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LotjaGi1g1v0531200.1

Overview

Field Value
Gene ID LotjaGi1g1v0531200
Transcript ID LotjaGi1g1v0531200.1
Lotus japonicus genome version Gifu v1.2
Description Fanconi-associated nuclease 1 like; TAIR: AT1G48360.2 zinc ion binding/nucleic acid binding/hydrolase; Swiss-Prot: sp|Q5XVJ4|FAN1_ARATH Fanconi-associated nuclease 1 homolog; TrEMBL-Plants: tr|G7KUQ4|G7KUQ4_MEDTR Fanconi-associated nuclease-like protein; Found in the gene: LotjaGi1g1v0531200
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr1:105816603..105826005) extracted from Lotus japonicus Gifu genome v1.2.

GTTTTCATTTCATTTCATTTCATCTCATCTGAGCTCTCTCGAAGACAATGCTGAGCGGCAGAGAAAGCTTGATTCGATTG ATCGGCAAACGCCGTCGCTTCCTTCCTCATCGCCATTCCATCCTCACCGATCCCATTCCCACCCCTCTCCACGCCGTTCA ACCCGAACAACAACAACCGCTGCAACCTCCCCCAGCCGAACACACCCCCCAAAACGACGACGTTCGCTGCCCCATCTGTG GCCGCACGCTTCCCTCCAACAACCGCGACATCAACTCTCACCTCGGTATCTATCTATCTATTAATCTATCTATCGATACA CACACAAACGCACTTTCACTTCAGGTTTAGCGTTTAGGTCATGTTTGGAAGCACTGTAGATTTTCCACTTGGGGAGTAGA AGTGATTCAAGCTACTTCCAGTGGCGTTTGTGAGATGGGAAGTGAAACCAAACATGTTATTAGGGTTTATTCTGATGCCA ATTTTCTGCTTTCAGATTTGTGTCTTTCTCTTTCACAATCAGTAGAAAGAAGTAGTGGAAAGAAACGAAGACTCACCCAA CGCACACTTCTTCAGTTAAACTTCACTCGCCCTCCTAAGGATATCGTTAGCAACGGGGATGCTGCATCACTCGTGCAGAG TCCGGAGGAAGAGGAGGATGACAGGTGTGGAGGAGACTTCACGGAGGTTGAACCCGATGCTGCAATTAGCATCGCCACCA CCTCCTTGAACAATGGGGTGCTAGATCAAGATGATAACTGTTTTGAACACGTGCGAGGCCTGGAAGAAGAGGATGATCAT GGCACGTGTGAAGAAGGAGAATCCACGGAGGTTGATCTTGATTCTGCAATGCCAATTAGCACCCCCGCCGCCACCTCCTC GAACGGTGGGGTGGTTGATGATGATAATTTTTGTGAACCCCACAATTTATACGGATCGAAGCTTCAAACGTTTATAGTTG GTCGAAGATATGCTGATCAAGAGGAAATGTGTGCTGGTGCAGAAGTGTTACTTTTGAGAGACCCTCAAAATGTTAAGGAC CCCAATGCCATAAAGGTTTCTTTTTTTGTTTGTTTTTAATTTATAAAAATTTTTAGAGGCTTATATGAGCTAGTGCTATA TATCTTCCATGTATAACTCTAAGGTACTAAGTTGCTCCTCTTGGTTGGTCCAGGTTGTTTCTGCAGATTCTGGGTGTTCT AAATTTCTAGGTTTTCTCCCGCGTGTGCTAGCTCAGTATCTATCTCCTCTTATTGACAATTACGGCCTTATATTTCAGGT ATATCAAAGTTCAGTGCAATGATGTGTTGTTTATGTGTGCCATCATCATTTTTTATTTGCTTTGTCATTTGCTGATTTGC ACTTGTGTCAAACGAATTAATGATATAGAAGCCACTTGAGAGTCGTGTTTTGCATTGTGTGTTTGTTCTTTCCCAGAAAA TGCTTTTTGGTGTTGTGAACACGGTACTTTGGGAGTTAGCGTTTTGGGTTTGAATTTGATGGGTTTTGACAGAAAATAAA GGAACAATCAATTATCAGTTTGAACGGACACTGATATTTTCCACAAAATTTGCTCTAGGCAGTTGATAATAGGTTAGCAA TTGAGAGACAGAAGAAAGAAACTAGGCCTGATATACATTCAAGATTGGTGGAGTATCCTGCTGTAGTTTCTGAATGTTAT CATTTTAATAAAATCACAGCTTTGTAGGCCTTCTTAGTCTACTTGATTGAGAGTCATAGTCATGAGAGTAGCATTTTGAC TTGATAGTTTTTTATCCTTAAAAATTACCTGATAATCCCTAATTACTAAAAAAATGTATTAAGCTTCTTGATTCAAGTCC TTATACTTTAATTTTTTGGAACTTGTTCTAGGGACATGTCACTTCTGTTCCAAAACATGCTCTTGATGTTGTTCCGATTC AGATTATGTGCCACAGAACATCATATGGTGAATGCAATTATGAAGATGAGACCTTTAAATGCTTATGGACAAATGTTCAG CGTGTTGTTAAATTTGCATTCAAGGATCCTCCTTCATCTGTAAAGTATCATCTGAATTTTTGTCTTATGCTACAAGAGGT GTTAAGAAATAATATTCACCTTCTAACAGAAGACGAGAAAACCTATATGGGTATTAATATTAGTACTCGTGGATTTTATT CTTTAAAAATTTTCTTATCAAATCCTGTAAACTTTAAACGATGTCTCATCCATTGACAGAGTCATTCACTTTACTCTCAA ATGACAGTCAGAGGCTTTTTATTCGGCTATACACAAGAAAAGGTTATTTGAACATTTGATATTTAACTTCTCATTGTATT TATAAAGTCCTTCCCATAGTTATAGCGATTTTCTCTTGTCTGCCCAATTCTTCAATATAAAAGGGAAAGAACTTGTAACA AAGGATGAAATCTAATCTTGTATTTTCGTAAACTGTAGTAAGAAGTTAAAGGCTGTAGAAACCAACGAACGCTTTGAGAG TTTTTGAATCCATCAGCAGTCAGCACCTCAATTTAGGAGGGTCATTAAGATATTATGTGCTATGCATCAAAGGGGTTATA AGACACAGTTATATTCTGCAACATATTCTTGGTTAGTGACTTCTAATATATGCTAATAAAAACTACAAACACTCTGCCTT ATTCTAATTCCCTAAAGACATCTTATATAGTAATGTACCATTTTATTGAAATAAAAATATACATAGCTAGTGCACTATCA TAAAACTTTGCTCTCTTTCTATAGTCCCACCAAAACCTGTGTACCTGATCCAAGGAGGCTACTATAAACATTAATAACAC TGGAATCACAAAAAGCATAGTAAGTTTATATTGTAAGTTAGTTGGTGGGTAGTGTAAAAAAATTAGCAGGCATTTTAGAA TGCGAACAATATTTTACACATTGAAAATACAGTGTTTCATGATATCTGGAAAGTCGCAACATCTCAAATGTTGCTGTGTT TTTCTATATAAATGAAATTCTTGGAGATAGATTTTATTTTTATCCCTGAAATAAAAACAAATACCAATCTGTTGTAGCAT AGGGCTTAATAACTTGGCTGTCCACATTATTGCGAGCTAAATCACCTTTGTCAAATTGGTTTTGATATTAGTTGTCTGCC CTGATGCTCCAAAATCGGTCCTGTACCAGAATACCTACATCACAACTTTAGACATGTGATTGTGAAATTGCCTTTCATTC ATTATTCATGTTACAACAGTACTTCACATCTGTGAAAGATTTTTAGCTGTAGGGCATCTAGGCATGTATAAGAAATTCTT CTATTTTTATCCCAGTAGAAACCTTAGTGCTCCAAGAGTTATAACAAAAATATCTCTTGACTTTCTTGATGTAATATTTT TTGCGCCCAAGTATTGATTTTACTGAACTTGAAAGTACTACTTTTTAGATTATTTTTCATTCTGGAGGTAATGTATTTTT CATATTGGGCTCTTATGAAGGACCTTGGTTTCGCATGTCTAGTATATCATATCCTGAAATAATGGATGCTCAAAGGGCCG CCAAGGAACTTGCTGGTAATTTAATATAATTAGCTAGGTATATTTTTTCTCCCAGCAAATATAATTGGCTTTCTTACTGG CAAACCTTCTTATCGCTACCTTATGGCCTGTCACTTTGGTTTCTTTATATTGCAGAGAAAGAGTACATACATTCTGTTGA AGATGGAATTCAACTTTGTGAAGATGACATGAATGATATATTGAATGTGCTCACTGTCTCTGAACTGCGAGAAATTTGGT GCCTTTTGCTTAAAAAGGTCGGAATCAACCCCTAGTTTTAGGGCCAATAGTTTAATTTCAAATCAAACCTCATCATGAAT GGATTTCTGTAGTTTTGTGAATAATTCTTTTATAGTATAGCAGTTGGTCTTACTTGTGTGCAAGATTGCATGCTTCATGA ATTAATAATCTTGGTATGAATATCCCTTATTATGAAATACTAGCTGTTTCCTTCAATGCACATGAAGTGATATTAACTTG AACATAATGAAATCTATATTAGCTGATGGTTCTAGGTGTTGGAGTGCTTGCTTCCAGAGTAGTTACTGAAGTTGGGCAAT AAAGTGAGCTGATGTTTAGTGCCTAGCCATCATGTTATTTTTATTCCCTTTTTAAAAAAGGAAAGACATCACTTTTTTTT TGTTTTGAAATGGTTGAGTTTCGTGTGTTGTTTTTCTTTTTTGGATAAATGGTTTATTCACAATATCTTGCAATGTAAAA TACAAGATTTATGCTTTACCTTGTTCCTTTAGTTTTGTCCTTCCATCCATATACACTAGTTTGATTCAATTTTTCAAAAC TCATGTCAATATTTCCGATTACTTCTTTTATTATTTAGGGGAGCCTGATCATGTATGTCTGTCATATCATAAGTGAGTGG AGCATTTTGGATGGATCCTTCTAAATTTGGTTGCATCCATAGTAAATGCTCCTAAATTGATGATTGGCTTCTGATGACTA CATAGTATGAGACCTACTGTGGACAGATACGGGCCAAACAATTGACATTCCATTGTGTTTCTCTATATAATATAAGTTTT AATAAAAGTAGTCATAACTCATAAGGCATAGGTAATGCATGTCATACATACATGTTATTTGCTCTGTCTCTCCCTGACAA TTCTCTTATGAGCTATCTATAAAATTTAGTATATTCTATTGATGTTCTAGAATTGTGGTCGTGGGATGAAGAAGCAAGAT CTCATTTCATCTCTTCTTTCTACGCATGCAGGCGTACTCTGGTATCAAACTTTTAGTTGTGTTTTAATAATTTATGGAGG AGCCACTTAATATTTTATTTAATGGCTGGTTGGTTTTTGTTTACAGGGCACACCTAGTAACTATAATTTTGGACAGAACT GGTTCCTGTATTAAGATTTCTTCAAAAGCTGAAACTCTTATCTGGCGTACTGAGGTGACTCTTTGACTTCTGTTGCTTGT GTCAATTGCAGGATTCAATCAATTTGGGTAATATTTTGATCTGATGCAAATGGTATTGCTTTTGCAGCGACTTTTCTTCT TAAATGGAGAACAGGATCTCTCATCCTTTCTACTTGTTGATATGGGGAAAATGAAGTATCCCACTTACAACTGCATAATA TCAGAACCAATTTTCTCAAATCGCAGTAATCTGCTCGCATACGAAGAGGTACACCGTACATGTCTAAGTTCAGATGTAAA TGTAATAGCTGCCTTCTATTACTTCTTCCACATATGACATTTGTTTTCAGGCCATTGAAGTTGCACAGCTTATGGATGAA GCACTTGATGCAAACAGAGATGATGTGGTATTAAGGTGCATAAAGAATGCTGAATCCTATGTATCCACTGCTTTGCCCAT TCAGTACTCAACTTCTGAATCAGCATCTACAATCCGTCAGTTGTTTACAGCATCATATGTATACTCCAAAGTGGTCACAT TGGGAATCTCCTTCCTTGAGCAAGAGCGCAGGTATTGAGGTTCATGGTTTAATCTACTACTTTGTACACTTTTTAAAGGA TATTCTTTGAAAATTATAGCAGAAACATCTTGACCTTGTATAATATTGGTATTATTAAAATCCAGTTATAGAAAGGATGG CCCAAAATTAATGGGGAAAATGGATTACAAGAAATTAAAGCAAATTATCACCAAACTATTTGTATATTGTTTCAATCACT TGATGCCAATTTCCAAGTCTATACACATACTTGAAATAAGTTGACGATCGGGCACAAAAGATCTTAGATTCTTTCAGAAA TGACCATACCCTGCACTATAAATGCCCTTATTTGGTTGTGATTGTGAAATAACTTAAAACTTATGGCTAAGATAGATGAT CTGTTGCTTTACATTGTTGAATGTCAAAGATGACCTTCACTCCAATATTACTAGAGTCAAAGATTTTTATTTTTATTTAC ATTTTGTCATTGGGTTATTGACTGCAGTTTTGCATAACATATGACTACCCCAAAAGGGATCCTCTGTAGTCGATTTACCT CCAATAATCAAGTAAAGGATGAAGCTCAAACATAGTCTTCCTTTACTCACTAGATACTAGATAGGGTTGCACACTCAAAT CACCAAAATTCACCATATCGAATAATTGACAATAACTCTTGAAAGTTGAAACCATCAAATGTGACTCCTCAATATCCAAT GGATTTATTAATTTTTCTCTGACAAATCAGACATTATTGCTTTTTCCCCCACTAGTTGATATTACCTCTTTGAGATCCAA GACTGTGACCGTCCATTACATTCTCTCTCCTTATTCTTTATGCAATGATGGCTGTGATTTATTTACCCCAGAATGAAAGG GTGGAGATAGATATGACTACCCTAGTAATACGAGTACCTTTGCTGCTTTTCATCCTTCAACCTGATTGTTTTATTTATTT GTCCATGTTTATCGATTGAATTAGTTTCTCATGTAAAAGATGCTGAACTCTAGATTACACCAGGCTTGTTAATAGCGCGC TATAGCGGCGCAATAGCCTATAGCGTAGCACCCTGAGGGTTCACCGCTACTCCACTATTCACCGCTATTTGCGCTACGTT CCGCTATAGCGCCGCAATAGCGCTCTGAATAGCGTTTTTTGGGCTTGCCGCTACACTACGCTATCCGCCATTAACAACCC TGGATTACACTAAGGATTTTACTCTATGATTCTAAATTTAATGCTAAACAAGCATGGTTCTCATAGGCTTCTTTTAATTT ATTGATATGTGATTGCATAAGGTCCAGTCTAACTTATATAATTAATTCTGGGCTTTTCATTCGTATGATATGCTGATGCA GTGCACATTGTTTGTGCTCATGTTGCCCTTGCTTGGTTGCCATTTATGCAGAACTAAGTGGAGCTTATAGTTATATCTAT TTACACAGACATGGTATTATCGTAGCAATTTATCTTGTGCAATGCAAATGTTGAAGAAAAGTGGTCTGTTTCTTAGGTAT AATGAGGCAATTGACTTACTTAAGTGGCTGCAAAATGTTTTTACCTGTGATGTAAAAAGAGGATATTGGACACTGAGGTT ATCAGTTGACTTGGAGCACTTGGGCCGCTTTGAAGAAAGCCTTCAAGTGGCTGAAAATGGGTTGTTGGATCCATGGGTAC GTGCTGGTTCAAGATTGGCACTGCAAAGGCGGGTTCTTCGTTTAGGGAAACCACCAAGACGGTGGAAAGTTCCTAGTTTT TCTAGGTCTGCACTGCGTAAGATCCCTGAGGTAATTACTGTATTGTTTTACGATTACACTATTCCTGCTTCTGATTTGAT AGTTTATTATTCTAGTCAAATTGTTATTATAGATTTGCTTTCAATATCATGGCTTTCTCATTGTGCCTTATATGATGATT CAGATTTATGTTCAAGGTAGACCTCTGAATTCTGAATTGGGAGCAAAGAATAGGTTCTACAATGAAGAGGGAGAGCAATG TGGAGTGGAAGAGCTTGCTTTGCACTATTATGCCGGGGAGGGAGGTGGATGGCAAGGTGTTCATACAGAAAGTGGCATAT GGTTAACCATTTTTGGGCTTCTTATGTGGGATGTAATATACGCTGATGTTCCGAATGTCTTCTACACTAGATTTCAGGTA AGCTTAACTGAATGAATAAGTAAGCTTCCTTCTTACTTAAAGTCTCAAGTTTGTGCTGCATCTATGTTTTCTGCGTGGTT TGTTGTAGTATATATGAAATAGAATTATCTCCAGGTGAAGGATACCTGTAGTCCTAGATGAATTACTTTTGGTGTCCCTC TTCGCCACCCTTTATGTGATTACTTGTACTTCGCCTTTTACTTGATAGGGTTCCAAATAAATCCTCAATGCTGTAGTTTG TATTTGATTATAGACAGCTATATTCATTCATTGCAATTTTACTTTTTAATCCTCTGAATTTACAGAATGCTCCTTTGGAT TTGGGTACTGATAGCTTTTATACAGCAAGAAAGAGTAGCATAGAGTCCCGTCTGCAACAAATTCGCGATGGCATGGCTGA GGAGTTTCTTATTAAGTCATGGGAAACACACATGGGAACAGCTTGTAGAGGAGTTAACTGGGACCGCCATTCTTTAGATG AGCTTCGTGCTGCTGTTACTTGTGTTGGGGGCTCTTGCTTGGCGTCTCTCTGTGAACTTCTTTGTCAAGACTATCGTAGC TGGTCCAGCGGAATGCCTGACTTGCTGTTATGGCGTTTCTGCGGAGAATACAGTGGTGAAGCCAAGCTTGTTGAAGTGAA AGGCCCCCGGGATCGACTCTCTGAACAGCAGCGAGCATGGCTCATGCTGCTAATGGATTGTGGATTTATGATCGAGGTTT GTAAAGTGAAACCTTTGTTAGATCAACAAAAATGATCACAAGCTGCTTAAAATTACTTTAGAAGCACACAGAAGATTACA ATAACAATTTTTTCATCATGAGAAGAGTTCACTTGGCAGAATTTCATCATCAATTCACCAGCATTGTTCTTGGAAAGAAA AGGAACTGCTCTAGACCAAAATTGATTATACTAGATTGAAAATAAGGAGGTCTGCCAGAGGAATTAAAGGAGTTCAAGGA ACTGATGAAGTATTGGAACCCAGACCGAAATATACTGGTCCCACATAATGAAGAAGCTGAAGGGGTTTCTGACACCACAT ACAAATATACTCGAGTCGGGTAGAACCACTATGAGAGTTCTTCAGGCATGCCTAAAGCTCAAACCTCCATACAAAGTGGG ATCAACCCCTTGCTAGCTTATCCGGCCATTCACTTGGTCGCATCTCATTTTTACCGTATAACATCAAATCTGATTTTTAC TTATTTTTTAATTTATTTTTTTAAACTTGAGTTGGATTCTTGAAAGAATGTTGTATTAATTTAAGTACCGAGTGATATTT TATATTTACATACATGTTTAATGTTGAAGTTTTAAGGAAAAATTGAACAAGGGGCAATAACATAATTAAATTTTGATACA ACAAATGTTCAAAATAATTTCAATCAACCCAAAGATGTGTCAATAACATAATTAAATTTTGTTACACGAATGAGATTGAG ATCAACTTAAAATTCCATAGATTACCACTTACCCGTGTTGGTGTCTAATCGAATTTGAAGCATTTTCATCACAGCAGCAT CAATCGCAACATGTAGGAGACGAAGACATCGAGACAAAACTCAAGAGTCCCACGAGGTGTCATCATCCACTCTCATTTCA CATCATATCATGTGACCCTCCATTCATTCATATCACCATCGCAATTCTCAAAGCCATGATACCTAGCTAATGCCCCTTAC TCTTTATTTTTCCTACTACTATTATTATCATTATCATCATAACACTAGACCAAATGTTGGTCAAGTAAAAACAGGGATGT TGATTAAGGATTTGAAAATATGAAAATAACATATCTCGGTGCA
Download Genomic Sequence

CDS sequence (LotjaGi1g1v0531200.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGCTGAGCGGCAGAGAAAGCTTGATTCGATTGATCGGCAAACGCCGTCGCTTCCTTCCTCATCGCCATTCCATCCTCAC CGATCCCATTCCCACCCCTCTCCACGCCGTTCAACCCGAACAACAACAACCGCTGCAACCTCCCCCAGCCGAACACACCC CCCAAAACGACGACGTTCGCTGCCCCATCTGTGGCCGCACGCTTCCCTCCAACAACCGCGACATCAACTCTCACCTCGAT TTGTGTCTTTCTCTTTCACAATCAGTAGAAAGAAGTAGTGGAAAGAAACGAAGACTCACCCAACGCACACTTCTTCAGTT AAACTTCACTCGCCCTCCTAAGGATATCGTTAGCAACGGGGATGCTGCATCACTCGTGCAGAGTCCGGAGGAAGAGGAGG ATGACAGGTGTGGAGGAGACTTCACGGAGGTTGAACCCGATGCTGCAATTAGCATCGCCACCACCTCCTTGAACAATGGG GTGCTAGATCAAGATGATAACTGTTTTGAACACGTGCGAGGCCTGGAAGAAGAGGATGATCATGGCACGTGTGAAGAAGG AGAATCCACGGAGGTTGATCTTGATTCTGCAATGCCAATTAGCACCCCCGCCGCCACCTCCTCGAACGGTGGGGTGGTTG ATGATGATAATTTTTGTGAACCCCACAATTTATACGGATCGAAGCTTCAAACGTTTATAGTTGGTCGAAGATATGCTGAT CAAGAGGAAATGTGTGCTGGTGCAGAAGTGTTACTTTTGAGAGACCCTCAAAATGTTAAGGACCCCAATGCCATAAAGGT TGTTTCTGCAGATTCTGGGTGTTCTAAATTTCTAGGTTTTCTCCCGCGTGTGCTAGCTCAGTATCTATCTCCTCTTATTG ACAATTACGGCCTTATATTTCAGGGACATGTCACTTCTGTTCCAAAACATGCTCTTGATGTTGTTCCGATTCAGATTATG TGCCACAGAACATCATATGGTGAATGCAATTATGAAGATGAGACCTTTAAATGCTTATGGACAAATGTTCAGCGTGTTGT TAAATTTGCATTCAAGGATCCTCCTTCATCTGTAAAGTATCATCTGAATTTTTGTCTTATGCTACAAGAGGTGTTAAGAA ATAATATTCACCTTCTAACAGAAGACGAGAAAACCTATATGGAGTCATTCACTTTACTCTCAAATGACAGTCAGAGGCTT TTTATTCGGCTATACACAAGAAAAGGACCTTGGTTTCGCATGTCTAGTATATCATATCCTGAAATAATGGATGCTCAAAG GGCCGCCAAGGAACTTGCTGAGAAAGAGTACATACATTCTGTTGAAGATGGAATTCAACTTTGTGAAGATGACATGAATG ATATATTGAATGTGCTCACTGTCTCTGAACTGCGAGAAATTTGGTGCCTTTTGCTTAAAAAGAATTGTGGTCGTGGGATG AAGAAGCAAGATCTCATTTCATCTCTTCTTTCTACGCATGCAGGCGTACTCTGGGCACACCTAGTAACTATAATTTTGGA CAGAACTGGTTCCTGTATTAAGATTTCTTCAAAAGCTGAAACTCTTATCTGGCGTACTGAGCGACTTTTCTTCTTAAATG GAGAACAGGATCTCTCATCCTTTCTACTTGTTGATATGGGGAAAATGAAGTATCCCACTTACAACTGCATAATATCAGAA CCAATTTTCTCAAATCGCAGTAATCTGCTCGCATACGAAGAGGCCATTGAAGTTGCACAGCTTATGGATGAAGCACTTGA TGCAAACAGAGATGATGTGGTATTAAGGTGCATAAAGAATGCTGAATCCTATGTATCCACTGCTTTGCCCATTCAGTACT CAACTTCTGAATCAGCATCTACAATCCGTCAGTTGTTTACAGCATCATATGTATACTCCAAAGTGGTCACATTGGGAATC TCCTTCCTTGAGCAAGAGCGCAGGTATAATGAGGCAATTGACTTACTTAAGTGGCTGCAAAATGTTTTTACCTGTGATGT AAAAAGAGGATATTGGACACTGAGGTTATCAGTTGACTTGGAGCACTTGGGCCGCTTTGAAGAAAGCCTTCAAGTGGCTG AAAATGGGTTGTTGGATCCATGGGTACGTGCTGGTTCAAGATTGGCACTGCAAAGGCGGGTTCTTCGTTTAGGGAAACCA CCAAGACGGTGGAAAGTTCCTAGTTTTTCTAGGTCTGCACTGCGTAAGATCCCTGAGATTTATGTTCAAGGTAGACCTCT GAATTCTGAATTGGGAGCAAAGAATAGGTTCTACAATGAAGAGGGAGAGCAATGTGGAGTGGAAGAGCTTGCTTTGCACT ATTATGCCGGGGAGGGAGGTGGATGGCAAGGTGTTCATACAGAAAGTGGCATATGGTTAACCATTTTTGGGCTTCTTATG TGGGATGTAATATACGCTGATGTTCCGAATGTCTTCTACACTAGATTTCAGAATGCTCCTTTGGATTTGGGTACTGATAG CTTTTATACAGCAAGAAAGAGTAGCATAGAGTCCCGTCTGCAACAAATTCGCGATGGCATGGCTGAGGAGTTTCTTATTA AGTCATGGGAAACACACATGGGAACAGCTTGTAGAGGAGTTAACTGGGACCGCCATTCTTTAGATGAGCTTCGTGCTGCT GTTACTTGTGTTGGGGGCTCTTGCTTGGCGTCTCTCTGTGAACTTCTTTGTCAAGACTATCGTAGCTGGTCCAGCGGAAT GCCTGACTTGCTGTTATGGCGTTTCTGCGGAGAATACAGTGGTGAAGCCAAGCTTGTTGAAGTGAAAGGCCCCCGGGATC GACTCTCTGAACAGCAGCGAGCATGGCTCATGCTGCTAATGGATTGTGGATTTATGATCGAGGTTTGTAAAGTGAAACCT TTGTTAGATCAACAAAAATGA
Download CDS Sequence

Protein sequence (LotjaGi1g1v0531200.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MLSGRESLIRLIGKRRRFLPHRHSILTDPIPTPLHAVQPEQQQPLQPPPAEHTPQNDDVRCPICGRTLPSNNRDINSHLD LCLSLSQSVERSSGKKRRLTQRTLLQLNFTRPPKDIVSNGDAASLVQSPEEEEDDRCGGDFTEVEPDAAISIATTSLNNG VLDQDDNCFEHVRGLEEEDDHGTCEEGESTEVDLDSAMPISTPAATSSNGGVVDDDNFCEPHNLYGSKLQTFIVGRRYAD QEEMCAGAEVLLLRDPQNVKDPNAIKVVSADSGCSKFLGFLPRVLAQYLSPLIDNYGLIFQGHVTSVPKHALDVVPIQIM CHRTSYGECNYEDETFKCLWTNVQRVVKFAFKDPPSSVKYHLNFCLMLQEVLRNNIHLLTEDEKTYMESFTLLSNDSQRL FIRLYTRKGPWFRMSSISYPEIMDAQRAAKELAEKEYIHSVEDGIQLCEDDMNDILNVLTVSELREIWCLLLKKNCGRGM KKQDLISSLLSTHAGVLWAHLVTIILDRTGSCIKISSKAETLIWRTERLFFLNGEQDLSSFLLVDMGKMKYPTYNCIISE PIFSNRSNLLAYEEAIEVAQLMDEALDANRDDVVLRCIKNAESYVSTALPIQYSTSESASTIRQLFTASYVYSKVVTLGI SFLEQERRYNEAIDLLKWLQNVFTCDVKRGYWTLRLSVDLEHLGRFEESLQVAENGLLDPWVRAGSRLALQRRVLRLGKP PRRWKVPSFSRSALRKIPEIYVQGRPLNSELGAKNRFYNEEGEQCGVEELALHYYAGEGGGWQGVHTESGIWLTIFGLLM WDVIYADVPNVFYTRFQNAPLDLGTDSFYTARKSSIESRLQQIRDGMAEEFLIKSWETHMGTACRGVNWDRHSLDELRAA VTCVGGSCLASLCELLCQDYRSWSSGMPDLLLWRFCGEYSGEAKLVEVKGPRDRLSEQQRAWLMLLMDCGFMIEVCKVKP LLDQQK
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
PTHR15749
2 960 959 4.5E-284
IPR033315
PANTHER
PTHR15749:SF4
2 960 959 4.5E-284 –
MobiDBLite
mobidb-lite
23 58 36 - –
Gene3D
G3DSA:3.30.160.60
55 87 33 2.9E-6 –
ProSiteProfiles
PS51908
58 87 30 11.635 –
SMART
SM00734
58 83 26 0.0076
IPR006642
MobiDBLite
mobidb-lite
112 138 27 - –
Gene3D
G3DSA:3.30.70.2330
216 334 119 3.2E-13 –
SMART
SM00910
228 323 96 1.3E-6
IPR014905
Pfam
PF08797
229 310 82 5.4E-12
IPR014905
SMART
SM00990
843 960 118 4.8E-21
IPR014883
Pfam
PF08774
846 959 114 3.8E-26
IPR014883

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:0003676
Molecular function Nucleic acid binding Interacting selectively and non-covalently with any nucleic acid.
Subterm of
GO:0003677
Molecular function DNA binding Any molecular function by which a gene product interacts selectively and non-covalently with DNA (deoxyribonucleic acid).
Subterm of
GO:0004518
Molecular function Nuclease activity Catalysis of the hydrolysis of ester linkages within nucleic acids.
Subterm of
GO:0006281
Biological process DNA repair The process of restoring DNA after damage. Genomes are subject to damage by chemical and physical agents in the environment (e.g. UV and ionizing radiations, chemical mutagens, fungal and bacterial toxins, etc.) and by free radicals or alkylating agents endogenously generated in metabolism. DNA is also damaged because of errors during its replication. A variety of different DNA repair pathways have been reported that include direct reversal, base excision repair, nucleotide excision repair, photoreactivation, bypass, double-strand break repair pathway, and mismatch repair pathway.
Subterm of
GO:0008270
Molecular function Zinc ion binding Interacting selectively and non-covalently with zinc (Zn) ions.
Subterm of
GO:0016788
Molecular function Hydrolase activity, acting on ester bonds Catalysis of the hydrolysis of any ester bond.
Subterm of
GO:0016818
Molecular function Hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides Catalysis of the hydrolysis of any acid anhydride which contains phosphorus.
Subterm of
GO:0036297
Biological process Interstrand cross-link repair Removal of a DNA interstrand crosslink (a covalent attachment of DNA bases on opposite strands of the DNA) and restoration of the DNA. DNA interstrand crosslinks occur when both strands of duplex DNA are covalently tethered together (e.g. by an exogenous or endogenous agent), thus preventing the strand unwinding necessary for essential DNA functions such as transcription and replication.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi1g1v0531200.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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