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LotjaGi2g1v0344800.1

Overview

Field Value
Gene ID LotjaGi2g1v0344800
Transcript ID LotjaGi2g1v0344800.1
Lotus japonicus genome version Gifu v1.2
Description ATP-dependent RNA helicase DeaD; TAIR: AT1G31360.1 RECQ helicase L2; Swiss-Prot: sp|Q9FT73|MED34_ARATH Mediator of RNA polymerase II transcription subunit 34; TrEMBL-Plants: tr|A0A151RUE2|A0A151RUE2_CAJCA ATP-dependent DNA helicase Q1; Found in the gene: LotjaGi2g1v0344800
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr2:82187441..82197739) extracted from Lotus japonicus Gifu genome v1.2.

AAGTCAGCTATGATCTGCCACTAGGCAACACTACTAAAGACAAGTCTTCCAACGATGACTGATCCCAACATTTCCCTAAA CACAGAGAGCTTCAAGTGAAAGTCAAAATATTTATAGGCTAGGGATGAAAGTGAAGTGTTTTTCAAATACAGGGACTAAA ATGACAATGCAAGATCTCGCCATTCACCATAGCAACATAGCTGCTGCATCAACATGGCGTTAGGGTTGGTTTGCTCGGCC TCACTCACAGAGTCACAGTGACGCGGTGGTGATAATGCTAGACATGGATAACTACGACGTACAAGAGGAGCTTCTCAACA TCGAGGTTGAGATTCAAGACGTTCAAGGTAACGCAAAAAACACGCTTGCGCTTCATTCAAATGAAGCTTTTCTCCAAATT GCATGGACTAATTTTTGTAAATAAATTTATGGTTTTGCAGATCAAATAAATGCCTTAATTGAAAGGCAAGAGAGGCTGTA TGAGAGAAAATCCGAGTTGAGTGATATATTGGAAGCGTGTAGAGAATCTGGAAACCAGGTTAATAATGTGGCTCAAACCA CTGTTGAAAATTGGAATGGCCCATTTCAATGGGATTCTGAAGCTGATGATCTTAGGTTGAATATTTTTGGCATTTCATCT TACCGTGCAAATCAAAGAGAGGTAAAACATTTTTATTGAATGTACAATGTTTTGTTCTGAGCTGAAGTTATCTTGAAGTT GAGAATTAAGATTACATATAAATGTGTTGTATTGTGCAGAACATTTGATTATCAATGGTTACGTGACTCGAATTGTTGTA TTCCTGTATAATGTTACTTGCCTGATTTACTTGTCATAATGATTAGTTTCTTTGTATTCAACTCTTAAAGTGCTTTGCTT AATGATGCTCTCATTTTCTAGATATATTTGTTTTAATGAGCCAGATAGTGTATTTTTTTTTTCTGTTTTCTAATGCTGTC GCCATGAGTGTATCAATTAACAATAATCAAACTACTGGCACTTAGGATTTTTGTTTGTATATCTTTTTCTTTCCTACTTG AGATTGTGACTTCTGTGTACAATTTCATTAACAAGTTGTCTCATTGATGTCAGATAGTAAATGCCGTATTGAGTGGAAGA GATGTTCTGGTGATTATGGCTGCAGGTGGTGGCAAGAGCCTCTGTTATCAGCTTCCTGCTGTTCTTCGTGATGGGATTGC TCTAGTTGTCAGCCCTTTGATTTCATTAATTCAAGATCAGGTGCATTTCACTATATTTTTATCCACCTCCATTTTTTGGT TCATGAATGTTTTCATGGATTTTAAATGTTTTTCTCTGCCTTTTTTTTTACTTGGGTGGAGGGGATTGCTTTAGGTGATG GGTTTGACTGCTTTGGGCATCCCAGCACATAAGTTAACTTCAACAACAAGTAAGGAAGATGAGAAGTTTATATACAAGGC TTTGGAGAAGGGTGAAGGGGAGCTCAAAATATTGTATGTTACTCCTGAAAAGATATCAAAAAGCAAGAGGTTTATGTCAA AAATTGAAAAGTGTCATCATGCTGGTCGCCTCTCACTAATTTCAATTGATGTGAGTTCATATTGACATGCTCTATAGAGA TGTTTTGCATTTCGTTTGCCGATTTCACATTTTTTATTGAACATCATATGTTGTTGATTTTAACAATGAATGCAGAAGCA TTCCTGGATTTTTGTTGTATTTTTCTTCATTTGCTGGTTTTTAATTGCTTGTTTTAACTAATGCAAGTATGCAACTATGC ATGGATCCATCTTAGGTTGTGTGAACTCGGTGATTATCACGAATGAAAACAAAAAACCTGTTTAGATTGAGAAAACATTA TTATTTTTATTGATTCTTGTTACTAATAATTTTAGAAGTGCCTTCTTATTTTCACACTTTTTCTTCAAATATTTGTTCAT GCTTCAAAGCCAATAGGAGTCATTGATGCGACTTCTTATAGCTTAAGCTTTCGGATTGATTTGGCTCTTGATAATGCCCA ATTTTTCTTATTGCTTCTCTAGCTTGTTGTCTGTTTTTAGTATCATTCGTAATTGGTATTGGACATATTCATCATACCAT GTGAAATTAATTGTGCTGTTTATCCTACATGTCTAGGTTCATCGTTACTTCTATTCTGCAGTGGTCTTGCAGTTTCATCG CAATGTTGTTTAGTTGTATGACAGTACAATTTCTGATTATGTTTTTGTATGCAGGAGGCACATTGCTGTAGTCAGTGGGG TCATGACTTTCGACCTGATTACAAGAACCTTGGTATTCTTAAGGTTCAGTTCCCTAATGTTCCTATGGTTGCTTTGACTG TAAGTCTTTATCTTCAAGTATCTGTCAACTGTCAAGTATTATAAATAAAATTATTATATTTGCATTTTCTTTCCTTACTT AATTTTTATTTCTATATTTACTCTTGTTGTCAGGCAACTGCTACTCAGAGGGTCCAAAATGATCTGGTAGAGATGTTGCA TATCCCTAGATGTGTCAAATTTGTCAGCACAGTCAATAGGCCAAACTTGTTTTATATGGTATATTTGCAATTTTTAATTA ACATGTGTTATCGCCAAAAAGAAGAAGTTATGACATTGGCTTCAATAACAAGTCAAAAGGAATTTTATGATCTATGATCA ATTGATCTCATAGTTCTATATTTTACATTGCAGGTGAAGGAAAAGTCATCAGTTGGTAAGGTAGTTATTGATGAAATTGC TGAGTTCATTCAAGAATCTTATCCAAATAAAGAATCAGGGATCGTATATTGCTTCTCTAGGAAGGAATGTGAACAGGTAT GCCTGATTATGGCTTTCTTCTAAAGTTACTCATTTAGCCATACATGTTTTGAATGCAGAATATCTAATATTGCCATCAAG AAAGCATAATGCACACATTTCAAAAGTGTTTTTATTGCCCTTGAATTTCTTTGGGATGGGATAATATTTTTAGCCTCTTT TTTGTGTTCTTCCCATGGTTGTTTCGAGGGTGTTTCCATCCCTATTATGCAGAAAGATGGGTATCATTTCTTCCTTGTAC TTCCTTCGTATTCTTTTATTCTTGTTTTTCCTTTTGTGGTTTCTAGGATATCCTTGCCCTCATTGTACATTACATCTTTT ATCTGTAATAATTTTTTTGCATCAAAAAATTGCCTGACCTTGATCTCTAAAATCTAAATACTGAAAATGAGTTAATTGAA ATACTATGAAAGTGTTTTATAATTTATATTACCAGAAATCCTTTTTGTTGTTAGTGAAATCATCACATTAGGAATAGGAT CCTTGTTGAAATCTGTAGAGCGTTTCCAAAGTAATAAGGCATGTAGCCATCTAGTTAGCATTATTACTTCACATAGGTAA AATTGGGTAGCCCAGTGAACAAGCTTCTTCCAAGGTGGGGTTTGTGGAGGGTTAAATACTTAGATGTATGGGTATTATTC CACCCGTGTTCCGCATAGGATGGAACAAACTATTTGAGGATTCTGGTGTTCAATGGATTTCAACACAAAGTGTGGCAGGG TTCATGGTGCTCATTTTAACGATTTTGAGAGACTACGGAGGGTGCACAATTTTGTTGTCACATTTGCAGTGTTATGGTGC CTTTGGTTGTGAGAAATGTTTGCATTGTTAAGGATCTGTTCCAACAATATCTACGGAGTAATGCTAATGCAAGTGGTATT CTTGTGGGTTGCTAATCATATGCCTTAAATAAGGCGAATTAGTTTCCTAAAATTTATGTTTCTTTGCATCCTAGTTTATG GTTCCAATATGAAAATACTTATGTACTAGAATTCCAGTGTAATGTTTGCATATGTTAGTGCTCCTTGTCATATCCACCTT GTGACTTGTGAGGCAGAGTAGATATTTATCCCTTCTGTTGTCAAGATTATTTTAGGTTGCAAAAGAGTTGAGGGAGAGGG GAATTTCAGCTGATCATTATCATGCAGATATGGATGTAAATGCTCGGGAAAAAGTACATATGCGGTAAAGTAATTATCAG AATGTTTGCACTTTAACATGCTAATGCTTTACATGTTGGCTGAGTTCTTACCTGTTTGTGGCTGCTGAATATGTCACTGA ATATTGACGTTATGCCTGCCGGTGTCTCAGAAAGTAAATGAATTTTAGTATTGGTTGTGAGCTCTATCTTACTCATTAAA CCATGAACCCCTATGTAAGAAGACTTTTCCTGAATTTGGATCCTAGGTTCCAATCAGCAGTCTTGAAACAGCAATAAATC TCTTCTGTTTTCTGATAAAATTTGAGACAGCTGGTTTTTAATCACCATTTGTTTTCTTTTGAAGATATAGTAGATTGTAA TTGATGTGATGGTGGCACTATCAAATGAGTTAGTGAATATATGCATGTTTAACATTGCAGGTGGAGCAATAACAAGCTGC AGGTCATAGTCGGTACGGTATGTATCATAATACTGTCACTCTATAACACATTCATTTGTCACTTCTGGCCTGTTACTGCA TTGAATTTTTTTCTTGTAATTTACATTTCAGGTAGCTTTTGGTATGGGAATCAACAAACCGGATGGTTAGTATCAATTTT GCAAACTTTCTCGAAATTCCTGAGTACCTTCTTATATTGATGTATTGTACTATTGATAACAGTTTTGCACCTGTAATTGG TTTTTGTATGAAAATATAGTTTTTGCTTTAATATCAAACTTTCACCACTGAAATACCTCAGACGTCAGTTTCATGATGTC ATACTATTATTTTCCACACTTTTAGTGCAGATACGGATGCACAATGAACTTTTTTTCCAGTGTGTTGGTATTTTACTTGT GTGTTACTGATGTATTGTTTGACAATGACTCCTTTTCTGGCTGTGAAAATCAATGTTCTTTTTTGTCATGTGTGTGATTG TTAGTGATGTAATGTCTCTTGCAATCTGAGCTCTTTTGAAATTTCTGAGATATCTTGTCCAATATTCTTTCCATGATTAA ATTGTTTCAAATTGATGCTTGTATTGGAGGATTATGCATCTTGTTTTGTTGCATAGAGAAGCCTGTTTATGAATGTTTTT GCAAATGGGAAGTCCCTGGGTGGTCATGCATATTGTATTTTCTTTACCTTCATTGAAGCTTGCAATATTTAATGCTGGAT TTTTCATGTAGTCAGGTTTGTCATCCATCATAGCTTGAGCAAATCAATGGAAACATACTACCAGGTTTTGTACTGATCCT GATAAGATTTTCTCCTGTTACATATCCTTATGTTATATGTCAAGAACCAATTACTCTACAAGCTTAATCCATTGGGTGAA GAAGGCCTAAGAAGTTTTTTTTTTTAACTAACACAACCTTTCGACAAAAGTTCTGTTGGAGTTGAAATGTGGACAAAGCC CATGCTGGTCATACCTTGTACTGAAAGTTAATTTAATGGAGAGAAATGGGGGTTTCAAGGATTGGAACTTTGACCAGTTC GCCAAAGAGGCTACCCAAGGACTATTGATCCTAAAATCTTAAGCTATTAGGTAAAAATCTAAGGTTATTTCTCCGGTACC CATCTAAAAATTAAGGGGTTTCGTACCTTTTTGTCTTGAATGGTTATTTTATCTTCTGAAATAAATTTTTATAATTTGCA ATCATAGTCCTAAATAATTTAAACAATACACAAAATAAGTACTATACCCTCTCTTTTTATAAGGATACTGGAGCAACGCC CAAAACCTAAATGTGGCTTTTGTCACCATTAATTTTTTTTTTTGCAACAGGAAAGTGGTCGAGCTGGCCGAGATGGACTT CCTTCTGAATGCGTATTATACTTTCGACCTGGTGATGCTCCCCGGCAGGTAAGAACTTCACAATTACATCACTCTTGACT TCAAATTTGTGCATATTTATGTCTTGTTGTTTTGTGCAAAAACTGTAGCTAGCAGGATATAAGATCTATGTAACTTGAGC GCACACATTTTTCTAGTGGATTTTGAGTGGCCCCATCTTTACATTTAAGAATATAGAATGAGATTAGGTTATCTGGAAAA TGAAAGTGGAAATAATTTTTTTCTTACATGCTTGTGTGTCTAGACTCTAGAGATACTTGTGCATGATACTTATTGAGATG CATATATAATTATAGATTCATTAACAGTGTAATCACGTTTTATAAATAACTGTTTTCTCAGAGTTCAATGGTCTTCTACG AAAATTCAGGATTGCAGAATCTCTATGACATTGTACGATATTGTCAGGTAGTTTCTTCTATAATATTTGAAATGTACTAC TGATAGTTTATCTCAGTCAATGCACATTCACTCCTTTATTTATTGAAGCTTTAGTTAGAACATTGGTTTCTTTTGTCTTT CCCTTTTTATTTAGGTGAGGGTTCTTAATAACTAAGACTTATTGATGGCCTATCTTTGGAAGTATGAACAGATACAAAAC AACATATGACAAAATTTAATTTCATCTTGATTATATAATGAACACACCTATGCAGTCATCCTTTTCGCTCATATATGCTG GACAACCTAATGTCACAATACAAAAGAAAATTATCTAAAGTTTTCCCCCTCTTTTCAACCTTCTCTAATTTGAACAATAA ATATAATTTTCCATTTGTCCTACTCTTTAATCCAGTCCAAAAGACAATGCCGCCGAAGTGCCTTTTTCCGGCATTTTGCT GAGCCACTACAAGAGTGCAATGGTATGTTATCATTTACTTCTCTTTTTTATTTACCCCATTTTTGTAGCCTTGTGTCATC AAATTATATACTCTTGATGTTACAGGGATGTGCGACATTTGTGCATTCCCAAATGAGGTGACACAGGTGGATGTCTCTGG TATGTTGCTTTGGCTTTTGGTTTGATTTTTGTCTTCTACGCTTCTTTCCCCCCTATATTTTCTTGTCATAGTAATGATTT CCTTTTGTTTTTTTTTTTCTTCTTGTCTCTCAACTTTTACATGGGGATATTTTGCAGGTCATGCGAAACTGATGGTTTCT TTGTTACAAGATATGCAAGGAAATGATCAAAGGGCAACAATGTTGCAATTGTTCGATAAAATGAAAATTAAACAGAAGGA GCTAGGTTGGTTTGTTTTCTCCTCATTTTCTTTTTTCTTACTCAGCCTAGATATTGTCTTGTGTCAATCTGAAAATGTTT CCTGTAGTTAATTTATCAAAGAATATGAATGTCAAATTTTACTCCATTGAATTTTGCAGGTACTGAGTTAAAACGGGAGG AAATTGAACATCTCATCTTACAGCTTTTACTGGAGCGTGTTTTGGTAATACATTTTTTGCTTTATTAATAGTGTGTTTGG TTTAGATTTGGAAATCAATTTTGGATCCAAAATTGATTCTAGACAGAAGCTTCGTAGCGCAGCTTTTGAGTAGAAGTGCA TCGGCTTTTGTGCCCCCCACTCAACCAAACACACACTAAGTTAGAAAATTTCTTGTTCTAAAAATTAATTGTGCATTTGG TGACAAGACAAGACAACTTTGTTAATATTTTGAAGCTAAAATTAAAGAGCAAACTCTAAACACATATATGAAGAGTGAAG ACCATAATTTAAGTTTCATTATTTAATATTTATCTTTTTATCAACTTTTAAGGCTAAAATATATGATCATAACTATAATG TCCATTTGGTGGCTTGTTGGTTTATTTTGTTACAAATAGAACAGAGCTGTGGGTCAGCGACAAAAGTTGAAGTCCTTGGG GTAATAAAATTAAATTGCCACCCCACACAAAAGAAATCACATTTGCTCTGCTACCTTTAAAATCACCGATCTTAGCTTTC TTTTCTGCAGTGCAACTTCACTTCTCAGCAGAATGATATGCATTGAACTGCTAGAAATCAATCTTCAGTTCATTCATAGG AACAGAAATAACTTTGGATCTCAACTTTTTTAGAATCTCCCACATCTAACTTTCCCAAAACACCGATAAGGGCTATTTTG TAAATTATCAATTTTTTTACCTCAGTTGAAAAGCTCCGATAAGCTAAAAACTTAGCTAAACTGGGTCTTACTCCCTTGTC AGAATCTAGATTCATTTGCAGCACAAATGTAGCTCAAAACCCAATTTATTCAGAAAGACCATAAACAGATTCCTGAGGAA TGAGGATTGCCTCAAATAAAACTAGTGAACAAAGAATTTCCATTTCCCATTTACATCAACACACATGGAACCAGTATTGC AATCACATCATGATTGTGCTGACTATTAGCCATTCATATGTTTGCATGAGCCCCATTTTAATGTAATTTCGAAAGAAACC TTGCAATCCAACCCAACAGAAAATATTGTGTAACAAAACATGCCACTCTACTTGAACTTTGAATATCAACATCTGTAAAC TTAGGGAAGTGTAGTCTATATTAACTTTACTTTGGATTGCATTAGATATTAGTTTAAGTTTTAAAGCTTCAAGCTTTTCA AGTTGACCTGCGCTGCTAGTGCAAAAGTGCACATTTCAATTCCTTTTAAGTGGGTGATTTAGAGCCAACCCTTTTGATGT AGAAAGAAGAATTTCAGCATACGCCTTATGCTACAAATGCTTACGTTGCTGTAGGGCCGTTGGCGAAGCAAATATTGCAA GGTACGCTTTGTAAAGCTATTTTATCATGGCAAAAGCTATTATTGTCTTCTGTGCTACATATTTACTCTATGTGCTGTTT CTTCATTCAACCTTGAACTTCTTTAATAAGAAACTGATTCAACTAGTTGGGCTGATTTTTCCCATTCTATGGCTGATTTA TCTTATTTGCATTGAACTTTTCTAATTTCCTCCAAGATGCTTATGTGAATACATCTGCATTCTAAATGCAAATTGCCATG GACACATGTTGATTAGTGATTACCAACTGCCTATGCCTGTTTTGATATTATTTGAAGTTGTCTGTGCCACTGTTACCAAT AGAGCTGAAAACATCAGATTTTCCTTGTTTCTTGTTGTTGATACTTTTTTCTGTTGTGTATTTGAGCCCTGCCCTGACTG ACATTGTTTTATGCGCAGGGAAGAAGACCGTGAAGCTTGAGATTTATGCTGAAGAGAGAACTAAAGCTGGTGTAAGATCA TTGAAACGCTGTCATGGGTCCTCATCCTCTGGTTTGGAACTAAAGCTTGATGAGCTTAGAAAAGAACTGGCTTCTGTTCA TGGGGGAATACTCCCACACTCTGTCTTGTCCACTCAACAAATCAGCTTATTATGTTCTCAAAAACCAAACTTGCTGGAAC AGGCAAGTTTTCTCAAAAAAGAATAAGTATTTAGGATTATTTTAATTTTATTTTATTCAGTTTTCTGCTAAGAGTTTTAT TAATGAAGAGATGAAGGACTAATCTTATTAAAATGTTGAGGAAGTTATAAGTTAGGGAATAAGTTCGGTTAGATGACTTA GGCCCCGTTTGGAAGAGCTTATTTGAGCTTATCTGATAGCATAAGCTCTTATGCAAGTGTTTGGGAGAGCTTATGCAAAC AACTTATAGCCTGCCATAAGCTGTTTTGAGCTTATTTTCATAAGCTATTCAGGTTAGCTTATGAAAAAGAGCTTATGCTT ATATATAGCTTATTTTCAATTTATTTCAATAAATATTTTAAAATAGCTTATGAATAAGCGCTTATGACCATAAGCGCTTA ATTAAGCTGTGTTTCCAAACGGGGCCTTATAAGGTAGTTAGAAAAACTATAAGCTAGCTGAAATAGTCAAATGTGCTCTA AGGAGTAAGGATCAATGAATAGTCTGAATAAATACTAGTTTAACACATGAACACTGTTTTGAATTGTCCACTGCCTTGAA TTTAATCCAGAGTGTTATAATTTTTGTGTGGTGCTGATGCAGTTGGAAAAAGTGATTGGGAAATTGAAGACCGAAAAGTA TGGAAAGAGAATACTTGAGCAAATTGAAAAATATTCAGATTTCAAGCCGACTGATGAACAAGTAACTGATGGTAGAGCCG CAAAGAGGTCAAAGACCAAGAAGAACCTTGTTGTTATTGACAGTAGTGAAGATGAAGAAGCATGATGTTGATTTTTTACC ACAAAAAAAAGCATGATAAATGTTGGTGTCTTTAGTGTAGTTTATGCTTTCATCAATATAATGTCAGAAGAATTGAGAAA AATGGAAGTATATACGTTCTTAGTTGTACATAGTTTCTTACAAACTAAGCTTATGCCTCATCTAAAAAAGGAAAGAGAAT ACGGACAAGAAATGACAGGGACATGGAAATGTCCTTATCCATAAAAATATGTGATGAAATTAATGAAACTAGAATAGAGG CCGTACCAATAATTCAATAATTTCTAATTTCAAAAGGCAGTCGTAATTTTATAATCTTG
Download Genomic Sequence

CDS sequence (LotjaGi2g1v0344800.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGCTAGACATGGATAACTACGACGTACAAGAGGAGCTTCTCAACATCGAGGTTGAGATTCAAGACGTTCAAGATCAAAT AAATGCCTTAATTGAAAGGCAAGAGAGGCTGTATGAGAGAAAATCCGAGTTGAGTGATATATTGGAAGCGTGTAGAGAAT CTGGAAACCAGGTTAATAATGTGGCTCAAACCACTGTTGAAAATTGGAATGGCCCATTTCAATGGGATTCTGAAGCTGAT GATCTTAGGTTGAATATTTTTGGCATTTCATCTTACCGTGCAAATCAAAGAGAGATAGTAAATGCCGTATTGAGTGGAAG AGATGTTCTGGTGATTATGGCTGCAGGTGGTGGCAAGAGCCTCTGTTATCAGCTTCCTGCTGTTCTTCGTGATGGGATTG CTCTAGTTGTCAGCCCTTTGATTTCATTAATTCAAGATCAGGTGATGGGTTTGACTGCTTTGGGCATCCCAGCACATAAG TTAACTTCAACAACAAGTAAGGAAGATGAGAAGTTTATATACAAGGCTTTGGAGAAGGGTGAAGGGGAGCTCAAAATATT GTATGTTACTCCTGAAAAGATATCAAAAAGCAAGAGGTTTATGTCAAAAATTGAAAAGTGTCATCATGCTGGTCGCCTCT CACTAATTTCAATTGATGAGGCACATTGCTGTAGTCAGTGGGGTCATGACTTTCGACCTGATTACAAGAACCTTGGTATT CTTAAGGTTCAGTTCCCTAATGTTCCTATGGTTGCTTTGACTGCAACTGCTACTCAGAGGGTCCAAAATGATCTGGTAGA GATGTTGCATATCCCTAGATGTGTCAAATTTGTCAGCACAGTCAATAGGCCAAACTTGTTTTATATGGTGAAGGAAAAGT CATCAGTTGGTAAGGTAGTTATTGATGAAATTGCTGAGTTCATTCAAGAATCTTATCCAAATAAAGAATCAGGGATCGTA TATTGCTTCTCTAGGAAGGAATGTGAACAGGTTGCAAAAGAGTTGAGGGAGAGGGGAATTTCAGCTGATCATTATCATGC AGATATGGATGTAAATGCTCGGGAAAAAGTACATATGCGGTGGAGCAATAACAAGCTGCAGGTCATAGTCGGTACGGTAG CTTTTGGTATGGGAATCAACAAACCGGATGTCAGGTTTGTCATCCATCATAGCTTGAGCAAATCAATGGAAACATACTAC CAGGAAAGTGGTCGAGCTGGCCGAGATGGACTTCCTTCTGAATGCGTATTATACTTTCGACCTGGTGATGCTCCCCGGCA GAGTTCAATGGTCTTCTACGAAAATTCAGGATTGCAGAATCTCTATGACATTGTACGATATTGTCAGTCCAAAAGACAAT GCCGCCGAAGTGCCTTTTTCCGGCATTTTGCTGAGCCACTACAAGAGTGCAATGGGATGTGCGACATTTGTGCATTCCCA AATGAGGTGACACAGGTGGATGTCTCTGGTCATGCGAAACTGATGGTTTCTTTGTTACAAGATATGCAAGGAAATGATCA AAGGGCAACAATGTTGCAATTGTTCGATAAAATGAAAATTAAACAGAAGGAGCTAGGTACTGAGTTAAAACGGGAGGAAA TTGAACATCTCATCTTACAGCTTTTACTGGAGCGTGTTTTGAAAGAAGAATTTCAGCATACGCCTTATGCTACAAATGCT TACGTTGCTGTAGGGCCGTTGGCGAAGCAAATATTGCAAGGGAAGAAGACCGTGAAGCTTGAGATTTATGCTGAAGAGAG AACTAAAGCTGGTGTAAGATCATTGAAACGCTGTCATGGGTCCTCATCCTCTGGTTTGGAACTAAAGCTTGATGAGCTTA GAAAAGAACTGGCTTCTGTTCATGGGGGAATACTCCCACACTCTGTCTTGTCCACTCAACAAATCAGCTTATTATGTTCT CAAAAACCAAACTTGCTGGAACAGTTGGAAAAAGTGATTGGGAAATTGAAGACCGAAAAGTATGGAAAGAGAATACTTGA GCAAATTGAAAAATATTCAGATTTCAAGCCGACTGATGAACAAGTAACTGATGGTAGAGCCGCAAAGAGGTCAAAGACCA AGAAGAACCTTGTTGTTATTGACAGTAGTGAAGATGAAGAAGCATGA
Download CDS Sequence

Protein sequence (LotjaGi2g1v0344800.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MLDMDNYDVQEELLNIEVEIQDVQDQINALIERQERLYERKSELSDILEACRESGNQVNNVAQTTVENWNGPFQWDSEAD DLRLNIFGISSYRANQREIVNAVLSGRDVLVIMAAGGGKSLCYQLPAVLRDGIALVVSPLISLIQDQVMGLTALGIPAHK LTSTTSKEDEKFIYKALEKGEGELKILYVTPEKISKSKRFMSKIEKCHHAGRLSLISIDEAHCCSQWGHDFRPDYKNLGI LKVQFPNVPMVALTATATQRVQNDLVEMLHIPRCVKFVSTVNRPNLFYMVKEKSSVGKVVIDEIAEFIQESYPNKESGIV YCFSRKECEQVAKELRERGISADHYHADMDVNAREKVHMRWSNNKLQVIVGTVAFGMGINKPDVRFVIHHSLSKSMETYY QESGRAGRDGLPSECVLYFRPGDAPRQSSMVFYENSGLQNLYDIVRYCQSKRQCRRSAFFRHFAEPLQECNGMCDICAFP NEVTQVDVSGHAKLMVSLLQDMQGNDQRATMLQLFDKMKIKQKELGTELKREEIEHLILQLLLERVLKEEFQHTPYATNA YVAVGPLAKQILQGKKTVKLEIYAEERTKAGVRSLKRCHGSSSSGLELKLDELRKELASVHGGILPHSVLSTQQISLLCS QKPNLLEQLEKVIGKLKTEKYGKRILEQIEKYSDFKPTDEQVTDGRAAKRSKTKKNLVVIDSSEDEEA
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
Coils
Coil
6 40 35 - –
PANTHER
PTHR13710:SF72
32 616 585 1.5E-215 –
PANTHER
PTHR13710
32 616 585 1.5E-215 –
Gene3D
G3DSA:3.40.50.300
50 282 233 1.6E-87 –
CDD
cd18015
75 282 208 1.09164E-126 –
TIGRFAM
TIGR00614
85 505 421 5.3E-160
IPR004589
SMART
SM00487
88 291 204 9.8E-26
IPR014001
Pfam
PF00270
94 262 169 7.1E-18
IPR011545
ProSiteProfiles
PS51192
100 275 176 23.694
IPR014001
SUPERFAMILY
SSF52540
131 425 295 2.63E-57
IPR027417
CDD
cd18794
283 419 137 3.89992E-71 –
Gene3D
G3DSA:3.40.50.300
283 479 197 2.9E-66 –
ProSiteProfiles
PS51194
300 449 150 20.423
IPR001650
Pfam
PF00271
305 409 105 2.6E-16
IPR001650
SMART
SM00490
329 410 82 5.2E-27
IPR001650
Pfam
PF16124
422 478 57 3.9E-10
IPR032284
Gene3D
G3DSA:1.10.10.10
482 584 103 3.6E-23
IPR036388
Pfam
PF09382
485 588 104 6.4E-6
IPR018982
SMART
SM00956
487 584 98 0.0023
IPR018982
ProSiteProfiles
PS50967
600 679 80 11.953
IPR002121
Gene3D
G3DSA:1.10.150.80
601 676 76 5.2E-10 –
Pfam
PF00570
609 668 60 2.9E-6
IPR002121

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:0004386
Molecular function Helicase activity Catalysis of the reaction: NTP + H2O = NDP + phosphate, to drive the unwinding of a DNA or RNA helix.
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:0006260
Biological process DNA replication The cellular metabolic process in which a cell duplicates one or more molecules of DNA. DNA replication begins when specific sequences, known as origins of replication, are recognized and bound by initiation proteins, and ends when the original DNA molecule has been completely duplicated and the copies topologically separated. The unit of replication usually corresponds to the genome of the cell, an organelle, or a virus. The template for replication can either be an existing DNA molecule or RNA.
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:0006310
Biological process DNA recombination Any process in which a new genotype is formed by reassortment of genes resulting in gene combinations different from those that were present in the parents. In eukaryotes genetic recombination can occur by chromosome assortment, intrachromosomal recombination, or nonreciprocal interchromosomal recombination. Interchromosomal recombination occurs by crossing over. In bacteria it may occur by genetic transformation, conjugation, transduction, or F-duction.
Subterm of
GO:0043138
Molecular function 3'-5' DNA helicase activity Catalysis of the unwinding of the DNA helix in the direction 3' to 5'.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi2g1v0344800.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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