait…

Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
PANTHER
PTHR42765:SF1
14 968 955 0.0 –
PANTHER
PTHR42765
14 968 955 0.0 –
Hamap
MF_02002
15 969 955 18.438
IPR023585
SUPERFAMILY
SSF52374
16 667 652 2.01E-121 –
Gene3D
G3DSA:3.40.50.620
38 97 60 1.3E-22
IPR014729
Pfam
PF00133
41 96 56 1.0E-15
IPR002300
PRINTS
PR00984
63 74 12 1.5E-30
IPR002301
ProSitePatterns
PS00178
70 81 12 -
IPR001412
TIGRFAM
TIGR00392
95 869 775 8.5E-231
IPR002301
Pfam
PF00133
99 659 561 6.8E-151
IPR002300
Gene3D
G3DSA:3.40.50.620
100 649 550 1.1E-194
IPR014729
Gene3D
G3DSA:3.90.740.10
182 419 238 1.1E-194
IPR009008
SUPERFAMILY
SSF50677
194 414 221 3.66E-47
IPR009008
PRINTS
PR00984
224 247 24 1.5E-30
IPR002301
CDD
cd00818
410 660 251 4.37475E-87 –
PRINTS
PR00984
412 427 16 1.5E-30
IPR002301
PRINTS
PR00984
538 551 14 1.5E-30
IPR002301
PRINTS
PR00984
572 581 10 1.5E-30
IPR002301
Gene3D
G3DSA:1.10.730.20
660 970 311 6.2E-97 –
CDD
cd07960
660 846 187 7.60466E-75
IPR033708
SUPERFAMILY
SSF47323
672 968 297 1.16E-63
IPR009080
Pfam
PF08264
704 868 165 4.0E-27
IPR013155
Pfam
PF06827
938 967 30 2.1E-6
IPR010663

Gene function (GO predictions)

GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .

GO term Namespace Name Definition Relationships
GO:0000049
Molecular function TRNA binding Interacting selectively and non-covalently with transfer RNA.
Subterm of
GO:0000166
Molecular function Nucleotide binding Interacting selectively and non-covalently with a nucleotide, any compound consisting of a nucleoside that is esterified with (ortho)phosphate or an oligophosphate at any hydroxyl group on the ribose or deoxyribose.
Subterm of
GO:0002161
Molecular function Aminoacyl-tRNA editing activity The hydrolysis of an incorrectly aminoacylated tRNA.
Subterm of
GO:0004812
Molecular function Aminoacyl-tRNA ligase activity Catalysis of the formation of aminoacyl-tRNA from ATP, amino acid, and tRNA with the release of diphosphate and AMP.
Subterm of
GO:0004822
Molecular function Isoleucine-tRNA ligase activity Catalysis of the reaction: L-isoleucine + ATP + tRNA(Ile) = L-isoleucyl-tRNA(Ile) + AMP + diphosphate + 2 H(+).
Subterm of
GO:0005524
Molecular function ATP binding Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator.
Subterm of
GO:0006418
Biological process TRNA aminoacylation for protein translation The synthesis of aminoacyl tRNA by the formation of an ester bond between the 3'-hydroxyl group of the most 3' adenosine of the tRNA and the alpha carboxylic acid group of an amino acid, to be used in ribosome-mediated polypeptide synthesis.
Subterm of
Part of
GO:0006428
Biological process Isoleucyl-tRNA aminoacylation The process of coupling isoleucine to isoleucyl-tRNA, catalyzed by isoleucyl-tRNA synthetase. The isoleucyl-tRNA synthetase is a class-I synthetase. The activated amino acid is transferred to the 2'-OH group of a isoleucine-accetping tRNA. The 2'-O-aminoacyl-tRNA will ultimately migrate to the 3' position via transesterification.
Subterm of

Genome browser

Expression data

Expression pattern

Expression pattern of LotjaGi6g1v0249900.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

Loading expression data from ljgea-geneid. Please wait…