Your browser is unable to support new features implemented in HTML5 and CSS3 to render this site as intended. Your experience may suffer from functionality degradation but the site should remain usable. We strongly recommend the latest version of Google Chrome, OS X Safari or Mozilla Firefox. As Safari is bundled with OS X, if you are unable to upgrade to a newer version of OS X, we recommend using an open source browser. Dismiss message
| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0217200 |
| Transcript ID | LotjaGi6g1v0217200.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | HAT transposon superfamily; TAIR: AT3G17450.1 hAT dimerization domain-containing protein; Swiss-Prot: sp|A8F530|SECA_PSELT Protein translocase subunit SecA; TrEMBL-Plants: tr|A0A0L9T6Q4|A0A0L9T6Q4_PHAAN Uncharacterized protein; Found in the gene: LotjaGi6g1v0217200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:51906374..51914323) extracted from Lotus japonicus Gifu genome v1.2.
CATTTATAAGGAAACTAGAAAATAAAAAGGAATCGGTATAACCCGGCCGGGTCGAGTTAAGAGTCTCACCAACCCAGCCA TTCACTCGCGACTCACCATTCCTAACCGATTTCCGCATCGCCGAACGATTCCGCCGCCGGAGAGCTTCCACCGCCACCGT CCCTTCCGCCACCGTGTTCTTCTGGATCCGGTGGTGCCATATCGATCTGGACCGTCTTCGTTTCGAGGTTTCTTTCTTTC TCTCTTTGTCTTCTTCCTATGATCGAGCTCTTTCATGTTTGTCTTCCATTCATGGTTTCATGATATATGCAATTCATTTG ATATCTGCACATGATGATTTTGTGGTTTTATGTAAACCTTCAGTTTTCAAGATTGTTTTTGTAAATATATTTCCTTATAC TAGCTTCTTTGATGAGTTGATGGTTGGTTCGCGTGTTACATGTTTGATTCCCTTTAAGCAAGGTCTAGGGTGTGAGTCTT GTCGATGGGAAAAACACTCGTTGGGAGAATTAGCCCTACCATGATGTGGATGTACCTGGTTCGAACAAGGGTTCGACTCC TGTTATGAGTTTCTGGTCCAGTTGAACGGTTAGGGTATGCTTGGATGGAGGGCTTAGAAGGGAAGGCGAAGAGAGGTTGC AAAAGAAATTACCTATGATGTTTATAAGAATGAATAAGAGATTATGATAATAATTCTTATTTCGAGTAAATGCTTTTTAA TTTAATAACTTTTTAGGATAAAATGAGATGTTAAGTATCTGAAATTTGTGAACATGCCCATGCAACACAACAACTGGCGC GTAAATAGTTTAAAAACCCTAGGGAAATGTGTAACGGCCCCTCCATATCGTGGCCTACAAGTGCCGAGTGGAGAGGTTAA GTATTTTTGACCTATTTAATTTACAAGATATCGAAGTGTAACTAGGTCTTTAGTGAAGCACGTGATGAGATGAAGAGATC GCCCCCTATAAGCACGTGATGAAATGAAGAGATCGCGCCCCTATAAGCACATGATGAAATGAAGAGATCGCCCCTATAAA CGATGTCTCTACTTAGCAAGACATGGCCCGCTTCAGGAAAGTAAACCCAAATTTTTTAGCCCATACGAGTTACAACCACT GCTAGGCCCAAATTCATGTAATTCTGACCCAAGTCGCCCGTTCCAATCCACCGAGCATACTCCGGAAGGGGATCAAGAAT CAGAATGTAGTTAACAGAGATGTGCTCTCAATGTGAAATTCTGCTACGGTCATCGATGGGTGGTGGCGGTGGTGGTGAAA AGCATTAATGCTTTTGAGTATTGGGGTATCTTAGGCTAGTGGTGAATGGCTGACTAGTAAATGAATAGAAGAGAGTGAGT AGGGGCAATGTATCATATGAATGGGCATATAAGGCGAAGGTGATAGATACCTTTGAGCGTTGGTGAGTGTGCTCCTATGG GTCTGTTGTGATAAATAAAGCGATAATTCTTTTCAGTTTTGCCTGCAACTGTGTAAACTAATCTGATAAAATCTTGGACA TCGTTGTTGCTCATTAAATAAGGGATAATAAATTTGACACAGGTTGTGAAGGAATAGGAATTAGGAAGTGAAGCAAATGC TGTGTCAATGGAAAATCATGATGAGTTAGTTCTTTCAATTGTACATAGAGTTTGAAACAAATCATCTGTGTTTTCATTGG GGGGATAAGATTAGAGACAGGAAAAGGGGACTGAAGAGTTTTTCCGGGCTGAGCTGCCTTGTTGGCCTTTTTATTCGGAG TTTCCTAGAGCTCGTAGGTGCCAGAGGGTTGGACCGTATGAGTTCTCTAGGTCTAGTAAGCCCAAATGAAGGCTGGATTG ATGACTTGATGTAAGGGGAAGCAGGGAAACATCCCTCTATGCTAGTCCCAACTCAAACAACAGGACATTTCAATCCAACA ACACTCTAGAAAATTATTGTGTAATTCTATTCTTGTTCCTAATTCTTGATACCCTTTTGAGTACTATGCAATGTACATTT GTTTCTATAGTGTGATTTATGATCGTATGGGATGTAATGGCTTTCATTGGAACACTGCCTGAAAATTTAATAAAAAACAA CATGAATTGTTGACTATATTCAATGCAGCAAAAGGTATCGATGTTTCTTTGGAATCAGCCTACTTACCTTATCTTTATAG TTTTTACTTTCTCTCGTATACTTCTTCTACTGGCTTCTATGAATGCATATGTTGCCTTTGCTCCAACCTTCAAGCATATT CTAAAGAGTTGAAGTTAGTATCAAAGCTTGCTTCTTTCTCCAGTCATTAGTCATTTCAGCCACCATTGTTTTGAGCAGTG TTTTGTTAATCACGGATTGCGGAAAATAGTCGAAAGCCAAAATTCCACTATTTCAAGTTCTCTTAGCGGAAAATAGCGGA CAATATCGGAAAATAGTGGTGAGCCCTCAGGGCGCTACACTATAGCGCTATAAGGCCGCTATAACCGCTATATGACAACA CTGGTTTTGAGGGTATTGTCATACCTAGCCCTGCTACAACTTTAGGATCTTCCTGAAAGTAGAAAGTGTCCTGTTCCATT TTCTCTTTTTTTTCTACAACACCTGCTATAACTTCAGAAAAATTAAATGGAAAAGTAATTTGGACTGGGATGTAACTGTT GATTGTTGGTTTCTAGGCCAAGTACTATTAAATTATTTTAAGTTTTAACAATAAAGTTGAATCAATTCCAGCCAATGAAA GGGATGAGTGGAAAAAAGTTGATCCAGAGTTGTTTGCCAATCCTGCTTCTACAAGACATGTTCTGAGATATAGAAAAAAC TTAGATTGTATATGCTAGTGATAGACAACGCAAAGATTTTCTTCATAACTTTACAATTCTCAACATGGCAGACTGAGCTG GCAATGTTATTTAAACAAAGCTCAGTTCGCCATTCAAGAGTTCTACTCTCGTTTGATGATGGCCATCTAAAGATTACGAA CAAGCTAAATAACTTGTATATGTCATTTGTCCTCATGGTTTATGTTGAAATCCTATATCCACTAGAGATATGGTCAAACT AGAGCTGATAAAGGCTTTGGTAATCCTTACTCAGGAGCTAGTTTTTATGGGCTCATGGTTTATGGTATGTTTTGTATACA TCTCTTATTTGATATCTAAATTTTCAAGTTATATTATCTTAATGATTTAGGATCACGTTGGTTCTGTTTTTGTCTTCCTT TTAATTTTTAATTTATTTCTTCCCTGTTTATCATATATATATATATATATATATATATATATATATATATATATATATAT ATATATATACTTTTTTTCATGCCATATTACTTTAAAAATCTGAGTTCTGGGCAGCTGGCTCAATTACCCATACATCATGA TTACAGGAACAGGGGAGGCTCTCAGATAATGTTTTGGTAGCTCTTTTTGGATGTAATGGCTCCAGGACGCTCCACTGGGT TTATTGATCCTGGTTGGGATCATGGTATTGCTCAAGATGAGCGGAAAAAGAAGGTTAGGTGCAATTATTGTGGGAAAATA GTTAGTGGTGGGATATACAGATTAAAGCAGCATTTAGCCCGAGTTTCTGGTGAAGTAACATACTGTGAAAAAGCTCCTGA GGAAGTCTACCTAAGAATGAAGGAGAACCTGGAAGGATGTCGTCCCAACAAGAAACAAAAGCAAGTTGATGTGCAATCAT ATATGAATTTTGGCTCTAATGATGATGAAGACGACGATGAGCAAGTTGGGTGTCGAAGCAAAGGGAAGCAATTGATGGAT GATAGAAATGTAGCTGTAAATTTAACTCCTCTTAGGTCCCTAGGATATATTGACCCAGGGTGGGAACATGGTGTTGCTCA GGATGAGAGAAAGAAGAAAGTAAAATGCAATTACTGTGAGAAAGTTGTTAGTGGAGGTATTAATCGATTTAAACAACATT TGGCTAGAATTCCTGGAGAGGTAGCACCTTGTAAAAAGGCTCCAGAAGAAGTTTATCTTAAAATAAAAGAGAATATGAAA TGGCATCGCACTGGAAGGAGACACAGGAGACCTGAGGCTAAGGAGTTGATGCCTTCCTATGCAAAGTCTGATGATGAAGA TGATGAGTATGAGCAAGAGGAAGATGCTTTGCATCATATGAACAAGGAAACTTTCATTGATGTTGACAAGAGATTCTCTA AAGATTTAATGAAGACCTTCAAAGGTATTTCACCTAGTACTTGTCCTGAACCAGTATTGAGAAGATCAAGATTAGATAAT GTTTACCTGAAACTGCCCAAGAATCAGACTCCTCAAACATACAAACCTGGAAAAGTTAAGACGGGCCCCACCAAGAAATC ACGCAGGGAAGTTTTTTCTACAATATGCAAGTTCTTTTACCATGCGGGAATTCCCGTACAGGCTGCTGACTCCCTATATT TTCATAAAATGCTGGAAGCAGTTGGTCAATATGGACAAGGACTGGTATGCCCTCCAAGCCAACTTATTTCTGGTCGCTTT TTGCAGGAGGAAATCAATTCCATTAAGAATTACCTTGTTGAATATAAGGCTTCCTGGGCAATCACTGGTTGTTCTATACT AGCAGATAGTTGGAGAGATAAACAGGGTAGGACAGTTATTAATTTTCTTGTTTCTTGTCCTCATGGTGTATACTTTGTTT CCTCAGTTGATGCCACTAATGTAGTAGAAGATGCACCAAGTTTATTTAAGCTTCTAGACAAAGTAGTGGAAGAAGTAGGT GAAGAAAATGTAGTGCAGGTAAAATGTTTTTCTATTCTTGTGCCATCCTCCTTAATCCTAAAATATAACTTTTTAGCTGT TGTTAATTATTGCTTCTTCTTTTTTACCCTCTTGATTTAGGTAATCACTGAATATACTCCCAACTATAGAGCTGCTGGGA AAATGCTTGAAGAGAAGAGAAGGAATATATTCTGGACCCCCTGTGCCACTTATTGTATTAATAGAATGCTTGGAGATTTT CTGAAGATAAGATGTGTAGAAGAGTGCATGGAAAAGGGCCAGAAAATTACAAAACTAATATACAATCAAACATGGTTGTT AAATCTTATGAAAAGTGAATTTACTGAGGGGCGGGAGCTTTTAAAGCCGGCTGGCACCCGGTATGCCTCTAGCTTTGCTA CATTGCAAAGCTTGTTGGATCATCGAGTTGGTCTCAGACGAATGTTTCTTTCAAACAAATGGAATACATCCAGGTACTCC AGCTCAAGCGAGGGGAAAGAGGTGGAAAAATTTGTTTTGAGTGCCACATTTTGGAAGAAACTGCAGCATGTTTGTAAGTC AATAGATCCGATAATGCAAGTACTTCAAAAGGTTTGTAGTGGTGAGAACTTGTCAATGCCATACATATATAATGATATGT ACAGGGCAAAACTTGCAATCAAATCTATTCATGGTGACGATGCACGTAAATTTGAACCATTCTGGAAGGTAATAGACAGC CATTGGAACTCTCTGTTCTATCACCCTCTTTACTTGGCTGCTTACTTCCTTAATCCATCATACCGATATCGTCAGGATTT TGTGGCGGTAAGTGAGTATTGAATATATTCCCTAATGGTTGCAAATTTTCAAATTTTCTCTCCTGAAATGAATGTTTGAT ATGATTATAGCACTCTGAGGTAGTACGGGGGCTCAATGAATGCATTGTTCGGCTGGAGCCAGATAATATGAGACGGATCT CTGCATCAATGCAGGTAAGATATTCTCAATTACTGTTATATAGTGCAGACAATCATTCGATATTTATGTTTTCTAATACA AAATGGTGTCATTTCCAGATTTCTCATTATAACTCTGCACAAGATGATTTTGGAACTGATTTGGCGATTGGCACAAGATC AGGTCTTGAACCAGGTAAACTTGTATATTATTTGCTTGACACTTTATTTAGTGATTCTCACGTTTTGAGGTGCTTTGCTA CTTTTGTATGATTTGATCAGTTTCCTCTCCTTGTTTCATTTCACTAGCTGCTTGGTGGCAACAACATGGAATAAGTTGCT TAGAGTTGCAAAGAATAGCGGTACGCATATTAAGTCAGACATGCTCATCATTTGCGTGTGAGCATGATTGGAGTATATAC GATCAGATATATAGCAAAAGACAAAATCGACTATCTCAGAAGAAACTGAATGACATTGTCTTCGTTCACTACAATTTGAG ACTTAGAGAATGCCAAGTAAGAAAAAGGTCCAGGGACTCAAAGTCAACCTCTGTTGACAGTGTTCTACTAGAGCATTTAC TCAGTGATTGGATAGTCGATGCCAATGTTCAAAGCTTTGATGGTGATAAGGTAATCAGTGCTTAGTATTAATGGCTGTGA ACTATCAATACAGCACCAATCATGTGGCCTATACTGATGGAAAATTTGTTTCGCTTTTTGTTTTCTGTAGAATTACCCTT TTGGAGTTGAACTAGATGATGAATATGAAACCGATTCAATTGATTATGATGATGGAGCTGCAAGGCCTCTAAAGGGATCA TCCCTTGAACTGGAGACTATGGATGGTGTAGCAGTAGGATCACCAGATGTAGAACATGCTAACATTGATGATGCCAGTGA CGATGAGTCTGATCTGAATTATTTTCATGATGATTTGAGCGAGTAATCAAGTTACATGGTTGCTCCTGTGAAAAAACCAA GATGTCCATCCTGTATGTAGGATCACATTCATTTCATATGTTGGTGGACAATCATTTTAGATCGAATGTTTTGAGTTCTA CCTTAAGAGCTACTATAGTTGCTAATCTTAGCCAATGAATATTATTGTAGGATAAATTTTGGCATTGTACAATGTGGAAA AAACTAGATTTATGCGATTACAATTTACAGTGATTTTGCCACCCCTAGTAGGGCTGTCCACCGGTCGGGTTCGGTCGGTT TCGAGCCCAAAAAGCTCCACCGACCGAACCCGCATGTCACAAAACTTGGCCCATAACCGACCGTGACATCTTTCGGTTTG GGTCGGTTTCGGGTTTCTCGGGTAATGGGCGGGTCGGGCGGGTTGGGTCGGTTTCGCAGAGATCAAGTAGATGAAAAATT TCAATTTGAGCAATTTCAGATCAGATCCAGATTCCAGAGATACTACCAAGTATCAACTTACCAAGAAGTCAAGAATGTTT TCCATTGCTTTTCTCATGCGAAAGAGCATGTTCACTTCATCCTTGCGATTTCACATCAGAATCGATTGATGAAGATGAAC AGGCTATTTCGGATCAGAGAAGCATGGAGCCACGGAGGATGAACCGATTTCAGAGGCTTAGGGTTTGAGTCTTTGAGATG CGTGAGACTGTGAGGGAAGAAGGCAAGAAGCTCATGCAGATGCTGTTGCACTGTGGAGTGTGGTGGTGGAGTGGCTAGAC CGCTAGGGTTTGAGATGTGTGAGGGTGCAGAGGATGGCGGCGCAGAGGATAAGGAGAAGGGTGGTGGCGGCTAGGGTTTG GAGTTTGGAGAGAAGAAGAAGGGGAGAAGGGTGGTGGTGGCGGCGGGTTTGAGAGGTAGGGTTTCTGGGTTTGAGAGAAG AAGAAGAAGAGGAGAGGTGGTGGCGGCGGCGGGTTTGAGAGAAGAAGAAGAAGAGGAGAAGGGTGGTGGTGGCGACTGGC GACGACGGCGGGTTTGAGAATTGAGAGAAGAAGAAGAAGAGGAAGAAGTGAAGAGAAAGAGAGAGGAGCCGGATTATTAG GTTTAGTTTGGGTTGGGTTTGGGCCGGGTGAATTTTTTTTTTTATAGGTTTAGTTTGGGTTGGGTTTGGGCCGGGTGAAA TTTTTTTTTTTATATTGGGTTCGGTCGGTTCGGTCGGACCAGGCTCCAAACCGTAACCGACCGAACCAACCCAAATGGAG CCGGTTTTTCCCCATTACTCAACCCGCCACCCGACCCGACCGAACCGAGAAGGCCTTTTTTGGTAGCGGGCCGGTCGGTT TCGGTCGGGCCCAAAAAAGTTGGACAGGCC
CDS sequence (LotjaGi6g1v0217200.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCTCCAGGACGCTCCACTGGGTTTATTGATCCTGGTTGGGATCATGGTATTGCTCAAGATGAGCGGAAAAAGAAGGT TAGGTGCAATTATTGTGGGAAAATAGTTAGTGGTGGGATATACAGATTAAAGCAGCATTTAGCCCGAGTTTCTGGTGAAG TAACATACTGTGAAAAAGCTCCTGAGGAAGTCTACCTAAGAATGAAGGAGAACCTGGAAGGATGTCGTCCCAACAAGAAA CAAAAGCAAGTTGATGTGCAATCATATATGAATTTTGGCTCTAATGATGATGAAGACGACGATGAGCAAGTTGGGTGTCG AAGCAAAGGGAAGCAATTGATGGATGATAGAAATGTAGCTGTAAATTTAACTCCTCTTAGGTCCCTAGGATATATTGACC CAGGGTGGGAACATGGTGTTGCTCAGGATGAGAGAAAGAAGAAAGTAAAATGCAATTACTGTGAGAAAGTTGTTAGTGGA GGTATTAATCGATTTAAACAACATTTGGCTAGAATTCCTGGAGAGGTAGCACCTTGTAAAAAGGCTCCAGAAGAAGTTTA TCTTAAAATAAAAGAGAATATGAAATGGCATCGCACTGGAAGGAGACACAGGAGACCTGAGGCTAAGGAGTTGATGCCTT CCTATGCAAAGTCTGATGATGAAGATGATGAGTATGAGCAAGAGGAAGATGCTTTGCATCATATGAACAAGGAAACTTTC ATTGATGTTGACAAGAGATTCTCTAAAGATTTAATGAAGACCTTCAAAGGTATTTCACCTAGTACTTGTCCTGAACCAGT ATTGAGAAGATCAAGATTAGATAATGTTTACCTGAAACTGCCCAAGAATCAGACTCCTCAAACATACAAACCTGGAAAAG TTAAGACGGGCCCCACCAAGAAATCACGCAGGGAAGTTTTTTCTACAATATGCAAGTTCTTTTACCATGCGGGAATTCCC GTACAGGCTGCTGACTCCCTATATTTTCATAAAATGCTGGAAGCAGTTGGTCAATATGGACAAGGACTGGTATGCCCTCC AAGCCAACTTATTTCTGGTCGCTTTTTGCAGGAGGAAATCAATTCCATTAAGAATTACCTTGTTGAATATAAGGCTTCCT GGGCAATCACTGGTTGTTCTATACTAGCAGATAGTTGGAGAGATAAACAGGGTAGGACAGTTATTAATTTTCTTGTTTCT TGTCCTCATGGTGTATACTTTGTTTCCTCAGTTGATGCCACTAATGTAGTAGAAGATGCACCAAGTTTATTTAAGCTTCT AGACAAAGTAGTGGAAGAAGTAGGTGAAGAAAATGTAGTGCAGGTAATCACTGAATATACTCCCAACTATAGAGCTGCTG GGAAAATGCTTGAAGAGAAGAGAAGGAATATATTCTGGACCCCCTGTGCCACTTATTGTATTAATAGAATGCTTGGAGAT TTTCTGAAGATAAGATGTGTAGAAGAGTGCATGGAAAAGGGCCAGAAAATTACAAAACTAATATACAATCAAACATGGTT GTTAAATCTTATGAAAAGTGAATTTACTGAGGGGCGGGAGCTTTTAAAGCCGGCTGGCACCCGGTATGCCTCTAGCTTTG CTACATTGCAAAGCTTGTTGGATCATCGAGTTGGTCTCAGACGAATGTTTCTTTCAAACAAATGGAATACATCCAGGTAC TCCAGCTCAAGCGAGGGGAAAGAGGTGGAAAAATTTGTTTTGAGTGCCACATTTTGGAAGAAACTGCAGCATGTTTGTAA GTCAATAGATCCGATAATGCAAGTACTTCAAAAGGTTTGTAGTGGTGAGAACTTGTCAATGCCATACATATATAATGATA TGTACAGGGCAAAACTTGCAATCAAATCTATTCATGGTGACGATGCACGTAAATTTGAACCATTCTGGAAGGTAATAGAC AGCCATTGGAACTCTCTGTTCTATCACCCTCTTTACTTGGCTGCTTACTTCCTTAATCCATCATACCGATATCGTCAGGA TTTTGTGGCGCACTCTGAGGTAGTACGGGGGCTCAATGAATGCATTGTTCGGCTGGAGCCAGATAATATGAGACGGATCT CTGCATCAATGCAGATTTCTCATTATAACTCTGCACAAGATGATTTTGGAACTGATTTGGCGATTGGCACAAGATCAGGT CTTGAACCAGCTGCTTGGTGGCAACAACATGGAATAAGTTGCTTAGAGTTGCAAAGAATAGCGGTACGCATATTAAGTCA GACATGCTCATCATTTGCGTGTGAGCATGATTGGAGTATATACGATCAGATATATAGCAAAAGACAAAATCGACTATCTC AGAAGAAACTGAATGACATTGTCTTCGTTCACTACAATTTGAGACTTAGAGAATGCCAAGTAAGAAAAAGGTCCAGGGAC TCAAAGTCAACCTCTGTTGACAGTGTTCTACTAGAGCATTTACTCAGTGATTGGATAGTCGATGCCAATGTTCAAAGCTT TGATGGTGATAAGAATTACCCTTTTGGAGTTGAACTAGATGATGAATATGAAACCGATTCAATTGATTATGATGATGGAG CTGCAAGGCCTCTAAAGGGATCATCCCTTGAACTGGAGACTATGGATGGTGTAGCAGTAGGATCACCAGATGTAGAACAT GCTAACATTGATGATGCCAGTGACGATGAGTCTGATCTGAATTATTTTCATGATGATTTGAGCGAGTAA
Protein sequence (LotjaGi6g1v0217200.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAPGRSTGFIDPGWDHGIAQDERKKKVRCNYCGKIVSGGIYRLKQHLARVSGEVTYCEKAPEEVYLRMKENLEGCRPNKK QKQVDVQSYMNFGSNDDEDDDEQVGCRSKGKQLMDDRNVAVNLTPLRSLGYIDPGWEHGVAQDERKKKVKCNYCEKVVSG GINRFKQHLARIPGEVAPCKKAPEEVYLKIKENMKWHRTGRRHRRPEAKELMPSYAKSDDEDDEYEQEEDALHHMNKETF IDVDKRFSKDLMKTFKGISPSTCPEPVLRRSRLDNVYLKLPKNQTPQTYKPGKVKTGPTKKSRREVFSTICKFFYHAGIP VQAADSLYFHKMLEAVGQYGQGLVCPPSQLISGRFLQEEINSIKNYLVEYKASWAITGCSILADSWRDKQGRTVINFLVS CPHGVYFVSSVDATNVVEDAPSLFKLLDKVVEEVGEENVVQVITEYTPNYRAAGKMLEEKRRNIFWTPCATYCINRMLGD FLKIRCVEECMEKGQKITKLIYNQTWLLNLMKSEFTEGRELLKPAGTRYASSFATLQSLLDHRVGLRRMFLSNKWNTSRY SSSSEGKEVEKFVLSATFWKKLQHVCKSIDPIMQVLQKVCSGENLSMPYIYNDMYRAKLAIKSIHGDDARKFEPFWKVID SHWNSLFYHPLYLAAYFLNPSYRYRQDFVAHSEVVRGLNECIVRLEPDNMRRISASMQISHYNSAQDDFGTDLAIGTRSG LEPAAWWQQHGISCLELQRIAVRILSQTCSSFACEHDWSIYDQIYSKRQNRLSQKKLNDIVFVHYNLRLRECQVRKRSRD SKSTSVDSVLLEHLLSDWIVDANVQSFDGDKNYPFGVELDDEYETDSIDYDDGAARPLKGSSLELETMDGVAVGSPDVEH ANIDDASDDESDLNYFHDDLSE
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 |
|---|---|---|---|---|---|---|
| ProSiteProfiles | 8 | 64 | 57 | 10.208 | ||
| Pfam | 13 | 49 | 37 | 8.6E-8 | ||
| PANTHER | 40 | 118 | 79 | 0.0 | – | |
| PANTHER | 40 | 118 | 79 | 0.0 | – | |
| ProSiteProfiles | 130 | 186 | 57 | 10.968 | ||
| Pfam | 136 | 171 | 36 | 4.8E-7 | ||
| PANTHER | 159 | 826 | 668 | 0.0 | – | |
| PANTHER | 159 | 826 | 668 | 0.0 | – | |
| MobiDBLite | 198 | 224 | 27 | - | – | |
| Coils | 218 | 238 | 21 | - | – | |
| Pfam | 346 | 497 | 152 | 5.8E-58 | ||
| SUPERFAMILY | 371 | 789 | 419 | 2.12E-52 | ||
| Pfam | 714 | 787 | 74 | 7.5E-12 | ||
| MobiDBLite | 875 | 902 | 28 | - | – |
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 | Protein dimerization activity | The formation of a protein dimer, a macromolecular structure consists of two noncovalently associated identical or nonidentical subunits. |
Expression pattern of LotjaGi6g1v0217200.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
Loading expression data from ljgea-geneid. Please wait…