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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0264700 |
| Transcript ID | LotjaGi1g1v0264700.2 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Replication factor C subunit; TAIR: AT1G21690.1 ATPase family associated with various cellular activities (AAA); Swiss-Prot: sp|Q9FXM3|RFC2_ORYSJ Replication factor C subunit 2; TrEMBL-Plants: tr|I3SKP0|I3SKP0_LOTJA Uncharacterized protein; Found in the gene: LotjaGi1g1v0264700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:64737127..64747949) extracted from Lotus japonicus Gifu genome v1.2.
CAAATTTCCCTCTTATTTTTGGTCAACAAATTTCCCTCTTATATTTTTATCTAGTTTTTTTATTTTATTTTTTCAAATTT GAGGCCCATATTACTTATGCAGGGGTGTTTGGTTTCATGGATATCGATGTGAAACGCTGCGTTGTAGGGCAACCAGAGCG GGAAAATACCAGTGTTCTGCACAAATAGCACCGTGCAGTAGAAAGAGCAAAATCAGAGTGAGAACCAGAGAGTGAAACTG AGAAGAAGAAAAAGAAGAAGAAGAGATGGCGCCAATCGTTCAGAGCTCTCAACCATGGGTCGAAAAATAGTAACAATTTT CCTCTTCTCTCTTTCCCTAATTTCAATTCTCTCCATTTATCTACTTTTCAATAATCTAATTTCATCCCTCCCAATGTACC AGCCGCCCAAAGCAAGTGAAAGACGTCGCTTACCAAGATGAAGTTGTTCGAGTCCTCACCAACACTCTCGAAACCGGAAG CGTAATAATTTCCATTTCCCTCTTTCTTCTTCAACCCCTCAATATATTCCATTCAATATTTATTCCCCTTTGTGTTACAG TGCCCTCACATGCTCTTCTATGGTCCCCCCGGTACCGGAAAAACCACCACTGCGCTCGCAATTGCGCACCAGCTTTTCGG GTTGGCATTTTTCCCTTGATTGTTCTATGAATTGGAGTAAAAATTTGTTGTTTTAATCTGTAATAATCATGCATTGCAGG CCTGAGCTGTATAAGTCCAGGGTGCTGGAGCTCAATGCTAGTGATGATCGCGGGATTAACGTTGTTCGGACTAAGATTAA GGATTTTGCTGCTGTGGCTGTTGGTACTAACCCTAAGAAAGGGTGTGTGAAACCTAACCCCCTTTTGATGCTGTTGTTGC TTGTTATGTTTGTATAACTTACTTCTTATTTTGGTATTATTTATGGTACTTCAGTGGTTATCCTTGTCCACCATATAAGA TTATTGTTCTAGATGAGGCCGATTCGATGACCGAAGATGCTCAGGCATGTTAGCTATGTTTTTCACTCCTAACATTGCTT GTCTTGTGAATTGCTTTAGTTTAACGCTACCTGTGGTTTGGTGTGCAGAATGCCCTGAGGCGTACTATGGAAACTTACTC TAAAGTTACAAGGTTCTTTTTTATATGCAACTACATTAGCAGGTACCTTGTCTTCCATTATACAGTTCGCTGGTTACTTC CTTTATCATTTTTTAATCTCACATCTTACAACGTCTATGAGAGAATTATAGTTGCCATGGCCCATGGATAAACATGATTT TCATCAATTTCGGAATTTGTCCAAAATATTTGTAGCTTTAGTGTCCAGCTCTAATAGTTATTTATCTTTTATTACTATTG TTTAAATCCATTAGTTCGTTCATTTAATTATTTTGTATTACTTTGAATAGTGTATACTTATTTTTCTAAAATCTGCACCA ATATTACAACGGTATCCTCTTGTCTTCAAGGATTTTCCTCTTTGCATGTATCATGTGAAGTATGCAGAAAAATGATAAGG CTAAAAAAATAATAATTATAGTCTTTTCTCCTTGTCAATCCTTTGCCAAGGATAGGTGACTGTGTCACATTAATTTCATT CTTGACAAGGTTGTCATTTTTTGTAGGATTATAGAACCACTTGCTTCAAGGTGTGCAAAATTCAGGTTCAAGCCATTGTC AGAAGAAATCATGAGCAGCCGCATATTATACATCTGTAATGAAGAAGGAATCCATCTTGATGCTGAGGTAGGAACCTTGA ATCTTATATTGATGGTTTCAATCCTTTGTCTTTAGAGGTTTTGTTGACATCATGGCGGATTATTTTAAGTGCCTTTGCTT CCGTAGGGTCTTTCTACCCTTAGTTCTATTTCTCAAGGAGATCTTCGTCGGGCCATCACATACTTGCAGGTGAGCGATAC TTTTTTGTTAACACAGTATGTCTTCAAATATGAAATTATATTACAACTGTTTTAGTGAGTTTACATGGTTTTTATTTTCC TTGTAATTTTGATGAGTAATTGGTGTAACTGAGCCATTTTACTCTGAATAAACTGTGTATATCTTAGATGGCTATACTTC CATCCTATTCTGCGCTACTTCACCATATTAGGTTGTAAATATCAATTTATGTGTGTTAATAGTGCTGCTTTTTAGGAAAT AAGTAATATAAAGAAAACTACTATTTTTGGTAATGTTCTTAAGAAAGATTGTTTTGGTGTTCAGAGTTGTCTTATAGTAG CTATGTATGCTTTCATTTTTCATACCTTTGATGCTGGCTCAAATTAAATAAAGGGATTGTTTATATTCTATTATTTGCCT TATGTATGGATTAGTTTCTTCAATAACAATAGTGATCAAGCTTTAATGAATTGCATATGTATATCCTATTTATTATTTTA ACTTACACAGTTCTAACGTTGCAGTCTTCTGCTCGCTTATTTGGTTCTCACATTTCTTCAAAGGACCTGATTTCTGTGTC TGGGGTAAGTTGTGGAACTAATTTCCTGTGGGTTGTTCTGTTTTTATTTTGAAAGCAAATAATGATATGCTCTTTAGTTG TATATTTATATTATTTTGTATAAGCGCAAAAAAAAGCACCAAAATATACATTATTTTGTATTCTGTTTTCATGTCTGACA AGGTACATTATTGTAAGCCTTAATGATTGGCATAGTTATTAGCTGAAGGGCATGGAATTTTAGTTTTGGATTTGTTCTTA TTCAGTAATTTTCTTCCTGGATTTTTAAATTATATGGTTAAAAGCTTGATTTGCTGGTCCAGATAGTTCCATCACTTGAT ATATAAGTTCACGAAATTGCAGTCTATATGCCATTTTATGAAACATTGGATGTCGGCATCTATTGCTTTAAGGTTCTTTG TATGTGATATCTTACTTTCCTTGCTGTGTGCCTCCTTTATGCAAGGTTAACCAATTTTTGTTTAACTGGGTGGGTTTTTT TTGGACATAATTTCTGGTTATATTTGTTATAGAAGATCTTTTGCTCTCTTCCACCTTGTTCTTACTTTCTAAAATTTCAA TCTATCAGGTTGTTCCAGAAAATGTTGTGGAGGCAATTCTTAAAGCATGTAAGAGTGGTAATTTTGATTTAGCCAACAAG GAAGTTAATAATTTCATTGCAGAGGGGTATCCAGCCTCTCAGTTGCTAACTCAGGTATTGTTTTTGCCAGTTTCATTGTG AATTTTTTGTTGTTGATGGCTGTGCTTACCCAGAGAGGTGTTCTAAAATGTAGCTGATTGATTTTCTTTTTTGTTCAGTT ATTTGATGCCATTGTTGAAGAAAAAGGCACATCTGATAAACAGAAGGCAAGAATATGCAAGAAGCTGGGTGAAGCAGATA AGGTTACTCATGACCCTTTAGGATTTAATATACACAGTGACCCTCCTCCCTTTTTTTAAAAAAAAAAATCCTTTTCGGGC TTGTGGATATGATTTGACAGACTACTATCTTGTGAATTTACATGTATTTTTAAATTTAGGTTAAATTTAACATATATACA TTAAAAGAAAAATATGGAAAGGTCCTGGAGGAGGTAAAGGTATAAAATGACTTGCATAGTTATTCAATGAAATTATATAC TTTGAAACTTTGGGAAAGAGTAATTCAACGAAGATTACAACTAGAGACCCACAAAACAGAAAATGACTTTGGCTTTGTGC CGAGAAGATCAACCATGGAAGCTATGTGTGTTGCAGATACTGACGGAGAAGTATCTGATGAACCAAAAGGACTGTTGGAA TCAAGAACAGAGAAAGAGAATTGGCTTATTCAATTGAACTGAAACTGAACCAAGATCCACAAAGTGTGAACCAATGGCTC TGAGATACAAGAATTGGAAAACTGCAACTGGAAACTATGAACCCTAGCTCCTCTGGAACTTCGAGAGTCCAGGACCTCCA ACAAACTAACTGAATCTCTAACTACTCAACAAACTACCCTGTTCCTCTATTTATAGGACAGGATCCTAACTGCCAACTCT AACAGACTAGTTACTAGGCTAGTCCTTATTACATTGATATCAGAATATAACAGAATTAGACTATACAACTGTCTTCTTCT TATTCCTTCTTTCATAAACCTTCTTTATTAGAGGACGATGTTCATCAATACCCCCCCCTAAAAGCTTCACCTTGTCCTCA AGGGGAAAAGTAGGAAAAGCCTCATGAATGCGAGCTGCAGACTCCCAGCTGTTCTCACTAGAAGGTAGGGTCTGCCACTG AACCAGAACTTCAATTTCCCCCAGCTTGTCCTCCCTAATGTCCAACACAGCCTCAGGAGAAACCAACAACTCATGATCCT CAGTCAAAGCCTCGGGCAAAGGCTGGGACTGAAAATCAGTCCCCACAACCTTCTTGAGGAGAGAAACATGGAAGACTGGA TGCACCTTACTCTGAGCAGGAAGATCCAACTTATAAGCTACTGCCCCAATCCTTTCCAAAATCTGGTATGGGCCATAAAA TCTGGGACTGAGCTTCTCATTCATCTTCTTAGCCAGGGATCTTCTCCTGTAAGGTTGAAGTTTAAGATAGACCCAATCTC CAATCTGGTACTCCACATCCCTTCTATGCTTATTGGCATATTTTCTCATCTTGTCTTGTGATTTCAGCAGATTGGCCCGA AGGTCATCTAACAACTCATCTCTGCTACTGGTAAGATCATTAACCTCAGCAATCTTAGAAGGAATAGTTGTCCCTTTGAG CAAAAAGGGGGGCTCTTGACCATAGAGAGCCTGAAAAGGTGACATGCGAGTAGATCTATTGTAGTTACTGTTATACCAAA ATTCTGCCCAAGGTATACAGGTAACCCATCTCTTAGGTCTGGATCCAGTAAGACATCTCAAATAAACCTCAATGCACCTG TTTACTACTTCTGTCTGCCCATCCGTTTGTGGATGGTAAGCAGTGCTGAACTTCAACTGAGTTCCAGAAGCTTTAAAAAG CTCTTTCCAGAATTGACTAAGAAAGAGAGAGTCCCTATCAGACACAATAGTTGCTGGGAATCCATGCAATCTTACTACCT CTTGCAAAAACAGAGTGGCAACCTCAGGAGCAGTATAAGGGTGACTAAGAGGAATGAAATGAGCATATTTGGTCAAACGA TCCACCACCACAAGAATTGTGTCCTTGCCTTTGGATTTGGGAAGGCCCCCAATGAAATCCATTGACACATCAGTCCAAAC CTGAGTAGGAATAGGCAGAGGCTGGAGTAAGCCAGCAGGGGACAGATTGTCAAACTTATTCCTTTGACAAATGTCACACT TGGACACAAACTCCTTAACATCTGTTTTCATGCATTCCCAATACACCACACTTGTCAATCTCTGATAAGTTCTGAAATAG CCAGAATGTCCCCCCATTAGAGAGGCATGGAATTCCTTACATAGTAGAGGAATCCTAGAGGATTGTTTAGACAACACCAG CTTCCCTTTGTAAAACAATTTGTGGTCCTTAAGGGTATATCCCTTGTGAGAATCAGGATTGACTAGCAAATCCTGGGTAA TGGCTTGCAATTTTGGGTCTTGAAGCAATTCAGTTTGCCATTCCTCATAATCATTAACTCTGAGGACAGAAAGTGCACAA TAAGAACTTCTTCTAGACAATGCATCTGCTGCTGAATTGTCTTTTCCAGGCTTGTACTGGATCTCAAAATCATATCCAGA AAGTTTAGAGACCCACCTATATTGTTCCTCCCCCAAGACCCTTTGCTCAGTCAAGAATTTTAGGCTTTTCTGATCTGTCC TGATCACAAATTGCCTTCCCATCAAATAATGCCTCCATCTCTGAACAGCTCTAACTACTGCCATCAATTCCCTCTCATAG ACAGACTTGGCCTGACTTCTATCTGACAAAGTAGCACTCCAGAATGCAAGTGGTTTGCCCTCTTGAGTAAGCACAGCTCC CAGTCCAGTACCAGATGCATCTGTTTCCAATACAAAAAGCTTGGAAAAATCTGGAATGGCTAAGGTAGGAAGGGCTGTAA GGGCCTGCTTAAGAGTTTCAAAAGCTTGTTGTGGTTCTGGTCCCCACCTGAAACTATCTTTCTTCAACAATTGGGTCAAA GGTCTGGCTATTTTGCCATAATCCTTAAAAACCCTTCTGTAATATCCAGTCAGGCCTAAAAATCCTCTCAAACTCTTTAG ATCCTTAGGGACTGGCCATAGCCACATGGCATCCAGTTTTTTTGGATCAGCTGCAACTGCTCCAGCAGTAATAACATGCC CCAAATACTCAATTTGTTGCTGGCCAAAGACACTCTTCTTCCCATTAATCTTCAGGTCATGTTGCTCCATCAATTGGAGA ACTTGTGAGAGATGGAGAACATGGTCTTCTAAACTGGAGCTGTAGATCAAGATATCATCAAAGAACACTAAAGCATGTTT TCTTAGCACTGGCCTTAGAACCTCATTCATTAAGGACTGAAATGTTGATGGAGCATTGGTGAGACCAAAAGGCATCACCA AAAACTCATAGTGTCCCTCATGAGTGCGAAATGCAGTCTTTTCCATGTCTTCCTCTCTCATCCTGATCTGGTGATAACCT GATTTAAGATCAATCTTGGAAAATATCCTGGCAGGTCCTATTTCATCTAGCAGCTCATCAATGACAGGAATTGGGAATTT ATTGGGGATAGTGACCTTATTTAAAGCCCTATAATCAACACAAAATCGCTACCATCCTTTTTCCTTACTAAAATCACTGG ACTAGAATAGGGACTAATACTAGGTCTGATTATACCTGCATTCAACATCTCAGCTACCAATTTTTCTATCTCATTTTTTT GGTAATGAGGATACCTGTATGGTCTGATATTGGGAATGGCAGCTCCCTCCTTCAAATGAATTGCATGGTCATGCCTTTTT TGAGGGGGGAGTCCTGTTGGATTCTCAAACAAGGCAGGAAAATCAGCTAAAACCCTCTGCAATATCTCTGGAGTCTCAGC TATGGGTGCTACCTCTTTTTCCAACATTCTACACTTAACAACAAAACCTTCACCTTGCTGTTGAATCTCCTTCACCATAG TGTTCATGGAAGCTTTCTTCTTGGTCAGCTCAGGTTCACCTTTGATGAAAACTAATGTATCTCCCACTTTGAATTTCAAG GTCAATTTCTCAAAGTTGGCTTTAATCTCCCCCAAACTAGCTAACCATTCCAGTCCCAGTACAATGTCCACACCTCCTAA TTCAAACAAGAAGAAATCTTGCATAATCTGATGTCCTTGAATCTGCAGGCTAATGTTTTTGCAAACCCCTTTGCAACTCA CTTTATGACCATCTCCCACCTCTAGTGTATAAGATGGTGTTGCTGTAATTTCCAAAGCCAGAGATTTGGCTAATTTTCTG GAAATGAAATTGTGAGTTGCCCCACAATCTATTAACACAATGATCTTTTCTTCCTGCAATTGTCCCCACACTTTGAGTGA TCTTCTTGTAGTAATTCCTTCACTGCTGTTGAGGGAAAGTTGTTTGAGCTCTACAACTTCTTCCAGATCCTCCAATAGTT CATCTTCATTCCCATTTTACTCCTCTCCTCCATCTTCTTCTAAAAACATTACCCTAAGCTGTTTGTTCTTGCACACGTGA TTTGGCCCAAATTTCTCCTCACACCTAAAACATTCCCCTTTCCTCAATTTTTCCTTCATCTCTTCTCCAGTTAATCTCCT GAATCCTCCCACTCTTCCTGGCCTCATTGTTGACTTCTCTATCACACTTCCACTGGAAGATTGGGCAGTCCCCTGAGAAG TTGTTCCCCCTGTCTTTTGCTCTGTATCCACAACAACAGTCTTTTGATATGTTGGGGTCCTGTATGAAGATCTAAAAGAG AGAGCATTCCTACTCCCAGTACCCACTCCAGCTTTGCTGACTGCTAAATTCTTTTGTTCCACCATTAGAGCCTTCTTGAC CATAACAGTCAAAGTCTTGGGCTCATAGAGCTTGATTTCTGCTGCTATCTCCTCTTTCAACCCATTCACAAATATATCCA TGAAGTGATCTTCCTCTATACCTTTGAGCATGCAGGCAAATCTTTCAAATTGCTCCACAAATTCTTCCACACTTTCTGTT TCAAACTCAGTAATGCTGCAAAAGGACTCGAAGCTGTTGCGAGTTGGAAACGTTCTAACATGGCTTCTTTGAAGCTGTTC CATGTAGTAGCTTGATTACATGTCTCCCACCATTGGAACCAGCTCAAAGCTTTTCCATCTAAAGCCACCATAATCGCTTG TATTTTCTCTTCCTCATTGGCTACTTTCAAATGAAAATACCTTTCCAGTTTCTGAATCCAGCTATACGCGTCTTCTTCTC CCTGGAACACTGGTATATCCAGTTTCCTCCAACGCTCCATGTGAAGGTTGCCTTCACCGTGGCCTGGATCACGCTGGTGC CCCACCGTCTCTCCCAACCTGCTAGCTCCCCCGCTTTCCTCAGCGTTGATTTCTCCGCTCCTTCTCACGCCGCCGCTGCC GCTGGCGTCACGCGCACCCTGGATTCCCACGCCGTTGCCGCCATTAGCGTCGCGTGCTCCCTCGCCTCGGCGCGCCACTG TCTCCATGAAGTTTTCCAGAATGCGAAACCTCTTGTCGGTTCGCTCCTTCTCAATCGCTCGCTCCCTGCGTTCTTCCTCA CGAATCCGTCGATCTTCCTCACGATTCCTGCGTTCCACTTCACGATCGCGACTCAACTCCTCGATGAACCTCTCGATTGC ATCTACTCGAGGCTCCATTCTGCTCACAACCATAGATGAATCGATACCACAGCTCCTGGATGGAGCTCTGATACCAAATT TATGGAATCAAGAACAGAGAAAGAGAATTGGCTTATTCAATTGAACTGAAACTGAACCAAGATCCACAAAGTGTGAACCA ATGGCTCTGAGATACAAGAATTAGAAAACTGCAACTGGAAACTATGAACCCTAACTCCTCTGGAACTTCGAGAGTCCTGG ACCTCCAACAGACTAACTGAATCTCTAACTACTGAACAAACTACCCTGTTCCTCTATTTATAGGACAGGATCCTAACTGC CAACTCTAACAGACTAGTTACTAGGCTAGTCCTTATTACATTGATATCAGAATATAACAGAATTAGACTATACAACTGTC TTCTTCTTATTCCTTCTTTCATAAACCTTCTTTATTAGAGGGCAATGTTCATCAAGGACCTACACATGGTTTTTGTTGAT TTGGAAAAGGCATATAGTAAAGTACCTAGGTAGGTGTTGTGGGCGGTTCTGGATAAAAACTGAGTCTGAGTTACTCACAT AACATTCAAGCAATCAAAGATATACATAAGGGGGCCACAACTCACAACTAGTATTAGAATACTATGTGGCGATAATGGAG ATTAAACCCTTAGCTTCTTGTCTTGGTTTTAGAGACTTAACACGTCCTAGAAACGCCGCAATACATGTTTTTTTGTGGAA GATAAAGTTTTAATTGGGGATTCAAAGAAGAAATAAATGAAAATATGGAGAGACTAGTCTGAGAAACACTTGGATTTGTC CTAATTATAAGTAAAACAAAGTATATAAAACGTAAGTTTAACAAGAGACATTAACATTTTAATGTGGAGGTGAAATTGGG AGAATATACAAATAAGATACCTCAAGTTTCACATTGTAAGTGCTTGCTGTTTATCATATAAAATGACGGGAATTGAGGGA GATATTAAACTCATGATTAAACTCATGATTCAAGCAGTGGATGAAAATAGTATATGCTTAAGGTGTTATTTGTGAAAGTA CCATTAAAACTTACAAGAAAATTGTATGACAATTATAAAACCTGCAATGTTGTATGAGACCTAATGTTGGTTGGTTAGGA GCAAAAAAAAAAGGATCAGTGATGCAGAGATGAGAGTGTTATGTTGGATGAGTGGATACACAAGACCAAATAGGATGTAT CATTAGAGACGGTTGAGGGTAGCTCCTATTTTAGAAAAGATGTTAGAACCCTTATTTAGGTGGCTTAGACATGTATGGAG ACAACATGTGGAAGCACAGGTTAGAAAGGTTGATCAAATGGAGGAGTTAGATTATAGTCAAATAGTTAGATGCAAGAGAA GACCAGGAAAAACAAGACAAATAATTTAGAGATTTTGAGGTAAATGATATTTTTATAGACTTGGTGCATGACAGGGAATT ATAAATGATCCATATTGGCGTGGCGACCCCTTAATATTTAAAATATAGTGTTTCTGTCCACCGTGATTTTGGTTTGATCG TCGTTTTCCACCTTGTACCATATATGCACTAAGTTTGGGTACAATTCTTACTTTTTACATGTGGAATTACAGTGCCTAGT TGATGGAGCTGATGAATACTTGCAGCTTCTTGATGTGATCAGCAATACAACGAAAGCCTTTTGCGACATGCCAGAAGGGT TATCTTACGAGGGTTAAATATTCGATTATCAGCTTGTTAAATCAAGAAGAGTTACTTATTCTGCTGTAAAGAAATCAAAT TTGCGCTCTGTTGATTTTTAAAGTATTCATCCAGGGAAATTGTACGCAAGAATTCTAAATGCTACTATGCTAGCATAGGA CACTCCTGACTGCAAAATTACGGCTGCAGCTGATGAAATGAATATATAACTAGAATTTTGCTGTATTTGCACTCATTTTC AAAGTAGTTATAATATCTTTTGACAAAAAAAAAGAGTAGATATGCTCTCTCCTTTCCTTGAGAACCTTTCTTCTCTAAGG AACATGGCAAAATAGCCCCGTAACTACGGGAGAAGGGCGCCTTCTCACAAAGGGGTCTCAGTCCCAGAATGAAAAGGGCA TATTTTAAATGTTCTACTTAAGC
CDS sequence (LotjaGi1g1v0264700.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGCCAATCGTTCAGAGCTCTCAACCATGGGTCGAAAAATACCGCCCAAAGCAAGTGAAAGACGTCGCTTACCAAGA TGAAGTTGTTCGAGTCCTCACCAACACTCTCGAAACCGGAAGCTGCCCTCACATGCTCTTCTATGGTCCCCCCGGTACCG GAAAAACCACCACTGCGCTCGCAATTGCGCACCAGCTTTTCGGGCCTGAGCTGTATAAGTCCAGGGTGCTGGAGCTCAAT GCTAGTGATGATCGCGGGATTAACGTTGTTCGGACTAAGATTAAGGATTTTGCTGCTGTGGCTGTTGGTACTAACCCTAA GAAAGGTGGTTATCCTTGTCCACCATATAAGATTATTGTTCTAGATGAGGCCGATTCGATGACCGAAGATGCTCAGAATG CCCTGAGGCGTACTATGGAAACTTACTCTAAAGTTACAAGGTTCTTTTTTATATGCAACTACATTAGCAGGATTATAGAA CCACTTGCTTCAAGGTGTGCAAAATTCAGGTTCAAGCCATTGTCAGAAGAAATCATGAGCAGCCGCATATTATACATCTG TAATGAAGAAGGAATCCATCTTGATGCTGAGGGTCTTTCTACCCTTAGTTCTATTTCTCAAGGAGATCTTCGTCGGGCCA TCACATACTTGCAGTCTTCTGCTCGCTTATTTGGTTCTCACATTTCTTCAAAGGACCTGATTTCTGTGTCTGGGGTTGTT CCAGAAAATGTTGTGGAGGCAATTCTTAAAGCATGTAAGAGTGGTAATTTTGATTTAGCCAACAAGGAAGTTAATAATTT CATTGCAGAGGGGTATCCAGCCTCTCAGTTGCTAACTCAGTTATTTGATGCCATTGTTGAAGAAAAAGGCACATCTGATA AACAGAAGGCAAGAATATGCAAGAAGCTGGGTGAAGCAGATAAGTGCCTAGTTGATGGAGCTGATGAATACTTGCAGCTT CTTGATGTGATCAGCAATACAACGAAAGCCTTTTGCGACATGCCAGAAGGGTTATCTTACGAGGGTTAA
Protein sequence (LotjaGi1g1v0264700.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAPIVQSSQPWVEKYRPKQVKDVAYQDEVVRVLTNTLETGSCPHMLFYGPPGTGKTTTALAIAHQLFGPELYKSRVLELN ASDDRGINVVRTKIKDFAAVAVGTNPKKGGYPCPPYKIIVLDEADSMTEDAQNALRRTMETYSKVTRFFFICNYISRIIE PLASRCAKFRFKPLSEEIMSSRILYICNEEGIHLDAEGLSTLSSISQGDLRRAITYLQSSARLFGSHISSKDLISVSGVV PENVVEAILKACKSGNFDLANKEVNNFIAEGYPASQLLTQLFDAIVEEKGTSDKQKARICKKLGEADKCLVDGADEYLQL LDVISNTTKAFCDMPEGLSYEG
Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.
| Prediction algorithm | Identifier | Start | End | Length | E-value | InterPro ID |
|---|---|---|---|---|---|---|
| Gene3D | 2 | 174 | 173 | 6.2E-55 | – | |
| PANTHER | 7 | 330 | 324 | 2.3E-143 | – | |
| PANTHER | 7 | 330 | 324 | 2.3E-143 | – | |
| SUPERFAMILY | 8 | 233 | 226 | 2.43E-51 | ||
| CDD | 26 | 166 | 141 | 2.77872E-26 | – | |
| SMART | 41 | 174 | 134 | 2.4E-14 | ||
| Pfam | 45 | 172 | 128 | 5.7E-17 | ||
| CDD | 174 | 233 | 60 | 4.79106E-14 | – | |
| Gene3D | 175 | 239 | 65 | 1.4E-16 | – | |
| Gene3D | 240 | 329 | 90 | 9.5E-33 | – | |
| SUPERFAMILY | 240 | 325 | 86 | 1.32E-23 | ||
| Pfam | 240 | 325 | 86 | 7.9E-22 |
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 |
|---|---|---|---|---|
| Molecular function | DNA binding | Any molecular function by which a gene product interacts selectively and non-covalently with DNA (deoxyribonucleic acid). | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| 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. |
Expression pattern of LotjaGi1g1v0264700.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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