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LotjaGi3g1v0121000.2

Overview

Field Value
Gene ID LotjaGi3g1v0121000
Transcript ID LotjaGi3g1v0121000.2
Related isoforms 1
Lotus japonicus genome version Gifu v1.2
Description DNA topoisomerase 2; TAIR: AT3G23890.2 topoisomerase II; Swiss-Prot: sp|O24308|TOP2_PEA DNA topoisomerase 2; TrEMBL-Plants: tr|I1MJQ7|I1MJQ7_SOYBN DNA topoisomerase 2; Found in the gene: LotjaGi3g1v0121000
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr3:14823082..14830141) extracted from Lotus japonicus Gifu genome v1.2.

ATGGAGGCCTCAAAGAAGCGCCCTCTCCAGAACAGCAACGCCGCCAACGTCCCCTCCGCTGCCGCGGCGGCGAAGGGGAA AACCATCGAAGAAATGTACCAGAAGAAGACGCAGCTGGAGCACGTCCTTCTCCGCCCCGATACCTACGTCGGCTCGATCG AGAAGCACACGCAAACACTCTGGGTCTACGAGAACGACGAGATGGTTCACCGTCCTGTCACCTACGTCCCTGGCCTCTAC AAGATCTTCGATGAGATCCTCGTCAACGCCGCCGATAACAAGCAGCGCGATCCCAAAATGGACTCGCTCAAGGTCACCAT CGATCCGGAAGCCAACACGGTGTCGGTTTACAACAACGGTGACGGCGTCCCGGTGGAGATCCATCAGGAAGAGAAGGTTT ATGTGCCGGAATTGATCTTCGGTAACCTGCTCACCAGTAGCAACTACGACGATCAGGAGAAGAAGACCACCGGCGGACGG AACGGTTTCGGTGCCAAGCTCACCAATATTTTCTCCACTGAGTTCATCATCGAGACCGCTGATGGCAGGCGTCAGAAGAA GTATAAGCAGGTATTCTTGGATCAATTTTGTGATTGTTTCGATTTTGCAGCAATTTATGTGTTTTTTCAGTTTTTTCTTG TTATGCTTGTTTCGATTTTGGAGCAATTTCTGTGTTTTGGGGTTGAATATGTTCTTGAATGATGGCATTTGTTTTCAATT TTTGGATTGATTTGAGTGTCATGTGTAGCAGTGCTGGGATTTAGGGTTTCATTGCTAGGGTTTCAGTGCTAGGGTTTTAC TTGAGTAGATTTGTCAATTTAAGTTCTTGCTAGGGTTTTTATTTTTCACTTTTGGGGGTAATGAATTGAACATTGGTTTT GTTATTTGGAATTGAAAATTCTTTGTTGAAGTTTAAAGGCGATTGCCGATTTGTGAAGCTAATTGTGATAGTTTAATGGG TTTTCTGATTGGATTGATTTGGTTGTGATTGGAAGGTTTTTTCTGAGAATATGAGTAAGAAGGCTGAGCCAGTGATATCC AAGTGCAAAGAGAATGAGAACTGGACAAAGGTTACCTTCAAGCCGGACTTGGAAAAGTTCCAAATGACCCATCTTGAGGA AGATGTTGTTGCTTTGATGAAGAAGCGTGTGATGGACATGGCAGGTTGCCTTGGAAAGACTGTTAAGGTTGAACTCAATG GGCAATCGATTCGTATGAAGTCATTTCGTGACTATGCTGATCTCTACCTGAAATCTGCTGAGAAATCAAGACCTGTGCCC CTTCCAAGGTTTTTATGTCCTCCATAGATTATAAGCTGATGTGTTCCGTTTTTCCTTCCATTATAGCTGTGTGCTAACTT GATTTGATTGTTGCTATTAGGATTCATGCTAAAGTAGGTGATAGGTGGGAGATTTGCACGAGTCTAAGTGATGGGCAGTT TCAACAGGTTACCAGTGAAACTTTTGAAGTAATTTTGAGTTCACTTTTTAGGCTAATTAATTTTACTTACGCACCCTTGA TTTCTTTGTTATCAGGTCAGCTTTGTGAATGCCATTAATACAACCAAGGGTGGAACTCATGTTGACTACATCACCAATCA GATTACAACCTATGTGATGAACAAAGTAAATAAAAAGAAAAAGGATGCCAATATCAAGGCTCACAATGTGAAGAATCATT TATGGGTTTTTGTCAATGTTCTTGTTGATAACCCTGCTTTTGATTCTCAAACTAAAGAGACTCTCACGACTAAAGCAGCT AATCTCGGTTCTAAATGTGAAGTTCCTGAATCGATGTTGAAGGAAGGTTTGTCCTGCTGAACCATTTTTGTTAATACAAC TAACATGGAATGGAATGGTGTTTTACACTTACATGTTGCAAATGTTTGCAGTTGCAAATTCTGGAATATTGGACACTCTC CTATCATGGGCAGATTTTAAGCAAAGCAAAGATTTGAAGAAAACTGATGGAACAAAGACTCAGAGACTTCGTGGGATTGT TAAACTAGAGGATGCCAATGATGCTGGTGGAAGGAACTCAGATAAGTGTACCTTGATACTGACAGAGGGAGATTCTGCTA AGGCCCTTGCTGTAAGTTTTTGTCATGTTAAGAAGTGTTTTTGGTGTTCATATTTTACATTAAACTTCAATTGAAAGATA TTGGCAAGTTAAAGACAATCATAGAGACCCACTATTTACAAATAAACTGAGTTTCAGCCTTAAAAGCACTAATATTGTAA GGTCATCATATATAAAATTAATCCAATCAACTTATTTCCTGTTAATCGAAGTTACCTCGGATAATTGAATTTTGATTTTC AATGTTCAACAAGTTCATGTTTAATACTTCTAATATAATTTGTTCTTTTTTCTATATGAAGATGGCTGGGCTCTCAGTCG TGGGTCGGGACCATTATGGTGTGTTTCCATTGAGAGGCAAATTGCTCAATGTGCGGGAAGCTAGCAATAAGCAGATAATG GATAATGAAGAAATTCAAAATATAAAGAAAATTCTTGGACTGCAGCAAAACAAAGAGTATTCTAACGTGAAGTCTTTGAG ATATGGTCATTTGATGATTATGGCTGATCAGGTAAGTTGCTCAAAGATTACGTAGTTTAGTCTTGTTTTGTCTTGGTCTT CAGTTTCTTTAGAATCTCATCAGGCACGGGGCATGTACTTAATTTTGGATTCATGATAACTTAACTTTTTGGTGGTTTAG GATCATGATGGTTCCCACATCAAAGGGTTACTGATAAACTTCATTCATTCATTCTGGCCATCACTGCTTAAAGTTCCATC ATTCATGGTTGAATTTACCACTCCCATAATAAGGGTAAGTATGGTTAATGTTCTGTTGATTAAGAAAACAGTGACTTGTA CATCATTTTTCAGAACTTACTCTTTGGACTTCACTTATATATATATTTTCTGTCTCGGCAGGCTTTTCATTCAAACGGGA CAAAATTATCATTTTATTCAATGCCCGAGTATGAATCATGGAGAGAGAACTTGGGGAATAATGCAACTGGTTGGAAGATA AAGTACTATAAGGTGCAGTGTTGTTGACATGGAGAACCTCCACAGTAGGTCTACAATTAATTTATAAAGTGTTTGCTTAT TTTGTTTCTGGTGTTTCTACAGGGTTTGGGTACAAGTACTCCTCAGGAAGGGAGAGAGTACTTTCGAGATCTTGGTAAGC ATAGAAAAGACTTCGTTTGGGAAGATGACTATGATGGGAGTGCAATTGAGATGGCCTTCAGTAAGAAGAAAGCTGAGGAT AGGAAGGTTTGGATTCGCAATTTTGAGGTGGGTAGTTAGTGTTAAGATAATACACATTTTTATTGACAGATCCTTGTTCT GTGGAAGTATCAGTTAATAAAAATCTACCTTTCTCTTTTCTTGCAGCCTGGCAATTATCGTGATCATGTTGCATCACGTA TAAACTATAAGGACTTTGTGAACAAAGAACTTATATTGTTCTCTAGGGCTGATCTTCAAAGGTCCATTCCCTCGGTGGTT GATGGCCTCAAACCAGGTCAAAGGAAGATTCTTTTCTGCTCATTTAAGAAAAAGTTGTTCAAGGAAATAAAAGTAGGCCA ATTTATTGGTTATGTGTCCGAACACTCTGCTTACCACCATGGTGAACAAAGTCTGGCTAGCACAATCATAGGAATGGCAC AGGACTTTGTTGGTAGCAACAACATTAATCTGCTGAAACCAAACGGTCAATTTGGTACTCGTAACTTGGTGAGATAAAGC TGCCTATTAACTATGTCACAATTTTCTCCATGTTTCTTTTGTAACTTCGTACTTACTCAGTAACTTGCTCTTCCAGGGAG GCAAAGACCATGCTAGTTCCAGATATATATACACTGAACTAAATCCTATCACTCGGTGCCTCTTCCACGAGAATGATGAT AAGCTACTGGAATACTTGAATGAGGATGGGAGGTCAATTGAACCAAGCTGGTAATTTCTTTTCTCCTTTCTTTTTAAAGG TTGTTCGTGATTAGTGTCTATTAAACATAATATACTAATAGAAATTCCACTTGTGTTGCCACATAGGTACATTCCTATTA TTCCTTTGGTTCTTGTTAATGGAAGTGAAGGAATTGGGACTGGCTGGAGTTCATATATACCCAACTACAATCCAAGGGAT ATTATTGCGAATGTTAGGCGTTTGTTAAACGATGAGACTATGGTTCCAATGGATCCTTGGTATAGAGGATTTAAGGGAAT CATTGAGAAAAGCGCCAAGGAAGGGGGGTATATAGTGAATGGTACAGTTGAGGAAATTGATGAACAAAGTTTCAGAATAA CAGAGCTGCCCATCCGCAAGTGGACTCAAGATTATAAGCAGTTTCTTGAATCCATAACTGATGGGTCACCCAATGTCAAG GATCCTCTCATTGAGGTAACCTGACCTAAACATTTCTTCACCATATATACAAATTAGTTTGGGTTATGTGATAATTAATG AGCTAATTTGGGTAAATTTTTCTTCTCAAATTTCCTTGTGCAGGATTTCAGACAGAATGGAGATGACGCAATGGTTGACA TTGAAATCAGGATGAAGCTGGAAAAAATAGCGATGATTATGCAAGAAGGACTGCTCAAGAAATTTAAATTGACTACCACA ATCAGCACAAGCAACATGCATCTTTTTGATGCAGAAGGGAAAATTAAGAAATACGAAAATCCTGAACAAAGTAAGCCTTT GTATGCAGTGTTGTTCTGAATAGTAATATGTAATGTTTTAATAAATACTCACTGTTTTCTTTCATTTCTCATGCAGTTCT TGAGGAATTCTTTCCTCTTAGGTTGGATTATTATGAGAGAAGGAAGGTGAGTTATTGGCAATAGGGAGTAGGATTGTCTT TACGTTCTGAACCTATTAGTAAGAACTGAAATGCAATTTGGTTGTGCTTGCAGCAATATATTCTGGAAAATTTTGAACGA CTTTTGTTGGTGCTGGACAACAAAGTTAGGTTCATTTTAGGCGTTGTAAGTGGCGAAATTGTCGTGAGCAACCGGAAGAA AGCTGATTTATTGATGGAGCTGCAGCAGAAAGGTTTCACTCCAATGCCAAAAAAAGGTAAATCTGCAGAACCGCAAGTTG CTGGGGCTAATGATGAAAATTCAGAAGAGCAGGAAGATGAGAACACTAGAGAAGAGGCTGTCCGTGTTGAAGAAGCCAAA AGAGGTGACTATGAATATCTGTTGTCCATGTCTATTGGCACTTTGACCCTCGAGAGTGTTCAGAAGCTGCTAGCTGAAAA AGAAGAAACGGAAAAGGAGTTTGAGATTTTGAAGGCAACACCATCAAAGTCTATGTGGATGAAGGATCTAGATGAGCTTG AAAAGAAACTTGATGTAGGAGAAATTACTTAAATTTTGATATTCTTCAGTTGTATTTGAGTAAGGAATTTGTCATCTCTT AATTGTTACTATTTTTTTTGAATGTTACAGGAACAAGATGGCAAAGAGGCAGAGGACGAAAAAAAGAGAATAAGCCAAGC GAGTAAAAGGACATCCACTCGTGATTTGGGCACAAAAGCAGCAAAGAAGCCTCCACAGCCACGAAAGAATACGAAGAAGA CCAAAAATGCTGAGAGTGATAATTCTCCAATGGAAACTGGTAAGCCTCCACATCCAGAAATATTTTTGTATCATCTCTCA ATATCCATACATATAAGAGTTTGAAATTTCTCTATTTGCATCAACAGAGAATGCTCCTGAAGTCAGTAAACCAAAAGGCA GAGCAGGTTCTAAGAATACTCAGAACCAAAAGGCAGAGAAGGTACGTCAACTACCAAATTCTTGAATTCCATGTTTTCCT GCAAATTATATTGAGCATTAACTCTTTGATATGGCTATTATCAGGTTGCTGATGATGAAATTTTATCTCTTCAAGAACGC CTAGCTGCATATAACTTCGGATCATCCAGTGATCAATCCGGAGGTAAATAAGATTATTATTGTTATAAAATTTGGGTAAA ATTATACTGTGTAGAGTTAGGTAAATCAGGTTAAGTTTAAAATTAGGTAAAATTAGGCAAATTTGTAAGCCTTGATAATG GCGTTGTTTTTGGATATTGTCACGCAAGTTAATGAGAGAGAGAAAAGGAAGATGAATGATTATTGTGATATAGTTAGAAG AGTAGTTGATGTGTGTATGTATAGTGCTGTTACTATAGGGGTGTTTAAAAAGTGGGATTGTCTCTTACACCTAAGTTAAA TCAGTTTCCTAATAAAAGTTATCTAAAATACAATTGAAATCAGATACTAGTTTGTGCAGCAGTAGTTAAATGGTTACTAC ATCCTTATATGCTAGTGCTTAAGCTATTATTTGCTACCTCTACAGTGATGGAAACCGAAGAGCCTGTTGTGAAGAAAGGG AATAACAGAAAGGGTGGTGCCAAAAAGAAGTCAACCATTGTGTTGGATTCATCGGATAGTGATAATGAAATTAATGGTGT TGATGACGATGATGATGATGACTTCGAAGACACTTCAGCTGGGAAAAAGAAGGGAGGAAGAAAACCTGCTGCTGCCAAGA AGCCAACAGCAACAGCTGCAGCCAAGAAGCCAACAGCAGCTGCTGCAGCCAAGAAGCCAACAGCAGCAGCCCCCAGGAAG AGGAATGGAGCAGCAGCAGAAAGCAAGAAATCTACATTGAGTCAAAAATTCATAACTGACATGTTGCAGCCTGCTGAGAG TGCAGGGATATCACCAGAGAAGAAAGTGAGGAAGATGAGGGAGTCTCCATTCAACAAGAAAAGTGGTTCTGTGCTTGGAA GGCTTGCAGGCAAAGACTTGGGTTCTTTAAGTGAAGACTTGTCCTCGGGTGGTTCGGGTGCATCTAACTCTCCACCCAGT GCAGATACGGAGGTGGTTGAGGTTGCACCAGCAGCAGGAAGAGCTAGGCCTCAGAGGGCTAGACCACAAGTAACGTATGT GCTGAGTGAATCCGAAAGTGACAATGATTCTGATGCTAAACCTTCAGATTTTTCTGACTTTGAAGAAGATGATGACTAGG CTGATATAGATAACTTGATA
Download Genomic Sequence

CDS sequence (LotjaGi3g1v0121000.2) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGAGGCCTCAAAGAAGCGCCCTCTCCAGAACAGCAACGCCGCCAACGTCCCCTCCGCTGCCGCGGCGGCGAAGGGGAA AACCATCGAAGAAATGTACCAGAAGAAGACGCAGCTGGAGCACGTCCTTCTCCGCCCCGATACCTACGTCGGCTCGATCG AGAAGCACACGCAAACACTCTGGGTCTACGAGAACGACGAGATGGTTCACCGTCCTGTCACCTACGTCCCTGGCCTCTAC AAGATCTTCGATGAGATCCTCGTCAACGCCGCCGATAACAAGCAGCGCGATCCCAAAATGGACTCGCTCAAGGTCACCAT CGATCCGGAAGCCAACACGGTGTCGGTTTACAACAACGGTGACGGCGTCCCGGTGGAGATCCATCAGGAAGAGAAGGTTT ATGTGCCGGAATTGATCTTCGGTAACCTGCTCACCAGTAGCAACTACGACGATCAGGAGAAGAAGACCACCGGCGGACGG AACGGTTTCGGTGCCAAGCTCACCAATATTTTCTCCACTGAGTTCATCATCGAGACCGCTGATGGCAGGCGTCAGAAGAA GTATAAGCAGGTTTTTTCTGAGAATATGAGTAAGAAGGCTGAGCCAGTGATATCCAAGTGCAAAGAGAATGAGAACTGGA CAAAGGTTACCTTCAAGCCGGACTTGGAAAAGTTCCAAATGACCCATCTTGAGGAAGATGTTGTTGCTTTGATGAAGAAG CGTGTGATGGACATGGCAGGTTGCCTTGGAAAGACTGTTAAGGTTGAACTCAATGGGCAATCGATTCGTATGAAGTCATT TCGTGACTATGCTGATCTCTACCTGAAATCTGCTGAGAAATCAAGACCTGTGCCCCTTCCAAGGATTCATGCTAAAGTAG GTGATAGGTGGGAGATTTGCACGAGTCTAAGTGATGGGCAGTTTCAACAGGTCAGCTTTGTGAATGCCATTAATACAACC AAGGGTGGAACTCATGTTGACTACATCACCAATCAGATTACAACCTATGTGATGAACAAAGTAAATAAAAAGAAAAAGGA TGCCAATATCAAGGCTCACAATGTGAAGAATCATTTATGGGTTTTTGTCAATGTTCTTGTTGATAACCCTGCTTTTGATT CTCAAACTAAAGAGACTCTCACGACTAAAGCAGCTAATCTCGGTTCTAAATGTGAAGTTCCTGAATCGATGTTGAAGGAA GTTGCAAATTCTGGAATATTGGACACTCTCCTATCATGGGCAGATTTTAAGCAAAGCAAAGATTTGAAGAAAACTGATGG AACAAAGACTCAGAGACTTCGTGGGATTGTTAAACTAGAGGATGCCAATGATGCTGGTGGAAGGAACTCAGATAAGTGTA CCTTGATACTGACAGAGGGAGATTCTGCTAAGGCCCTTGCTATGGCTGGGCTCTCAGTCGTGGGTCGGGACCATTATGGT GTGTTTCCATTGAGAGGCAAATTGCTCAATGTGCGGGAAGCTAGCAATAAGCAGATAATGGATAATGAAGAAATTCAAAA TATAAAGAAAATTCTTGGACTGCAGCAAAACAAAGAGTATTCTAACGTGAAGTCTTTGAGATATGGTCATTTGATGATTA TGGCTGATCAGGATCATGATGGTTCCCACATCAAAGGGTTACTGATAAACTTCATTCATTCATTCTGGCCATCACTGCTT AAAGTTCCATCATTCATGGTTGAATTTACCACTCCCATAATAAGGGCTTTTCATTCAAACGGGACAAAATTATCATTTTA TTCAATGCCCGAGTATGAATCATGGAGAGAGAACTTGGGGAATAATGCAACTGGTTGGAAGATAAAGTACTATAAGGGTT TGGGTACAAGTACTCCTCAGGAAGGGAGAGAGTACTTTCGAGATCTTGGTAAGCATAGAAAAGACTTCGTTTGGGAAGAT GACTATGATGGGAGTGCAATTGAGATGGCCTTCAGTAAGAAGAAAGCTGAGGATAGGAAGGTTTGGATTCGCAATTTTGA GCCTGGCAATTATCGTGATCATGTTGCATCACGTATAAACTATAAGGACTTTGTGAACAAAGAACTTATATTGTTCTCTA GGGCTGATCTTCAAAGGTCCATTCCCTCGGTGGTTGATGGCCTCAAACCAGGTCAAAGGAAGATTCTTTTCTGCTCATTT AAGAAAAAGTTGTTCAAGGAAATAAAAGTAGGCCAATTTATTGGTTATGTGTCCGAACACTCTGCTTACCACCATGGTGA ACAAAGTCTGGCTAGCACAATCATAGGAATGGCACAGGACTTTGTTGGTAGCAACAACATTAATCTGCTGAAACCAAACG GTCAATTTGGTACTCGTAACTTGGGAGGCAAAGACCATGCTAGTTCCAGATATATATACACTGAACTAAATCCTATCACT CGGTGCCTCTTCCACGAGAATGATGATAAGCTACTGGAATACTTGAATGAGGATGGGAGGTCAATTGAACCAAGCTGGTA CATTCCTATTATTCCTTTGGTTCTTGTTAATGGAAGTGAAGGAATTGGGACTGGCTGGAGTTCATATATACCCAACTACA ATCCAAGGGATATTATTGCGAATGTTAGGCGTTTGTTAAACGATGAGACTATGGTTCCAATGGATCCTTGGTATAGAGGA TTTAAGGGAATCATTGAGAAAAGCGCCAAGGAAGGGGGGTATATAGTGAATGGTACAGTTGAGGAAATTGATGAACAAAG TTTCAGAATAACAGAGCTGCCCATCCGCAAGTGGACTCAAGATTATAAGCAGTTTCTTGAATCCATAACTGATGGGTCAC CCAATGTCAAGGATCCTCTCATTGAGGATTTCAGACAGAATGGAGATGACGCAATGGTTGACATTGAAATCAGGATGAAG CTGGAAAAAATAGCGATGATTATGCAAGAAGGACTGCTCAAGAAATTTAAATTGACTACCACAATCAGCACAAGCAACAT GCATCTTTTTGATGCAGAAGGGAAAATTAAGAAATACGAAAATCCTGAACAAATTCTTGAGGAATTCTTTCCTCTTAGGT TGGATTATTATGAGAGAAGGAAGCAATATATTCTGGAAAATTTTGAACGACTTTTGTTGGTGCTGGACAACAAAGTTAGG TTCATTTTAGGCGTTGTAAGTGGCGAAATTGTCGTGAGCAACCGGAAGAAAGCTGATTTATTGATGGAGCTGCAGCAGAA AGGTTTCACTCCAATGCCAAAAAAAGGTAAATCTGCAGAACCGCAAGTTGCTGGGGCTAATGATGAAAATTCAGAAGAGC AGGAAGATGAGAACACTAGAGAAGAGGCTGTCCGTGTTGAAGAAGCCAAAAGAGGTGACTATGAATATCTGTTGTCCATG TCTATTGGCACTTTGACCCTCGAGAGTGTTCAGAAGCTGCTAGCTGAAAAAGAAGAAACGGAAAAGGAGTTTGAGATTTT GAAGGCAACACCATCAAAGTCTATGTGGATGAAGGATCTAGATGAGCTTGAAAAGAAACTTGATGAACAAGATGGCAAAG AGGCAGAGGACGAAAAAAAGAGAATAAGCCAAGCGAGTAAAAGGACATCCACTCGTGATTTGGGCACAAAAGCAGCAAAG AAGCCTCCACAGCCACGAAAGAATACGAAGAAGACCAAAAATGCTGAGAGTGATAATTCTCCAATGGAAACTGAGAATGC TCCTGAAGTCAGTAAACCAAAAGGCAGAGCAGGTTCTAAGAATACTCAGAACCAAAAGGTTGCTGATGATGAAATTTTAT CTCTTCAAGAACGCCTAGCTGCATATAACTTCGGATCATCCAGTGATCAATCCGGAGGGGTGTTTAAAAATGATGGAAAC CGAAGAGCCTGTTGTGAAGAAAGGGAATAA
Download CDS Sequence

Protein sequence (LotjaGi3g1v0121000.2) extracted from Lotus japonicus Gifu v1.2 Proteins.

MEASKKRPLQNSNAANVPSAAAAAKGKTIEEMYQKKTQLEHVLLRPDTYVGSIEKHTQTLWVYENDEMVHRPVTYVPGLY KIFDEILVNAADNKQRDPKMDSLKVTIDPEANTVSVYNNGDGVPVEIHQEEKVYVPELIFGNLLTSSNYDDQEKKTTGGR NGFGAKLTNIFSTEFIIETADGRRQKKYKQVFSENMSKKAEPVISKCKENENWTKVTFKPDLEKFQMTHLEEDVVALMKK RVMDMAGCLGKTVKVELNGQSIRMKSFRDYADLYLKSAEKSRPVPLPRIHAKVGDRWEICTSLSDGQFQQVSFVNAINTT KGGTHVDYITNQITTYVMNKVNKKKKDANIKAHNVKNHLWVFVNVLVDNPAFDSQTKETLTTKAANLGSKCEVPESMLKE VANSGILDTLLSWADFKQSKDLKKTDGTKTQRLRGIVKLEDANDAGGRNSDKCTLILTEGDSAKALAMAGLSVVGRDHYG VFPLRGKLLNVREASNKQIMDNEEIQNIKKILGLQQNKEYSNVKSLRYGHLMIMADQDHDGSHIKGLLINFIHSFWPSLL KVPSFMVEFTTPIIRAFHSNGTKLSFYSMPEYESWRENLGNNATGWKIKYYKGLGTSTPQEGREYFRDLGKHRKDFVWED DYDGSAIEMAFSKKKAEDRKVWIRNFEPGNYRDHVASRINYKDFVNKELILFSRADLQRSIPSVVDGLKPGQRKILFCSF KKKLFKEIKVGQFIGYVSEHSAYHHGEQSLASTIIGMAQDFVGSNNINLLKPNGQFGTRNLGGKDHASSRYIYTELNPIT RCLFHENDDKLLEYLNEDGRSIEPSWYIPIIPLVLVNGSEGIGTGWSSYIPNYNPRDIIANVRRLLNDETMVPMDPWYRG FKGIIEKSAKEGGYIVNGTVEEIDEQSFRITELPIRKWTQDYKQFLESITDGSPNVKDPLIEDFRQNGDDAMVDIEIRMK LEKIAMIMQEGLLKKFKLTTTISTSNMHLFDAEGKIKKYENPEQILEEFFPLRLDYYERRKQYILENFERLLLVLDNKVR FILGVVSGEIVVSNRKKADLLMELQQKGFTPMPKKGKSAEPQVAGANDENSEEQEDENTREEAVRVEEAKRGDYEYLLSM SIGTLTLESVQKLLAEKEETEKEFEILKATPSKSMWMKDLDELEKKLDEQDGKEAEDEKKRISQASKRTSTRDLGTKAAK KPPQPRKNTKKTKNAESDNSPMETENAPEVSKPKGRAGSKNTQNQKVADDEILSLQERLAAYNFGSSSDQSGGVFKNDGN RRACCEERE
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
MobiDBLite
mobidb-lite
1 20 20 - –
MobiDBLite
mobidb-lite
1 18 18 - –
PANTHER
PTHR10169:SF38
17 1246 1230 0.0 –
PANTHER
PTHR10169
17 1246 1230 0.0 –
SUPERFAMILY
SSF55874
29 262 234 9.83E-59
IPR036890
Gene3D
G3DSA:3.30.565.10
36 278 243 6.3E-106
IPR036890
CDD
cd16930
75 221 147 5.67805E-92 –
Pfam
PF02518
76 223 148 2.1E-12
IPR003594
SMART
SM00433
78 668 591 0.0
IPR001241
PRINTS
PR00418
78 93 16 2.6E-54 –
PRINTS
PR00418
115 128 14 2.6E-54 –
PRINTS
PR00418
158 172 15 2.6E-54 –
SUPERFAMILY
SSF54211
257 415 159 8.16E-42
IPR020568
CDD
cd03481
265 416 152 1.9764E-70 –
Gene3D
G3DSA:3.30.230.10
289 416 128 3.6E-45
IPR014721
Pfam
PF00204
293 421 129 8.0E-24
IPR013506
PRINTS
PR00418
312 325 14 2.6E-54 –
SUPERFAMILY
SSF56719
430 1173 744 5.23E-245
IPR013760
PRINTS
PR01158
438 448 11 2.8E-85
IPR001154
Gene3D
G3DSA:3.40.50.670
439 696 258 4.3E-118
IPR013759
CDD
cd03365
453 571 119 3.18955E-80
IPR034157
ProSiteProfiles
PS50880
453 567 115 17.441
IPR006171
PRINTS
PR01158
453 460 8 2.8E-85
IPR001154
Pfam
PF01751
455 558 104 1.5E-7
IPR006171
PRINTS
PR00418
455 469 15 2.6E-54 –
ProSitePatterns
PS00177
457 465 9 -
IPR018522
PRINTS
PR01158
501 514 14 2.8E-85
IPR001154
PRINTS
PR00418
525 541 17 2.6E-54 –
PRINTS
PR00418
543 560 18 2.6E-54 –
PRINTS
PR01158
544 559 16 2.8E-85
IPR001154
PRINTS
PR00418
564 576 13 2.6E-54 –
PRINTS
PR01158
565 576 12 2.8E-85
IPR001154
Pfam
PF16898
569 696 128 2.0E-47
IPR031660
Gene3D
G3DSA:3.30.1490.30
572 617 46 4.3E-118 –
PRINTS
PR00418
608 624 17 2.6E-54 –
PRINTS
PR01158
614 626 13 2.8E-85
IPR001154
SMART
SM00434
679 1158 480 2.3E-211
IPR002205
Gene3D
G3DSA:3.90.199.10
697 1163 467 6.5E-198
IPR013758
CDD
cd00187
698 1163 466 1.31912E-139
IPR002205
Pfam
PF00521
699 1161 463 5.3E-128
IPR002205
PRINTS
PR01158
727 750 24 2.8E-85
IPR001154
PRINTS
PR01158
774 796 23 2.8E-85
IPR001154
PRINTS
PR01158
804 824 21 2.8E-85
IPR001154
Gene3D
G3DSA:3.30.1360.40
881 985 105 6.5E-198 –
PRINTS
PR01158
910 924 15 2.8E-85
IPR001154
PRINTS
PR01158
994 1020 27 2.8E-85
IPR001154
Gene3D
G3DSA:1.10.268.10
1021 1150 130 6.5E-198
IPR013757
MobiDBLite
mobidb-lite
1070 1105 36 - –
Coils
Coil
1130 1150 21 - –
Coils
Coil
1153 1180 28 - –
MobiDBLite
mobidb-lite
1168 1252 85 - –
MobiDBLite
mobidb-lite
1168 1187 20 - –
MobiDBLite
mobidb-lite
1236 1250 15 - –
MobiDBLite
mobidb-lite
1264 1289 26 - –

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: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:0003918
Molecular function DNA topoisomerase type II (ATP-hydrolyzing) activity Catalysis of a DNA topological transformation by transiently cleaving a pair of complementary DNA strands to form a gate through which a second double-stranded DNA segment is passed, after which the severed strands in the first DNA segment are rejoined; product release is coupled to ATP binding and hydrolysis; changes the linking number in multiples of 2.
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:0006259
Biological process DNA metabolic process Any cellular metabolic process involving deoxyribonucleic acid. This is one of the two main types of nucleic acid, consisting of a long, unbranched macromolecule formed from one, or more commonly, two, strands of linked deoxyribonucleotides.
Subterm of
GO:0006265
Biological process DNA topological change The process in which a transformation is induced in the topological structure of a double-stranded DNA helix, resulting in a change in linking number.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi3g1v0121000.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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