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LotjaGi3g1v0502700.2

Overview

Field Value
Gene ID LotjaGi3g1v0502700
Transcript ID LotjaGi3g1v0502700.2
Related isoforms 2
Lotus japonicus genome version Gifu v1.2
Description Disease resistance protein (TIR-NBS-LRR class); TAIR: AT5G17680.2 disease resistance protein (TIR-NBS-LRR class); Swiss-Prot: sp|Q40392|TMVRN_NICGU TMV resistance protein N; TrEMBL-Plants: tr|A0A0R0LCQ5|A0A0R0LCQ5_SOYBN Uncharacterized protein; Found in the gene: LotjaGi3g1v0502700
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr3:92098841..92106783) extracted from Lotus japonicus Gifu genome v1.2.

GTTGGTATCTTGGGCCACACAAGTGGGTCACAGATAGTTGTCAATGTTACCTTTTCACCCTCCAACTGTGTTTGGCAGAA CCATCCAATGCGTGTTACACCCTTGACTTGAGTCAAGCACAGTTGAGCAGAAGGCAAGACAAGCGTGAGATTTGATTGCA ATGTTGGGGAGTTCATCATCTTCTTCGTCTTCTACAATTGCTATGGTTCCTTCTCCTCCAAAGTATGATGTGTTCCTGAG CTTTAGAGGGCCTGACACGCGTTACAACTTCACCAGTCATCTTTATGCTGAACTCCGGAAGAAAAAGATTGAAACCTTCT TAGATCACAAACTAGCCAAAGGCGATGAGATCTCACCAGCACTCCGCAAAGCAATTGAAGAATCCAGGATTTATGTCATC ATTTTCTCACAACACTATGCTTCTTCCTCATGGTGTTTGAATGAACTCACTACCATACTCGAATGCAAGAAGAGATATGG AAGGGATGTCATACCAGTTTTCTATAACGTGGATCCATCAACTGCCAGGCACCAGACAGAGAGTTATGCAGCTGCTTTTG TTAAGCATCAACTGCGATTCAAGGAGGACGTAATTAGCGCGTGGAAGGGTGCTCTAGCCCAAACAGCTGGACTCTCCGGC TGGGATTCATTAGTCACCAGGTCACTAATTTACTTACATGCTCTTTTCAGATACTAGTTTAAAGTGTTTGACTTTGTATG TTGTATTGTCTTGCCTAGCACCAGAACTGTTTATCATGTGCATAACAATGCTGCGATTTTCATATTACATAATCAAAACG AATAATAGGATGGTATTTGACAGTAATACATAGCTCTTTCAAATGATGTTCTTTCCTATAAAAGACTAATGTTCTAGTTC CTTTTATATGTGGCAGACAAGAATCCATACTTGTTTCAGATATTGTGAAGGATATTTTAAGAAGATTGAATCCTTCTTTC TCAAGTGATAATCATCAAGGAATGATTGGAATTGACAAGCATATTGCACAAATCCTGCCGTTGTTGCACCTTGAGTCAGC AGCTGTTCGGATCATAGGAATTTGGGGCATGGGAGGAATAGGGAAAACAACAATCGCTAGTGCAGTATATCACAAACTTG CAACTCAATTCTGTTCTAGCAGCTTTGTTGTAAAGGTTCAACAAGAAATAGAGAGACATAACTAAAAATAGTACATAACT ACTCAATTAAATTACTAAATAGACATAAAGATAAAGGTAATTGCTAAGTGGTTACACAACAAAACATAGTTGATCTTAAA ACAAAACTAAAAACTCTTGATGCTAGTAACTCATGACCTTTCAACTTTTGTTTTTTATTTTATAAGCAGCACCTTTCAAC TTTTGTAACATGCAACCTTTTATCTTCTAATTACCACTAATTAATTTTTATTTCTATGTTTCTAATGTAACTTTTTTTGT GATTCAAAAAAAATTTCTAACAGCAAATACTTGGCTCTGTCAAATAATGTGATGTTCTTTCCAATAAAAGACTAATGTTT TGCTTCCTTTAATTTAATATTTGCCAGACCAGATCCCCTACTTATTGCAGAAATTGTGAAAGATATTTTTACAAGATTGG GTCGTTCTTTCTTAAGTGATAGTCATCAAGGAATAGTTGGAGTTGACAAGCATATTGCACAAATTCTTCCCTTGTTGCAC CTTGAGTCAGCTGCTGTTCGGATCATAGGAATATGGGGCATGGGAGGAATCGGTAAAACAACAATTGCTCGTGCAGTATA TCACAGACTTGCTGCTCAGTTCTGTTCTAGCAAATTGGTTGTAAATATTCAACAAGAAATAGAAAGAGATGGAATACACA GGATCATATCCAAATATTTGACAGAGCTTTATCAGGAAGATAACACACTGAAAAAGGTTCTCCTCGTTCTTGATGATGTG AAAAATTCGGGTCAAGTTGCAGAATTAATTGGAGAGTGCGGCAACTTCAACTTCGGCCCGGGAAGTAGAATTATTCTGAC TAGTAGAGACATGCAAGTGCTTAAGAATGCCAACGCTGATGAAATATATGAAGTCAAGGAGATGAGTTTTGAAGATTCTC TACAACTCTTCAGTTTAAATGCCTTCAAAAGAAACGATCCCTTAGAAACTTATATAGACTTATCAAAAAAATTATTAAGT TATGCTAAAGGGATTCCATTAGCCCTCAAAGTTTTGGGCTTATTTCTTTATGGTAGAGAAAGGAAAGCATGGGAAAGTCA GTTGGTAAAGCTGGAAAAGCTTCCTGATCCTGAAATTATAAATGTGTTGAAATTAAGTTATGATGGGCTTGATGATGATC AAAAGGATATATTTCTTGACATAGCTTGCTTCTATTTAGGACATCTGGAGGAGTCTGTGGCACAAACACTGGATAGCTGT GGTTTCTTTGCTGACATTGGCATGGAGGTTCTCAAAGATAGGTGTCTTATTTCTATTTTGGAAGGTAGAATCGTGATGCA TGATCTAATAGAGGTAATGGGAAAAGAAATAGTTCGTCAACAATGTCCCAATGATCCTGGAAAACGCAGTCGATTATGGA ACGATGATCAAACATATGATGTTTTAGGCAAAAATAAGGTATATTCTTATGTTCCTCAAACCCCACTTAACGAGTCACGT AGTCTTGTACATTTACTTTCCCATAAATTGCATAGCATTTAGCAGTTATTAATTTTTCTGCAACCACATTTTTTTCCTGT TTATTTGTCTCTGATTCCTTGCATTTATTTTTCAGGGGACAGATGCAATCCAGTGTATATTCCTCAACACATGCAAAATA AAAAAAGTTAACCTACATGCTGAAACTTTCAAAAACATGACTAATCTGAGAATGCTCCAGTTCTATAAGTCTCGTGTCTT TTCCCTTGAATCGAATGTGATCCTTCCTGCATCTCTTGGAAGTCTCCCGAATCATTTAAAATTTCTTCGTTGGGATGGAT TTCCCCAAAGATATTTTCCGCTGGACTTTTGTCCACAAAATCTTGTTAAACTTGATATGCGCGATAGCCATCTTGAACAA CTTTGGGAGGAAGATCAGGTATTTCAAGCTTCATATTGTTTCCTTTGCATGTTAGTGGTGAACAGTCTTTCACTTACCAT TTTATATATCAACGTAGACTCGTATGCTATAAATTATGAAGTTATGGAGTTCAATTTTCTTTCATTTTTCATTTCCTATA TCAACTTAGAATCGAATGCTATAAATAATAAAGTTATGTTGTTCAACTTTTCGTGTGTGTATTTTGTGACCTAATCATTT ACTTTATGCATCAGGATTTACCAAATTTGAAAAGGCTGGATCTTAGTTATTCTCGGAAGCTGATTCGAATACCAAACCTT TCAACGTCCCCAAATATTGAAGAAATAATTCTCAGTCATTGTGAAAGTTTGGTTCAAATTTACTGCTCCGGATTCCTCAG CAAGCTCAATGTTTTGCGTTTAAATGGTTGTGTTAAGCTTACGAGTTTAAATCTTCCTAGCAATATTCTATCGGAACGTT CTGGATTAGTTGTTCTCTATAACTGTCGCAAACTCAAAACATTTTCATTCAGTAGGAGAGCCGAAGTGATTGAATCACAT GGTTGTCCGCGACCGCATCAGAATATATTATGGGTTAATGGAATAGCTCAATGTTCTCTAGGAGTAGGAAGGGCTTTTGG AACCTCTCAGCTTTATAGGGCATTAGGTCTAGAGACCGAGGAATATTCTTCAGATGCTTTTGACCCCATTCTTAGTATTG ACAGATATGAAAATGAATGGGCAGATAATGCATACTCACGGGAAATTGAAGTGGTGAGAGAAACTGTGTCTTCACTATTT CCCAGTCTCCATGAGCTTTGTTGGTTAGATCTGGATAGTTGTGAATCCCTTAAAAGCCTTCCAATTGACCTTTGTAAGTT GAAATTACTAAGAAGACTTTATCTTAGTGGTTGCTCAAATTTGGAAAAAATCCCTGAAATTGAGGAGACAATGGAAAATT TAACAGTGCTTGTCTTAGACGAAACAGCGATACTGGAACTACCTTCATCCTTGCACCATTTGGTGGGGCTTGAAGAATTG AGCTTGCACAATTGCCAAAGGCTTGAGACTATTCCATCTTGCATTGGAAGTCTCACCAAACTCAGCAAGTTACGCCTTAC CTGTTGTGAATCACTTAAAACTTTCCCAAGCAGCATTTTCATGTTGAAGTTGACAAAACTAGATTTGAGTGGTTGCTCAA TGCTAAAGACCTTCCCAGATATCTTGGAGCCTGCAGAAAGTTTTTCTCACATTATCTTAACAAAAACAGCAGTTAAAGAA CTGCCTTCATCATTGGATTGTTTGGTTGGACTTCAAACCTTGTGTCTGAACTTGTGCAGTGATCTGGAGTCACTTCCAAA CAATATCGGTAATCTGAGCCTTCTCTCTAAGCTTGACTGTTCAGGCTGTGGCAAATTAACAGAAATCCCAAATAGCATTG CTCGTCTGTCATCATTAAGGGAATTGTCATTGCAAGGAACCGGAATCGTGAACCTTTCAGAGAGCATTGCTCATCTATCA AGCTTGGAATCACTTGATGTAAGTGATTGCAGAAATCTTGAATGTATCCCACCGCTTCCACCACTTCTGAAACAGTTATT AGCCTTTGATTGCCCATCCATTAGAAGAGTGATGTCAAATTCAAGGTTTAAACACCCATCAAATTCCAAAGAGGGTGCCT TCAAACTTCATTTCACCAATAATGAAGAACAGCATCCAAGTGCTCATAGTAATATTGTGGCCGATGCCAGGTTTAGGATC ACCCAAAATTCATATGGCTCTGTGTTCTATTGCTTTCCAGGGAGTGTGGTTCCTGATTGGTTCCCTTATCGTTGTGAGGG ACATTCAGTAACTGTGGATAAAGATTCTCTAAAGTGGTGCAATGATCATAGGCTCCTTGGTTTCGCTCTGTGTGTCGTTT TGCGACTTGAAGGCACGGATGATACAAAATATAAATCTGGTGAATTTAGATACACATTAACATTCAAATCTGATGGTCGC ACACACATCCTTCCCAACCATGATCAGCTAAACAACCGTTTCTATTGGAAGGGTCGAACGAGATATGTCGGGCGAGATCA CACATTTCTATGGAAATATTACTTAATGGACTCTGGAAACATCGATAACAGGATCTTTCAATCCCACAACTTCACTTTTG AGATCAGCAAGCGTAGCCATCGGCTGTCATCTATTGGATCGGGTCCTGAGGTGAAAGAGTGCGGAATATGTCCTCTTTAT ACCAACGAAAAAGATGATAATGGTGACATTGATGACTATTCCAGACTTTCAAAGAATGCAGTAGGAAGAGGCAATGTCTA AGATGAAACATTTAGCTGTGAATGACGACCATATACCGTCAAATGCAGAGAAGTTTTTCCATGGTCCATGTTTGAACAGC TAATTGTAAGATGTTTTTTGTCACTGATTTTGATTTGGGTATGTTGTGCTTACAAGCCATGTGACTTAGCTTTAACTATG TTTTACTTCATGTATTAATAGGTGATTGTTTTTGTTGCAGGCATTTCAAATTCATTTGGATTTGGTGGACACCACTCTGT CTGTTATTTTCTGCACTTGAAAGTTGATCTGAAATACATTTTAAAGTTTGGCATGATCTGAGCCTGCTTCTTCTAATTGA GTCCATGATCTGCAAATGTTGTAGGCATGTAGTGTGTTAATTGAGGGCTTCAAAGTTGATCTGAAATACATTTTAAAGTT TGGAAGTATTTGGAACAGATATTGTGTAACAGATAAACAACTTTTTTAGTATAGCTTGAATCTTGAATTGCTTTTGAAGT ATGGAACAGATATTGTGTTATAATAACTCTACTTAAGCCTTCTTCCTTAGTAAGGGTGTGTTTGGTTTCCAGTTGAAAGC ACATTCAATTGGCATATTTGGCTTTCCAAGACAGTTTTATCCAATGCACTGTGTTTTGCCTATATGTTGGCAAAACTGAA GTTCATCGTCAGTTGCACAGATGTATAATTTATCAGTAGATACGTCAAAGAGACAACTATGGCTTGCTGGTTATTCTTCA TGTTAATTGGATGTATTCAATCATGCCCAAGATTGGGTTGGTGATTTTTTTTTGGGTTAAAAAAAACTAGGGTCAGGGAT GATGCCCAGTTCAAGGCAGGAAAAACTGACCACTTACATAAATACTTACATTTACCACACCTCAAGGGGACTAGCGGAGA TTTGAACTTGCAACCGATCGGGTTCAAAAAAATTCGGTTAGTAATTCTTATTTGATCAAATAGTATTTTAATTTCACATA TATCTTATTTTGCTTTATGTCTCTCCCGGTTCATCATATTTAATATTACATTTATCATTTTTCTCTCAATTTTTTTTTCC TATTTGTAGAATAGGTGCCTACACTTAAAGTCGGTCTCTTGAAGCATTTTCTCTTTTTAAATAGTATCTACTTTCATAAG ATAATGACTTCCATGAATGATGGTATCATTTACATTTTTCATATATGATGCATGGTTTAAAAAACATTTTTTTTGTTTTT ATTATTTCATATTTTCCATAAATGAATTTCTTATCCAGCCATATACTATTCTTATACTTCTTCCGGTCCTTTTTATAAGA AACACTTTGGAGATTTTTCTTGGTCCTTTTTATAAGAAATACTCTGATAAAATTAAGTCAAATAATCAATATCAATGCAA AGGGACTTATTCCCAATACAAAAATATGGAGGGAAATTGAAAGCACTCAATAGGTATGATCAACATTTATGGTAATTAGC ATGATTGTTCTTGTTAAAAGGAAAAAACATCATTGGAATTAAGTATAGTAGTTAATTTTATAAAAAATATTAGTTTCCTT GATTTGTGTGATTTTGTCCAAGTTTTTCTTATAAAATAAAAAGGAGCGGAGGGAGTATCTCATAGATAATAAAAACCTTG TGTTGGGGTAAGCACCAAAACCTGAAGTTGGCCAACAGTTATCCTTGCACAGAAGAAGTGCCACATGGAGCATGGAAGGG AACACGTGGCCATACAACAGGGCATGACTCTTCTTTGTGTCTTTGCCGTTATTAAAGCAAACCTCGTACCTTAAATCTGA TTAAGCCAACAGAAATTTTGCTAAAACTTAAACAATTCTATGTGGCAAGTTGTTTATACTTCATACCACGGTTTTGCCAG CGGTTTTGTATGTACAAGACAATACTACTAGCACAACATGAAATTAATGCTTCAAGTTCCTGTTTTTCATCTCCTTTCTT ATTCTAACATTTTGTTTCTTAAACTATTATATCACTTATCCAAATGACCTCTTTTTCCTTATATATAGACATCTACATTA ACCAACTCCAACACATTCACATTCAAACCAAACATCCACAAGTGTTTACTCTTTCCTGATTTCGGATCTTGATATTTTGC TTTAGTTGTGACAGATTTGTAGTCATGTCTGCATTGGTTGATATATGGACAAGTGAGATGTCCAAGCTCAGAGAAAAGAA TCAGAAGAACAATTACTCTGCTACTGCTCAAAATGAAGAATCTAACCAAAGCTTTCAAGAAAAGGACAACAAGAGTTCAA CTGCTAAACTCATGCAGTTTAACAAGCCTAGGTTCCAGCTTTCTGAGGCTACACTTTCCATGCTTCTTGAGTGTTTCAAC GCTTGAACAATAATCAAATACTACTACTACTACTACTTAAGAGTGCCTTTTTAGTTTGTGTTTTAACCCTGTGAAATGTT GTGATGAGTTTGTATATACTGTTATTTCAAAGTTTGCAAAATTGACATCCCTTGTTAACTTTCTATGAGTCAGTGCGATT GGCTAGGCTAAGGACTTTCAGATATTTTGTACTTGGTCATAAGTTGATAATTTTGATTTGAACTCATTTTGGGTTTTATA TTTAATTATAGACATGTATCAAC
Download Genomic Sequence

CDS sequence (LotjaGi3g1v0502700.2) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGTTGGGGAGTTCATCATCTTCTTCGTCTTCTACAATTGCTATGGTTCCTTCTCCTCCAAAGTATGATGTGTTCCTGAG CTTTAGAGGGCCTGACACGCGTTACAACTTCACCAGTCATCTTTATGCTGAACTCCGGAAGAAAAAGATTGAAACCTTCT TAGATCACAAACTAGCCAAAGGCGATGAGATCTCACCAGCACTCCGCAAAGCAATTGAAGAATCCAGGATTTATGTCATC ATTTTCTCACAACACTATGCTTCTTCCTCATGGTGTTTGAATGAACTCACTACCATACTCGAATGCAAGAAGAGATATGG AAGGGATGTCATACCAGTTTTCTATAACGTGGATCCATCAACTGCCAGGCACCAGACAGAGAGTTATGCAGCTGCTTTTG TTAAGCATCAACTGCGATTCAAGGAGGACGTAATTAGCGCGTGGAAGGGTGCTCTAGCCCAAACAGCTGGACTCTCCGGC TGGGATTCATTAGTCACCAGACCAGATCCCCTACTTATTGCAGAAATTGTGAAAGATATTTTTACAAGATTGGGTCGTTC TTTCTTAAGTGATAGTCATCAAGGAATAGTTGGAGTTGACAAGCATATTGCACAAATTCTTCCCTTGTTGCACCTTGAGT CAGCTGCTGTTCGGATCATAGGAATATGGGGCATGGGAGGAATCGGTAAAACAACAATTGCTCGTGCAGTATATCACAGA CTTGCTGCTCAGTTCTGTTCTAGCAAATTGGTTGTAAATATTCAACAAGAAATAGAAAGAGATGGAATACACAGGATCAT ATCCAAATATTTGACAGAGCTTTATCAGGAAGATAACACACTGAAAAAGGTTCTCCTCGTTCTTGATGATGTGAAAAATT CGGGTCAAGTTGCAGAATTAATTGGAGAGTGCGGCAACTTCAACTTCGGCCCGGGAAGTAGAATTATTCTGACTAGTAGA GACATGCAAGTGCTTAAGAATGCCAACGCTGATGAAATATATGAAGTCAAGGAGATGAGTTTTGAAGATTCTCTACAACT CTTCAGTTTAAATGCCTTCAAAAGAAACGATCCCTTAGAAACTTATATAGACTTATCAAAAAAATTATTAAGTTATGCTA AAGGGATTCCATTAGCCCTCAAAGTTTTGGGCTTATTTCTTTATGGTAGAGAAAGGAAAGCATGGGAAAGTCAGTTGGTA AAGCTGGAAAAGCTTCCTGATCCTGAAATTATAAATGTGTTGAAATTAAGTTATGATGGGCTTGATGATGATCAAAAGGA TATATTTCTTGACATAGCTTGCTTCTATTTAGGACATCTGGAGGAGTCTGTGGCACAAACACTGGATAGCTGTGGTTTCT TTGCTGACATTGGCATGGAGGTTCTCAAAGATAGGTGTCTTATTTCTATTTTGGAAGGTAGAATCGTGATGCATGATCTA ATAGAGGTAATGGGAAAAGAAATAGTTCGTCAACAATGTCCCAATGATCCTGGAAAACGCAGTCGATTATGGAACGATGA TCAAACATATGATGTTTTAGGCAAAAATAAGGGGACAGATGCAATCCAGTGTATATTCCTCAACACATGCAAAATAAAAA AAGTTAACCTACATGCTGAAACTTTCAAAAACATGACTAATCTGAGAATGCTCCAGTTCTATAAGTCTCGTGTCTTTTCC CTTGAATCGAATGTGATCCTTCCTGCATCTCTTGGAAGTCTCCCGAATCATTTAAAATTTCTTCGTTGGGATGGATTTCC CCAAAGATATTTTCCGCTGGACTTTTGTCCACAAAATCTTGTTAAACTTGATATGCGCGATAGCCATCTTGAACAACTTT GGGAGGAAGATCAGGATTTACCAAATTTGAAAAGGCTGGATCTTAGTTATTCTCGGAAGCTGATTCGAATACCAAACCTT TCAACGTCCCCAAATATTGAAGAAATAATTCTCAGTCATTGTGAAAGTTTGGTTCAAATTTACTGCTCCGGATTCCTCAG CAAGCTCAATGTTTTGCGTTTAAATGGTTGTGTTAAGCTTACGAGTTTAAATCTTCCTAGCAATATTCTATCGGAACGTT CTGGATTAGTTGTTCTCTATAACTGTCGCAAACTCAAAACATTTTCATTCAGTAGGAGAGCCGAAGTGATTGAATCACAT GGTTGTCCGCGACCGCATCAGAATATATTATGGGTTAATGGAATAGCTCAATGTTCTCTAGGAGTAGGAAGGGCTTTTGG AACCTCTCAGCTTTATAGGGCATTAGGTCTAGAGACCGAGGAATATTCTTCAGATGCTTTTGACCCCATTCTTAGTATTG ACAGATATGAAAATGAATGGGCAGATAATGCATACTCACGGGAAATTGAAGTGGTGAGAGAAACTGTGTCTTCACTATTT CCCAGTCTCCATGAGCTTTGTTGGTTAGATCTGGATAGTTGTGAATCCCTTAAAAGCCTTCCAATTGACCTTTGTAAGTT GAAATTACTAAGAAGACTTTATCTTAGTGGTTGCTCAAATTTGGAAAAAATCCCTGAAATTGAGGAGACAATGGAAAATT TAACAGTGCTTGTCTTAGACGAAACAGCGATACTGGAACTACCTTCATCCTTGCACCATTTGGTGGGGCTTGAAGAATTG AGCTTGCACAATTGCCAAAGGCTTGAGACTATTCCATCTTGCATTGGAAGTCTCACCAAACTCAGCAAGTTACGCCTTAC CTGTTGTGAATCACTTAAAACTTTCCCAAGCAGCATTTTCATGTTGAAGTTGACAAAACTAGATTTGAGTGGTTGCTCAA TGCTAAAGACCTTCCCAGATATCTTGGAGCCTGCAGAAAGTTTTTCTCACATTATCTTAACAAAAACAGCAGTTAAAGAA CTGCCTTCATCATTGGATTGTTTGGTTGGACTTCAAACCTTGTGTCTGAACTTGTGCAGTGATCTGGAGTCACTTCCAAA CAATATCGGTAATCTGAGCCTTCTCTCTAAGCTTGACTGTTCAGGCTGTGGCAAATTAACAGAAATCCCAAATAGCATTG CTCGTCTGTCATCATTAAGGGAATTGTCATTGCAAGGAACCGGAATCGTGAACCTTTCAGAGAGCATTGCTCATCTATCA AGCTTGGAATCACTTGATGTAAGTGATTGCAGAAATCTTGAATGTATCCCACCGCTTCCACCACTTCTGAAACAGTTATT AGCCTTTGATTGCCCATCCATTAGAAGAGTGATGTCAAATTCAAGGTTTAAACACCCATCAAATTCCAAAGAGGGTGCCT TCAAACTTCATTTCACCAATAATGAAGAACAGCATCCAAGTGCTCATAGTAATATTGTGGCCGATGCCAGGTTTAGGATC ACCCAAAATTCATATGGCTCTGTGTTCTATTGCTTTCCAGGGAGTGTGGTTCCTGATTGGTTCCCTTATCGTTGTGAGGG ACATTCAGTAACTGTGGATAAAGATTCTCTAAAGTGGTGCAATGATCATAGGCTCCTTGGTTTCGCTCTGTGTGTCGTTT TGCGACTTGAAGGCACGGATGATACAAAATATAAATCTGGTGAATTTAGATACACATTAACATTCAAATCTGATGGTCGC ACACACATCCTTCCCAACCATGATCAGCTAAACAACCGTTTCTATTGGAAGGGTCGAACGAGATATGTCGGGCGAGATCA CACATTTCTATGGAAATATTACTTAATGGACTCTGGAAACATCGATAACAGGATCTTTCAATCCCACAACTTCACTTTTG AGATCAGCAAGCGTAGCCATCGGCTGTCATCTATTGGATCGGGTCCTGAGGTGAAAGAGTGCGGAATATGTCCTCTTTAT ACCAACGAAAAAGATGATAATGGTGACATTGATGACTATTCCAGACTTTCAAAGAATGCAGTAGGAAGAGGCAATGTCTA A
Download CDS Sequence

Protein sequence (LotjaGi3g1v0502700.2) extracted from Lotus japonicus Gifu v1.2 Proteins.

MLGSSSSSSSSTIAMVPSPPKYDVFLSFRGPDTRYNFTSHLYAELRKKKIETFLDHKLAKGDEISPALRKAIEESRIYVI IFSQHYASSSWCLNELTTILECKKRYGRDVIPVFYNVDPSTARHQTESYAAAFVKHQLRFKEDVISAWKGALAQTAGLSG WDSLVTRPDPLLIAEIVKDIFTRLGRSFLSDSHQGIVGVDKHIAQILPLLHLESAAVRIIGIWGMGGIGKTTIARAVYHR LAAQFCSSKLVVNIQQEIERDGIHRIISKYLTELYQEDNTLKKVLLVLDDVKNSGQVAELIGECGNFNFGPGSRIILTSR DMQVLKNANADEIYEVKEMSFEDSLQLFSLNAFKRNDPLETYIDLSKKLLSYAKGIPLALKVLGLFLYGRERKAWESQLV KLEKLPDPEIINVLKLSYDGLDDDQKDIFLDIACFYLGHLEESVAQTLDSCGFFADIGMEVLKDRCLISILEGRIVMHDL IEVMGKEIVRQQCPNDPGKRSRLWNDDQTYDVLGKNKGTDAIQCIFLNTCKIKKVNLHAETFKNMTNLRMLQFYKSRVFS LESNVILPASLGSLPNHLKFLRWDGFPQRYFPLDFCPQNLVKLDMRDSHLEQLWEEDQDLPNLKRLDLSYSRKLIRIPNL STSPNIEEIILSHCESLVQIYCSGFLSKLNVLRLNGCVKLTSLNLPSNILSERSGLVVLYNCRKLKTFSFSRRAEVIESH GCPRPHQNILWVNGIAQCSLGVGRAFGTSQLYRALGLETEEYSSDAFDPILSIDRYENEWADNAYSREIEVVRETVSSLF PSLHELCWLDLDSCESLKSLPIDLCKLKLLRRLYLSGCSNLEKIPEIEETMENLTVLVLDETAILELPSSLHHLVGLEEL SLHNCQRLETIPSCIGSLTKLSKLRLTCCESLKTFPSSIFMLKLTKLDLSGCSMLKTFPDILEPAESFSHIILTKTAVKE LPSSLDCLVGLQTLCLNLCSDLESLPNNIGNLSLLSKLDCSGCGKLTEIPNSIARLSSLRELSLQGTGIVNLSESIAHLS SLESLDVSDCRNLECIPPLPPLLKQLLAFDCPSIRRVMSNSRFKHPSNSKEGAFKLHFTNNEEQHPSAHSNIVADARFRI TQNSYGSVFYCFPGSVVPDWFPYRCEGHSVTVDKDSLKWCNDHRLLGFALCVVLRLEGTDDTKYKSGEFRYTLTFKSDGR THILPNHDQLNNRFYWKGRTRYVGRDHTFLWKYYLMDSGNIDNRIFQSHNFTFEISKRSHRLSSIGSGPEVKECGICPLY TNEKDDNGDIDDYSRLSKNAVGRGNV
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.

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Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
PANTHER
PTHR11017
11 710 700 8.4E-233 –
PANTHER
PTHR11017:SF260
11 710 700 8.4E-233 –
SUPERFAMILY
SSF52200
17 161 145 4.19E-38
IPR035897
ProSiteProfiles
PS50104
20 158 139 27.907
IPR000157
Gene3D
G3DSA:3.40.50.10140
20 185 166 3.9E-64
IPR035897
SMART
SM00255
21 158 138 9.1E-44
IPR000157
Pfam
PF01582
21 196 176 1.3E-44
IPR000157
SUPERFAMILY
SSF52540
186 432 247 1.69E-57
IPR027417
Gene3D
G3DSA:3.40.50.300
186 336 151 2.6E-26 –
Pfam
PF00931
202 398 197 1.9E-20
IPR002182
PRINTS
PR00364
219 234 16 1.1E-21 –
PRINTS
PR00364
278 292 15 1.1E-21 –
PRINTS
PR00364
373 387 15 1.1E-21 –
SUPERFAMILY
SSF46785
409 513 105 1.2E-12
IPR036390
Gene3D
G3DSA:3.80.10.10
513 715 203 2.9E-17
IPR032675
SUPERFAMILY
SSF52047
578 864 287 1.65E-19 –
Pfam
PF07725
599 618 20 1.2E-5
IPR011713
PRINTS
PR00364
618 634 17 1.1E-21 –
Gene3D
G3DSA:3.80.10.10
785 1094 310 2.5E-49
IPR032675
SUPERFAMILY
SSF52058
796 1090 295 1.13E-42 –
PANTHER
PTHR11017
877 1179 303 8.4E-233 –
PANTHER
PTHR11017:SF260
877 1179 303 8.4E-233 –

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:0005515
Molecular function Protein binding Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules).
Subterm of
GO:0007165
Biological process Signal transduction The cellular process in which a signal is conveyed to trigger a change in the activity or state of a cell. Signal transduction begins with reception of a signal (e.g. a ligand binding to a receptor or receptor activation by a stimulus such as light), or for signal transduction in the absence of ligand, signal-withdrawal or the activity of a constitutively active receptor. Signal transduction ends with regulation of a downstream cellular process, e.g. regulation of transcription or regulation of a metabolic process. Signal transduction covers signaling from receptors located on the surface of the cell and signaling via molecules located within the cell. For signaling between cells, signal transduction is restricted to events at and within the receiving cell.
Subterm of
Part of
GO:0043531
Molecular function ADP binding Interacting selectively and non-covalently with ADP, adenosine 5'-diphosphate.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi3g1v0502700.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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