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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0264700 |
| Transcript ID | LotjaGi1g1v0264700.3 |
| 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_chr1:64737533..64747684) extracted from Lotus japonicus Gifu genome v1.2.
ATGGCGCCAATCGTTCAGAGCTCTCAACCATGGGTCGAAAAATAGTAACAATTTTCCTCTTCTCTCTTTCCCTAATTTCA ATTCTCTCCATTTATCTACTTTTCAATAATCTAATTTCATCCCTCCCAATGTACCAGCCGCCCAAAGCAAGTGAAAGACG TCGCTTACCAAGATGAAGTTGTTCGAGTCCTCACCAACACTCTCGAAACCGGAAGCGTAATAATTTCCATTTCCCTCTTT CTTCTTCAACCCCTCAATATATTCCATTCAATATTTATTCCCCTTTGTGTTACAGTGCCCTCACATGCTCTTCTATGGTC CCCCCGGTACCGGAAAAACCACCACTGCGCTCGCAATTGCGCACCAGCTTTTCGGGTTGGCATTTTTCCCTTGATTGTTC TATGAATTGGAGTAAAAATTTGTTGTTTTAATCTGTAATAATCATGCATTGCAGGCCTGAGCTGTATAAGTCCAGGGTGC TGGAGCTCAATGCTAGTGATGATCGCGGGATTAACGTTGTTCGGACTAAGATTAAGGATTTTGCTGCTGTGGCTGTTGGT ACTAACCCTAAGAAAGGGTGTGTGAAACCTAACCCCCTTTTGATGCTGTTGTTGCTTGTTATGTTTGTATAACTTACTTC TTATTTTGGTATTATTTATGGTACTTCAGTGGTTATCCTTGTCCACCATATAAGATTATTGTTCTAGATGAGGCCGATTC GATGACCGAAGATGCTCAGGCATGTTAGCTATGTTTTTCACTCCTAACATTGCTTGTCTTGTGAATTGCTTTAGTTTAAC GCTACCTGTGGTTTGGTGTGCAGAATGCCCTGAGGCGTACTATGGAAACTTACTCTAAAGTTACAAGGTTCTTTTTTATA TGCAACTACATTAGCAGGTACCTTGTCTTCCATTATACAGTTCGCTGGTTACTTCCTTTATCATTTTTTAATCTCACATC TTACAACGTCTATGAGAGAATTATAGTTGCCATGGCCCATGGATAAACATGATTTTCATCAATTTCGGAATTTGTCCAAA ATATTTGTAGCTTTAGTGTCCAGCTCTAATAGTTATTTATCTTTTATTACTATTGTTTAAATCCATTAGTTCGTTCATTT AATTATTTTGTATTACTTTGAATAGTGTATACTTATTTTTCTAAAATCTGCACCAATATTACAACGGTATCCTCTTGTCT TCAAGGATTTTCCTCTTTGCATGTATCATGTGAAGTATGCAGAAAAATGATAAGGCTAAAAAAATAATAATTATAGTCTT TTCTCCTTGTCAATCCTTTGCCAAGGATAGGTGACTGTGTCACATTAATTTCATTCTTGACAAGGTTGTCATTTTTTGTA GGATTATAGAACCACTTGCTTCAAGGTGTGCAAAATTCAGGTTCAAGCCATTGTCAGAAGAAATCATGAGCAGCCGCATA TTATACATCTGTAATGAAGAAGGAATCCATCTTGATGCTGAGGTAGGAACCTTGAATCTTATATTGATGGTTTCAATCCT TTGTCTTTAGAGGTTTTGTTGACATCATGGCGGATTATTTTAAGTGCCTTTGCTTCCGTAGGGTCTTTCTACCCTTAGTT CTATTTCTCAAGGAGATCTTCGTCGGGCCATCACATACTTGCAGGTGAGCGATACTTTTTTGTTAACACAGTATGTCTTC AAATATGAAATTATATTACAACTGTTTTAGTGAGTTTACATGGTTTTTATTTTCCTTGTAATTTTGATGAGTAATTGGTG TAACTGAGCCATTTTACTCTGAATAAACTGTGTATATCTTAGATGGCTATACTTCCATCCTATTCTGCGCTACTTCACCA TATTAGGTTGTAAATATCAATTTATGTGTGTTAATAGTGCTGCTTTTTAGGAAATAAGTAATATAAAGAAAACTACTATT TTTGGTAATGTTCTTAAGAAAGATTGTTTTGGTGTTCAGAGTTGTCTTATAGTAGCTATGTATGCTTTCATTTTTCATAC CTTTGATGCTGGCTCAAATTAAATAAAGGGATTGTTTATATTCTATTATTTGCCTTATGTATGGATTAGTTTCTTCAATA ACAATAGTGATCAAGCTTTAATGAATTGCATATGTATATCCTATTTATTATTTTAACTTACACAGTTCTAACGTTGCAGT CTTCTGCTCGCTTATTTGGTTCTCACATTTCTTCAAAGGACCTGATTTCTGTGTCTGGGGTAAGTTGTGGAACTAATTTC CTGTGGGTTGTTCTGTTTTTATTTTGAAAGCAAATAATGATATGCTCTTTAGTTGTATATTTATATTATTTTGTATAAGC GCAAAAAAAAGCACCAAAATATACATTATTTTGTATTCTGTTTTCATGTCTGACAAGGTACATTATTGTAAGCCTTAATG ATTGGCATAGTTATTAGCTGAAGGGCATGGAATTTTAGTTTTGGATTTGTTCTTATTCAGTAATTTTCTTCCTGGATTTT TAAATTATATGGTTAAAAGCTTGATTTGCTGGTCCAGATAGTTCCATCACTTGATATATAAGTTCACGAAATTGCAGTCT ATATGCCATTTTATGAAACATTGGATGTCGGCATCTATTGCTTTAAGGTTCTTTGTATGTGATATCTTACTTTCCTTGCT GTGTGCCTCCTTTATGCAAGGTTAACCAATTTTTGTTTAACTGGGTGGGTTTTTTTTGGACATAATTTCTGGTTATATTT GTTATAGAAGATCTTTTGCTCTCTTCCACCTTGTTCTTACTTTCTAAAATTTCAATCTATCAGGTTGTTCCAGAAAATGT TGTGGAGGCAATTCTTAAAGCATGTAAGAGTGGTAATTTTGATTTAGCCAACAAGGAAGTTAATAATTTCATTGCAGAGG GGTATCCAGCCTCTCAGTTGCTAACTCAGGTATTGTTTTTGCCAGTTTCATTGTGAATTTTTTGTTGTTGATGGCTGTGC TTACCCAGAGAGGTGTTCTAAAATGTAGCTGATTGATTTTCTTTTTTGTTCAGTTATTTGATGCCATTGTTGAAGAAAAA GGCACATCTGATAAACAGAAGGCAAGAATATGCAAGAAGCTGGGTGAAGCAGATAAGGTTACTCATGACCCTTTAGGATT TAATATACACAGTGACCCTCCTCCCTTTTTTTAAAAAAAAAAATCCTTTTCGGGCTTGTGGATATGATTTGACAGACTAC TATCTTGTGAATTTACATGTATTTTTAAATTTAGGTTAAATTTAACATATATACATTAAAAGAAAAATATGGAAAGGTCC TGGAGGAGGTAAAGGTATAAAATGACTTGCATAGTTATTCAATGAAATTATATACTTTGAAACTTTGGGAAAGAGTAATT CAACGAAGATTACAACTAGAGACCCACAAAACAGAAAATGACTTTGGCTTTGTGCCGAGAAGATCAACCATGGAAGCTAT GTGTGTTGCAGATACTGACGGAGAAGTATCTGATGAACCAAAAGGACTGTTGGAATCAAGAACAGAGAAAGAGAATTGGC TTATTCAATTGAACTGAAACTGAACCAAGATCCACAAAGTGTGAACCAATGGCTCTGAGATACAAGAATTGGAAAACTGC AACTGGAAACTATGAACCCTAGCTCCTCTGGAACTTCGAGAGTCCAGGACCTCCAACAAACTAACTGAATCTCTAACTAC TCAACAAACTACCCTGTTCCTCTATTTATAGGACAGGATCCTAACTGCCAACTCTAACAGACTAGTTACTAGGCTAGTCC TTATTACATTGATATCAGAATATAACAGAATTAGACTATACAACTGTCTTCTTCTTATTCCTTCTTTCATAAACCTTCTT TATTAGAGGACGATGTTCATCAATACCCCCCCCTAAAAGCTTCACCTTGTCCTCAAGGGGAAAAGTAGGAAAAGCCTCAT GAATGCGAGCTGCAGACTCCCAGCTGTTCTCACTAGAAGGTAGGGTCTGCCACTGAACCAGAACTTCAATTTCCCCCAGC TTGTCCTCCCTAATGTCCAACACAGCCTCAGGAGAAACCAACAACTCATGATCCTCAGTCAAAGCCTCGGGCAAAGGCTG GGACTGAAAATCAGTCCCCACAACCTTCTTGAGGAGAGAAACATGGAAGACTGGATGCACCTTACTCTGAGCAGGAAGAT CCAACTTATAAGCTACTGCCCCAATCCTTTCCAAAATCTGGTATGGGCCATAAAATCTGGGACTGAGCTTCTCATTCATC TTCTTAGCCAGGGATCTTCTCCTGTAAGGTTGAAGTTTAAGATAGACCCAATCTCCAATCTGGTACTCCACATCCCTTCT ATGCTTATTGGCATATTTTCTCATCTTGTCTTGTGATTTCAGCAGATTGGCCCGAAGGTCATCTAACAACTCATCTCTGC TACTGGTAAGATCATTAACCTCAGCAATCTTAGAAGGAATAGTTGTCCCTTTGAGCAAAAAGGGGGGCTCTTGACCATAG AGAGCCTGAAAAGGTGACATGCGAGTAGATCTATTGTAGTTACTGTTATACCAAAATTCTGCCCAAGGTATACAGGTAAC CCATCTCTTAGGTCTGGATCCAGTAAGACATCTCAAATAAACCTCAATGCACCTGTTTACTACTTCTGTCTGCCCATCCG TTTGTGGATGGTAAGCAGTGCTGAACTTCAACTGAGTTCCAGAAGCTTTAAAAAGCTCTTTCCAGAATTGACTAAGAAAG AGAGAGTCCCTATCAGACACAATAGTTGCTGGGAATCCATGCAATCTTACTACCTCTTGCAAAAACAGAGTGGCAACCTC AGGAGCAGTATAAGGGTGACTAAGAGGAATGAAATGAGCATATTTGGTCAAACGATCCACCACCACAAGAATTGTGTCCT TGCCTTTGGATTTGGGAAGGCCCCCAATGAAATCCATTGACACATCAGTCCAAACCTGAGTAGGAATAGGCAGAGGCTGG AGTAAGCCAGCAGGGGACAGATTGTCAAACTTATTCCTTTGACAAATGTCACACTTGGACACAAACTCCTTAACATCTGT TTTCATGCATTCCCAATACACCACACTTGTCAATCTCTGATAAGTTCTGAAATAGCCAGAATGTCCCCCCATTAGAGAGG CATGGAATTCCTTACATAGTAGAGGAATCCTAGAGGATTGTTTAGACAACACCAGCTTCCCTTTGTAAAACAATTTGTGG TCCTTAAGGGTATATCCCTTGTGAGAATCAGGATTGACTAGCAAATCCTGGGTAATGGCTTGCAATTTTGGGTCTTGAAG CAATTCAGTTTGCCATTCCTCATAATCATTAACTCTGAGGACAGAAAGTGCACAATAAGAACTTCTTCTAGACAATGCAT CTGCTGCTGAATTGTCTTTTCCAGGCTTGTACTGGATCTCAAAATCATATCCAGAAAGTTTAGAGACCCACCTATATTGT TCCTCCCCCAAGACCCTTTGCTCAGTCAAGAATTTTAGGCTTTTCTGATCTGTCCTGATCACAAATTGCCTTCCCATCAA ATAATGCCTCCATCTCTGAACAGCTCTAACTACTGCCATCAATTCCCTCTCATAGACAGACTTGGCCTGACTTCTATCTG ACAAAGTAGCACTCCAGAATGCAAGTGGTTTGCCCTCTTGAGTAAGCACAGCTCCCAGTCCAGTACCAGATGCATCTGTT TCCAATACAAAAAGCTTGGAAAAATCTGGAATGGCTAAGGTAGGAAGGGCTGTAAGGGCCTGCTTAAGAGTTTCAAAAGC TTGTTGTGGTTCTGGTCCCCACCTGAAACTATCTTTCTTCAACAATTGGGTCAAAGGTCTGGCTATTTTGCCATAATCCT TAAAAACCCTTCTGTAATATCCAGTCAGGCCTAAAAATCCTCTCAAACTCTTTAGATCCTTAGGGACTGGCCATAGCCAC ATGGCATCCAGTTTTTTTGGATCAGCTGCAACTGCTCCAGCAGTAATAACATGCCCCAAATACTCAATTTGTTGCTGGCC AAAGACACTCTTCTTCCCATTAATCTTCAGGTCATGTTGCTCCATCAATTGGAGAACTTGTGAGAGATGGAGAACATGGT CTTCTAAACTGGAGCTGTAGATCAAGATATCATCAAAGAACACTAAAGCATGTTTTCTTAGCACTGGCCTTAGAACCTCA TTCATTAAGGACTGAAATGTTGATGGAGCATTGGTGAGACCAAAAGGCATCACCAAAAACTCATAGTGTCCCTCATGAGT GCGAAATGCAGTCTTTTCCATGTCTTCCTCTCTCATCCTGATCTGGTGATAACCTGATTTAAGATCAATCTTGGAAAATA TCCTGGCAGGTCCTATTTCATCTAGCAGCTCATCAATGACAGGAATTGGGAATTTATTGGGGATAGTGACCTTATTTAAA GCCCTATAATCAACACAAAATCGCTACCATCCTTTTTCCTTACTAAAATCACTGGACTAGAATAGGGACTAATACTAGGT CTGATTATACCTGCATTCAACATCTCAGCTACCAATTTTTCTATCTCATTTTTTTGGTAATGAGGATACCTGTATGGTCT GATATTGGGAATGGCAGCTCCCTCCTTCAAATGAATTGCATGGTCATGCCTTTTTTGAGGGGGGAGTCCTGTTGGATTCT CAAACAAGGCAGGAAAATCAGCTAAAACCCTCTGCAATATCTCTGGAGTCTCAGCTATGGGTGCTACCTCTTTTTCCAAC ATTCTACACTTAACAACAAAACCTTCACCTTGCTGTTGAATCTCCTTCACCATAGTGTTCATGGAAGCTTTCTTCTTGGT CAGCTCAGGTTCACCTTTGATGAAAACTAATGTATCTCCCACTTTGAATTTCAAGGTCAATTTCTCAAAGTTGGCTTTAA TCTCCCCCAAACTAGCTAACCATTCCAGTCCCAGTACAATGTCCACACCTCCTAATTCAAACAAGAAGAAATCTTGCATA ATCTGATGTCCTTGAATCTGCAGGCTAATGTTTTTGCAAACCCCTTTGCAACTCACTTTATGACCATCTCCCACCTCTAG TGTATAAGATGGTGTTGCTGTAATTTCCAAAGCCAGAGATTTGGCTAATTTTCTGGAAATGAAATTGTGAGTTGCCCCAC AATCTATTAACACAATGATCTTTTCTTCCTGCAATTGTCCCCACACTTTGAGTGATCTTCTTGTAGTAATTCCTTCACTG CTGTTGAGGGAAAGTTGTTTGAGCTCTACAACTTCTTCCAGATCCTCCAATAGTTCATCTTCATTCCCATTTTACTCCTC TCCTCCATCTTCTTCTAAAAACATTACCCTAAGCTGTTTGTTCTTGCACACGTGATTTGGCCCAAATTTCTCCTCACACC TAAAACATTCCCCTTTCCTCAATTTTTCCTTCATCTCTTCTCCAGTTAATCTCCTGAATCCTCCCACTCTTCCTGGCCTC ATTGTTGACTTCTCTATCACACTTCCACTGGAAGATTGGGCAGTCCCCTGAGAAGTTGTTCCCCCTGTCTTTTGCTCTGT ATCCACAACAACAGTCTTTTGATATGTTGGGGTCCTGTATGAAGATCTAAAAGAGAGAGCATTCCTACTCCCAGTACCCA CTCCAGCTTTGCTGACTGCTAAATTCTTTTGTTCCACCATTAGAGCCTTCTTGACCATAACAGTCAAAGTCTTGGGCTCA TAGAGCTTGATTTCTGCTGCTATCTCCTCTTTCAACCCATTCACAAATATATCCATGAAGTGATCTTCCTCTATACCTTT GAGCATGCAGGCAAATCTTTCAAATTGCTCCACAAATTCTTCCACACTTTCTGTTTCAAACTCAGTAATGCTGCAAAAGG ACTCGAAGCTGTTGCGAGTTGGAAACGTTCTAACATGGCTTCTTTGAAGCTGTTCCATGTAGTAGCTTGATTACATGTCT CCCACCATTGGAACCAGCTCAAAGCTTTTCCATCTAAAGCCACCATAATCGCTTGTATTTTCTCTTCCTCATTGGCTACT TTCAAATGAAAATACCTTTCCAGTTTCTGAATCCAGCTATACGCGTCTTCTTCTCCCTGGAACACTGGTATATCCAGTTT CCTCCAACGCTCCATGTGAAGGTTGCCTTCACCGTGGCCTGGATCACGCTGGTGCCCCACCGTCTCTCCCAACCTGCTAG CTCCCCCGCTTTCCTCAGCGTTGATTTCTCCGCTCCTTCTCACGCCGCCGCTGCCGCTGGCGTCACGCGCACCCTGGATT CCCACGCCGTTGCCGCCATTAGCGTCGCGTGCTCCCTCGCCTCGGCGCGCCACTGTCTCCATGAAGTTTTCCAGAATGCG AAACCTCTTGTCGGTTCGCTCCTTCTCAATCGCTCGCTCCCTGCGTTCTTCCTCACGAATCCGTCGATCTTCCTCACGAT TCCTGCGTTCCACTTCACGATCGCGACTCAACTCCTCGATGAACCTCTCGATTGCATCTACTCGAGGCTCCATTCTGCTC ACAACCATAGATGAATCGATACCACAGCTCCTGGATGGAGCTCTGATACCAAATTTATGGAATCAAGAACAGAGAAAGAG AATTGGCTTATTCAATTGAACTGAAACTGAACCAAGATCCACAAAGTGTGAACCAATGGCTCTGAGATACAAGAATTAGA AAACTGCAACTGGAAACTATGAACCCTAACTCCTCTGGAACTTCGAGAGTCCTGGACCTCCAACAGACTAACTGAATCTC TAACTACTGAACAAACTACCCTGTTCCTCTATTTATAGGACAGGATCCTAACTGCCAACTCTAACAGACTAGTTACTAGG CTAGTCCTTATTACATTGATATCAGAATATAACAGAATTAGACTATACAACTGTCTTCTTCTTATTCCTTCTTTCATAAA CCTTCTTTATTAGAGGGCAATGTTCATCAAGGACCTACACATGGTTTTTGTTGATTTGGAAAAGGCATATAGTAAAGTAC CTAGGTAGGTGTTGTGGGCGGTTCTGGATAAAAACTGAGTCTGAGTTACTCACATAACATTCAAGCAATCAAAGATATAC ATAAGGGGGCCACAACTCACAACTAGTATTAGAATACTATGTGGCGATAATGGAGATTAAACCCTTAGCTTCTTGTCTTG GTTTTAGAGACTTAACACGTCCTAGAAACGCCGCAATACATGTTTTTTTGTGGAAGATAAAGTTTTAATTGGGGATTCAA AGAAGAAATAAATGAAAATATGGAGAGACTAGTCTGAGAAACACTTGGATTTGTCCTAATTATAAGTAAAACAAAGTATA TAAAACGTAAGTTTAACAAGAGACATTAACATTTTAATGTGGAGGTGAAATTGGGAGAATATACAAATAAGATACCTCAA GTTTCACATTGTAAGTGCTTGCTGTTTATCATATAAAATGACGGGAATTGAGGGAGATATTAAACTCATGATTAAACTCA TGATTCAAGCAGTGGATGAAAATAGTATATGCTTAAGGTGTTATTTGTGAAAGTACCATTAAAACTTACAAGAAAATTGT ATGACAATTATAAAACCTGCAATGTTGTATGAGACCTAATGTTGGTTGGTTAGGAGCAAAAAAAAAAGGATCAGTGATGC AGAGATGAGAGTGTTATGTTGGATGAGTGGATACACAAGACCAAATAGGATGTATCATTAGAGACGGTTGAGGGTAGCTC CTATTTTAGAAAAGATGTTAGAACCCTTATTTAGGTGGCTTAGACATGTATGGAGACAACATGTGGAAGCACAGGTTAGA AAGGTTGATCAAATGGAGGAGTTAGATTATAGTCAAATAGTTAGATGCAAGAGAAGACCAGGAAAAACAAGACAAATAAT TTAGAGATTTTGAGGTAAATGATATTTTTATAGACTTGGTGCATGACAGGGAATTATAAATGATCCATATTGGCGTGGCG ACCCCTTAATATTTAAAATATAGTGTTTCTGTCCACCGTGATTTTGGTTTGATCGTCGTTTTCCACCTTGTACCATATAT GCACTAAGTTTGGGTACAATTCTTACTTTTTACATGTGGAATTACAGTGCCTAGTTGATGGAGCTGATGAATACTTGCAG CTTCTTGATGTGATCAGCAATACAACGAAAGCCTTTTGCGACATGCCAGAAGGGTTATCTTACGAGGGTTAA
CDS sequence (LotjaGi1g1v0264700.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGCCAATCGTTCAGAGCTCTCAACCATGGGTCGAAAAATACCGCCCAAAGCAAGTGAAAGACGTCGCTTACCAAGA TGAAGTTGTTCGAGTCCTCACCAACACTCTCGAAACCGGAAGCTGCCCTCACATGCTCTTCTATGGTCCCCCCGGTACCG GAAAAACCACCACTGCGCTCGCAATTGCGCACCAGCTTTTCGGGCCTGAGCTGTATAAGTCCAGGGTGCTGGAGCTCAAT GCTAGTGATGATCGCGGGATTAACGTTGTTCGGACTAAGATTAAGGATTTTGCTGCTGTGGCTGTTGGTACTAACCCTAA GAAAGGTGGTTATCCTTGTCCACCATATAAGATTATTGTTCTAGATGAGGCCGATTCGATGACCGAAGATGCTCAGAATG CCCTGAGGCGTACTATGGAAACTTACTCTAAAGTTACAAGGTTCTTTTTTATATGCAACTACATTAGCAGGATTATAGAA CCACTTGCTTCAAGGTGTGCAAAATTCAGGTTCAAGCCATTGTCAGAAGAAATCATGAGCAGCCGCATATTATACATCTG TAATGAAGAAGGAATCCATCTTGATGCTGAGGGTCTTTCTACCCTTAGTTCTATTTCTCAAGGAGATCTTCGTCGGGCCA TCACATACTTGCAGTCTTCTGCTCGCTTATTTGGTTCTCACATTTCTTCAAAGGACCTGATTTCTGTGTCTGGGGTTGTT CCAGAAAATGTTGTGGAGGCAATTCTTAAAGCATGTAAGAGTGGTAATTTTGATTTAGCCAACAAGGAAGTTAATAATTT CATTGCAGAGGGGTATCCAGCCTCTCAGTTGCTAACTCAGAAGGCAAGAATATGCAAGAAGCTGGGTGAAGCAGATAAGT GCCTAGTTGATGGAGCTGATGAATACTTGCAGCTTCTTGATGTGATCAGCAATACAACGAAAGCCTTTTGCGACATGCCA GAAGGGTTATCTTACGAGGGTTAA
Protein sequence (LotjaGi1g1v0264700.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAPIVQSSQPWVEKYRPKQVKDVAYQDEVVRVLTNTLETGSCPHMLFYGPPGTGKTTTALAIAHQLFGPELYKSRVLELN ASDDRGINVVRTKIKDFAAVAVGTNPKKGGYPCPPYKIIVLDEADSMTEDAQNALRRTMETYSKVTRFFFICNYISRIIE PLASRCAKFRFKPLSEEIMSSRILYICNEEGIHLDAEGLSTLSSISQGDLRRAITYLQSSARLFGSHISSKDLISVSGVV PENVVEAILKACKSGNFDLANKEVNNFIAEGYPASQLLTQKARICKKLGEADKCLVDGADEYLQLLDVISNTTKAFCDMP EGLSYEG
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 | 5.6E-55 | – | |
| PANTHER | 7 | 315 | 309 | 9.3E-134 | – | |
| PANTHER | 7 | 315 | 309 | 9.3E-134 | – | |
| SUPERFAMILY | 8 | 233 | 226 | 2.11E-51 | ||
| CDD | 26 | 166 | 141 | 1.63871E-26 | – | |
| SMART | 41 | 174 | 134 | 2.4E-14 | ||
| Pfam | 45 | 172 | 128 | 5.2E-17 | ||
| CDD | 174 | 233 | 60 | 3.60129E-14 | – | |
| Gene3D | 175 | 239 | 65 | 1.3E-16 | – | |
| SUPERFAMILY | 240 | 310 | 71 | 5.53E-16 | ||
| Pfam | 240 | 310 | 71 | 4.9E-12 | ||
| Gene3D | 240 | 279 | 40 | 2.1E-9 | – | |
| Gene3D | 280 | 314 | 35 | 2.7E-10 | – |
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 LotjaGi1g1v0264700.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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