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 | LotjaGi5g1v0174300 |
| Transcript ID | LotjaGi5g1v0174300.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Guanylate-binding family protein; TAIR: AT2G38840.1 Guanylate-binding family protein; Swiss-Prot: sp|Q96PP9|GBP4_HUMAN Guanylate-binding protein 4; TrEMBL-Plants: tr|A0A151S1L6|A0A151S1L6_CAJCA Guanylate-binding protein 4; Found in the gene: LotjaGi5g1v0174300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:44546378..44556256) extracted from Lotus japonicus Gifu genome v1.2.
CTGAGTTTTCATGTCTTCCATTTCCATTTCCTTTCCATGATTCTTAACGTACACCAATCTCGAAGGTTTCCTTCCACTCC CAATATTCTCACCCTTTCTTCCTCCATCTTCATCTCCAATATGGTTTCTTCTTCAACCATCCAATGCAGTCCCCTTCCTT TCGTTTTCGGCTCTGCATCATGGACTCTCATTCCGCTGCTGCTCCGCTTCTGCTTCTTCTACTCTTCCTCTTCCTCTCTT CAACTCCTTCATTCTCCTCCACCGACAATTTCCACCAAGCATCGTGAGTATTTCTTTCATTTTTCATCATTTCATGCTGG TGTGGTGTGAGCTTACTTACCTTATTCTTGTTGCTCTGTTTCTTCACGCATAGCTTCCCCATTGTGGAACCTGATTCTGG TCATACCAAACTTCGTCTTTCAAGAGAAGGGTTGGAGGTTATTCAGAGAATAACCAACCCCATTGCAGCTGTCGCGGTAT GTTTTGCTTCAACTTCAAAGCATTCATTGTTTGTAAATTTGGGTTTTACTTATGTTTTCAATATGAAAATTTTCATGAAC TTGGCATGATGATGGGATGTTCTTTTTACCATTACTCGTGTTGTAACACTGATTGTGACAAAAAGCCATTTAGCCTCTTG CTTGTGATACAAAGTGTGACAATATAAACATATTTGAGTAAATTGGCCTTTTGTCAAATATTATTATGCAAGTTCAGTCC AGACACTGGAACTTTCAATATTTCACAAATTAAAAATTATAGAAGTTGATTGTCCTAATTCCCCTCCAAATGTGAATATG GATACTGGGTTCTCATCAATTTTAAATTTTCTCTGAGATAGGCTCCTTTCATGTTACTAGCAAGAGAGGGTTGTGTTGCA ATAAACTGAGATACAAAAGCAATTATATATAGGACTCGCAATCATTTATCTATGATCCATTAATTTTTATTCTTAACACC ATTCTCTCATCTTAGTACATAACACAGGAAGATCCTGCCTGATCCTTACTCTTTTCTATAGTTTCTGAATAGTTTAAATG TTAGATAGCAGTTAGTCTATTAGTTCAGGACCAGAGTCTTTTTTTTAGAAACAAAAATATTCCATTTTTATACCAAGGGA AGCTCTAGCACAATAGTTTAAGCTAATCTATACAACTTCAGAAAATAAGCTCAAAATAGCTTATAGATAGGTCATAAGCT CTCAGGAATACTTGTATAAGAGCTTATACTATAAGATAAGTTCAAATAAGTTCTTCCAAACGAGAACTAAGATCAGACTC AAGTCATGTAATAAGTATCATGCATAGATAAAGTAAAACTTGCCGATCCAATGTGTCACCCTTCCCAGAACACTGTCACA ATAGGAACTTCATAGCCCTAAGTTTCCTTTATCCATTTTCAAATCAAGAAATTACAACAATCCCCAACTAATAAGGCCAA TCATCTTATCTAATTCATTTTGACCATTTGAGGCATTTAGTTTGTACAGTTATATTCCATAACTAGCCCAAATAAATAAG TAACCATGAGATATAGTTCCATATCCTATTCTCTGATATCGTTTTTGGATTTCCTGCCATTAAGAATATCAAATACAAGT AGTAGGAGTGTAGATAATATTCAGTTTGCTTTATATTTGACGGAACTGATTCTGATAACACATATAGAGCCAGTTTGGAT GCGGCCAAAGCTTATTCTGTGCTCTTTTTAGTAGATAAGCTCCAAAAAGCCCATATCCAAACGTTATTATCATTAAGTCA CGACACAGGAACTGGACTGATCTTATTCAATGTTATGTGCAGGAAATCTAAAAATGAAGGTAATTTCTCAATAATAAGAT AACAAGGAAAAATATTGCAATCAGTATGAGTATGGGTGAACCTACAAATGTAAATTTCTAGATTCTAGAGTCTAGGAACT CCCTGATAGAACCCATAAGAATAACAGTAGTATATTGATGAAGAACCCTAATCCACAATTGGGAATTAAGGGAAAGATAC AAGGAAGGATACCAAACACCCTCCCTAACCCCCAAGAGCTTCTCTCTCTAAACTCAATCCCCAAACTGAATACCAAGATC CTCTCAAATGACTCTCACACTCTTATTTACAGTTTTTTATTTCATTGATTCATTCTTTCTTTTTTTTATTACCTTCTATG TATAAGACCGAATCCAATTGATTTTGAATTTTCAAAAGGATCACTAACTAACTCCCATCCCCAACTAACTAATTAATAAC CGTGAGTTCCTATCACTCCCCATTAACACCATGAAAAGACCTTTGTGACAAAAATTCAAATACTCTAAATGTGTTCTAAA ACTGTATTTCGTTGTCAAGACTCGCGACTAAAATCAAAGAAATTTTTTGTTACGTGATTTACATGATCTCCAAATAACTT CCATTTCCTACATCCTATGATGGTGTCTAGCTGGTAAAAGGCCAACATTCAATACTTTTGTAAAGGATCAAAGCATAGTG TAAGCTTACTTTTCAATGATTACATAAAGGATCGACCACCTCTACTCGTTAAACCTTTGCTGATTACCAAATTTAGATGA AGAAGCTCTTAATTCCAAAGTTTAAGACCAATAGGCATGACCTGCAAACAATTCGGGACCTGGTCGAACAACAAAGGTTC ATCAATTATCGCGTGATGAAGGGAAGCTAACTCCATCCTTGAGATGGCTTACTGCAGCGGGACATAACCAAGTCAGCATG TTTGGACCTAAAATCAGAGTAATATTTTTGTATGCACCAATATTGAATGGATGCCGGTAGCTCTGCCCAGACTTCATAGC CAGCCATTTTGCATGAATTCCTTCATGATACTCTATGGTTGTCATATTGTGAAGGATAAGGTAGACATGCCATCCAGACA GAGTTAAAAGCGTTATAGTCAAGGCCAAAATCATCAATCCATACTTTGATTTGTAATTCACATTGAAGCAAACTTGTGCA GTCCTGAAAAAATGTTCTTACTTCCATGTTTACCTGCTTGTGGTTTCAACATTTATCTGTTTATGGCTGTTTCTATCAGG TGATTGGGCCGTATCGTTCTGGAAAATCTTTTTTGCTTAATCAGCTGCTCTCTCTTTCTTGCTATGAAGGTGCATCTTTT ATGCAATTAGAATTTACCCTTGTTATCCATATCTTGTGATTTTTTTTCTCTGTCAATATTTGATTGTTTCTATGATTTTC TGAGAATATGTTTTTTTGTTAGGATTTGGTGTTGGGCACATGCGTGACACCAAGACAAAAGGTAGTTGGAAATTTTGATT TTTCTCCTGAATATGCTTAACTGGACTTAGATATAATATATTTTTTTATCTTTTGCTTCACAACTTCAGGAATATGGGTT TGGGGAACACCTATAGAGTTGGATATCGACGGAGTAAGAACTTCTGTCTTTTACCTTGATACGGAAGGATTTGAAAGTGT TGGGAAGTCTAATGTCTATGATGATCGGTAATCACTGATTGACCAAGCATTATGTATTCTGTGCTTAATCGTATATAGTT TTCAGTTGACGTTTTCTCATGTTTGCTTTTGCAGGATATTTGCTCTTGCAACTGTCATGAGTTCTGTGCTTATATATAAT TTGCCTGAGACGGTTAGTTATTTTCGACTTCCTCCCCCAATTTCATGTTCATTGCTGGTGTATGTCTTTTTGTAATGTTA AAATGGACAAGAGAACAAAGTTCTGTTTTGAGATTGAACAATGTAGAAAAACATAATTTATGTTTCAGTGTTGAGTATAA ATGTATAATGCTGGGTTCTGTGTACCTTATGGTATATATATCAGTCTGGAGGATAATTTTGCGTTTTTAATAGTTGGGTT TCTTCTAAAAGATTAGTTAAGATATGGGATGTCTAATTGCTATGTTCTGGATAGCACAATTAATATTAGGGACGGTTTAA AGCAAGAATACAGTATGGACAGAGGATTTTCCGATTTGGGGATCCATGAAACTGAAGCTCCCTCAGTCAACAATTAACTT GTCAAAGCATCATAGAATAGTGGACAAAATGTAGCCCGTAATAATGATTTGATGACGGGTTCTAAAGTCCATTGCTTGAC ACATTGTGTATTTTTTGGGGCTATAGGCTCTTCAGTAGATTTTCTTGGATTTTTAGTCACCTTAAGCAAACTGTGGTATA ATATGGAGATATTAAAACCCTACCTTGTTCTTATAATTGTAAACTAGTACTGAAAGTTGGGTTACTGTTTGGCTTTTATC AACTGACCACAAATCAGTTTTCTTTTCATCTTCTCGTATTGAAAACTGTCATATTTACATTCCCACCTTACATCTTCAAA CACATTTAACTCCTGCCAGTGTCATCATCTTATTATAGTAGGTTGTCATTTCTAATCACCTTGATGCAACCACCACATTT GGGTATTCAGCTCGAACAACTGAGAATGATTGTTGAGGTCTGAATAACAAAGGCAGAAGATAGACTGTTAGGATGTATGA GAAAATAGGGGTTATTAGTAGTAGGTTAGTAATTACTAGGAGGGCATTAGTTAGACAAGTAAAAAAGGGATGTGAGGTTA GAGAGGCATCCATTCAGTTCGTTACTTGGTAAAACAGATCAGTGGCTCAAATGTCAGGGGAAACCCTTAGAGAAGAGTTC CCTCCTATTCTGTTCATTCTTTGTATTCAATAACAATGGACTCTTTCAATTCTGACTCCTCAGTTCCTATTTTGGACTGA ATAATTCTTTAATTGCTTATTTCTGATTGAATTTGTATAGAATTAAATAGCCTAGGACAGGAACAACAATCCCAGACAAT TAGCTATTACACAGGGTGGGAAATCAGGAGTCAATGGCATAACCGTATAAGTTACATAAAATTTATATCCATTTATTTTA GGTTTAAATTAAGCTGATCATTGACAGACAGCTAACGACTAATTTTTAGAGACATATAACATACAATTTAGCTGAGAAAG CCAATCTAAAACGTTTTCATCTTTGTGTATTCAGATACGTGAAGCTGATATCTCTCGACTCTCATTTGCAGTTGAGCTTG CTGAAGAATTTTATGGGAGGTTTGCATCTAGTTGACTTTGTTAATATTATCAAGATTGCCATATTTTGTCTCCCTGTCCT TTTAATATTGGTTTGTAAAATGTCTTAGTGTTAGGAATAAATTATGGTTTCTAACTTGTTTATTTGATTCGTATATTTGC ATATCTCAAATTTGCAACTGATGTATGTTAAACAGAGTGAAGGTAGGCACATTGCCTTAATATTGTTGCCATTGATCTAA CCTTTCTTTCTGTTTTTAAATTTCGATTTCAACTTTCTCATTTGTAAATCAATTTTAGTTTGAATGTTATCACATTTTGT AGGGCCAAGATGTGGCATTTGAACCTGCTAAGCTCTTGTGGCTTATTCAACGTGATTTTCTACGTAAGTTAACTTTGCTC ACTCATGTAGACGTAGTTATGTCTATACTTCAGGAGGTTGTCTGCTACCTTTTCTATCCTATGGCTTCCCCCCTTTATTT AGTCTTCTGTCAACCATCCCATTCAATGTTTTCGTCACTGATAAATCTTTGGCATTGAGCCTCTTGCTGCTGTACATATA CATTGTTAGAGATGTAATTAAGTCATTTATGAGTCTTTACCTAACAGGTTAAATTTTTAAGAATGTTGGTCATTGACATA GAGCCTGTATGATCAATTGGTAAAAAAAAGTTCTTTACTACCTTAATTTTTCTTAGTAGAAGTTCAATTTCTTCCTATGG TTAAATAGGCCTGTGCATTGGCCATGCTCCAATCCCAAAGGCCTTTGCATGATCAGTCTTGATAGTTGTATTTGATATCC ATTGTGTGTAGTTGTGTACCCTATTGGATATTGATATTTTCCTTAATCGTCCACAGAAGGTAAATCAGTGCAAGAAATGG TGAATGAAGCTCTTCGACGAGTCCCAAATATTAATGGTCAGCATCATTGCTTGCAGCTTTGGATGTAATTTACCTTTTCA CAGTATGATTCTTCATATTTTTAAAACAAATGATCTGATGGAAGGCTTTATTTATTATTTAATTTCAGGGGACAAAAGTA TTGACTTGGTATTTCTCATGTGGAGTTCAATTCCCATATATCAGTAGAATATTACAGTTCGGAAACAGAATATTTGTACT AAAAGTTAACTTCACCAGGTCAATCAAATCCGGGACTCATTGGCTATTATGGGTGACAATAGCACTGCCTTTAGTTTACC ACAAGTATGTTTTGGTCCCATATTTTGAATTCTCTTTCATTTCTTACCCTTTCAGTACTTTCTTTATTGATATTATTATT ATTATTATTAAAATCATTGCATTGGTTGATCTAACGGATCATTGGACATTAACAGCCACATCTCCAGCGGACAAAGCTTT GTGATATGAAGGATGTTGAACTTGATGAATTATATGTTAAGAGAAGGGAGCAATTGAAGGAGCTTGTTGCTAGTATGATC TCTCCAAAGATTGTACAGGGAAAGACTTTAAATGGGAAGGAGTTTGTATCCTTCCTGGAGCAGGTACTTAGCTTTAAGTG TTCTTATTAGAATAGGAATTAACAAATGTAATCTTAGATGGATATGGAGTAGAGCTTTTAAACAATTTTTCACGGAGAGG TGGATGAAAGGGACCACTTAAGTGTTACTTGTTATAGAAAAGTACCACTTATGCATAACAGAAATTTTTGTACATACTTA TGATTTGTAGTGTTTCATGTGTGGGTGGTGAAGAGCTAACAAAAAATTAGACATAACTTTGCGAAATGAGAATGTTAGGG CAAATGAATACAAAAAACAAGATAGGATTAGAAATGAATGTATAGGACAGAAAGTTGGTGTAGCACTTATTGTGGAAAAG GTAGTATTTTGTCCTAGGTGGTATGTGAAGAAAACCTTTAGAAGTCCCTGTTAGGAGAGTAGATTAGATGTTGTCTCAAT AGTTAGAGATAGAGATAATACGACAAAAAACTATAGGCGAAACCATTAAAAGGAATTAGATTTAAATGGCTTTTCATCAG ACATGATTTATGATATAACATTATGGTGTTGTTTGATTCATGAAACTGACTCCCTTTGGGAAAATAGCTTTGGTTGTTAT TTTTGTTGATGCCTTTTGCAATTATTGTAATTCATAAGTGAGAGTAGAATTCATTTGTTACTAGTAATACTTAAACCTTG ATGCTTAGTAAGGTGCATATGATTTTACATTTTTCACTTTCTATTCTATGAAGTTTCCTATGTTAATGTTCCACTCTTTG TTAGCTTAATATTGTCAGATTAAGGCTAATGATTGAACAATATAAAAATAAGATATTGCTTTGGATGTGACTTTATTATG TACATCTCCATTAAGCCACTTTGATTTTGACATTTCAAATTTAGATACTTGAAGCCTTAAACAAAGGAGAGATTCCATCA ACAGGTTCTCTTGTGGAGGTTTTCAATAAGGGTATTCTTGAGAGATGTCTTAAGTTGTACAGTGAAAAAATGGCAACTTT GGGTCTACCTCTTCCTGAGGAATCTCTGCAAGAAGCCCATGATAGGTCTAGTGATGAAGTCAGGCAAGCCTTTGATCAGC AACATTTTGGCCATCACCATGCTAATAGATCAATCCTGCAGCTGGATGAAGAAATACAAAAGGTAAGGTGTTGTTTGAAT TATTAAAGATTGTAGTTGATTGAAAGCTTAAAAGTATCATTGGCTTCTAGGGAATCCACTTAGCGACTAAATTTATATTA GCTAAAGCTAGCTAAATGATTTTCTCTCATTATTTATATTTTTATGGTTTTAGTTTTAAACTCTAAAAGGTTATTTTCAA AATTAAAGGAAATGTTTGGGAGATCCTGTATATAATAGTCATCTTATCGACATAGTTTTCAACCAATTATATAAAGCACC AAGTCCTGTAGAAAAAAAATGAAGACCCTCTAGTTGATTTACTCTTAATAGTGGAGGGAGTCAGAAGAGTAGAGTAATAG CATAAGTTTGAAGGATATGCCTATAGAACTTCCAAATATCAATGTGTGTTGTTATAACTATGATGGTTATATTTGATGAT TTCTGGTCCTTTGCTTTCTGCATTATTTTGGTCTTAAAATTTGAAACTCGTGATTTAGGCTTATAACTTAGTAACTTATT GGGAAAAATCATGCAGATACATAATAATGTGATTTTGCAAAATGAGTATCAATCTTCAAAGCTCTGCGAGGCTGCATACA CCAGATGTGAGGACAAAATGGATCAGCTTCAAGTTCTCAGGCTTCCTTCCTTGGCGAAATTCAATGCAGGTTCCCTGCAA TGTTATCACAGTATTGAGAATGAATGTGTTGGACCTGCAAAAACAAATTACCAGCAACGCATGATGAAGGTCTGATATGA TAACTGTATTATGTCATTTTGTACCTGCTACTTGTGGTTTACTATATTCTGTGGGAGTTCACGGGGACATAGAAACAATT TTCTATTTTTATTCTTAGTGGAAATGAGACAGGAAGGCCTTAAATGCTTTAATGATTATGCAGATGTTGAGGAAGTCTCG GTCTCAATTTATAAAGGAGTACAACCGCAGGCTTTTCAATTGGTTGGTGGCCTTCTCCCTGGTTATGGTTGTAATTGGGC GCTTTATTATAAAGTTCGTTTTGATTGAAATTGGAGCATGGATACTCTTTATATTTCTGGAGACCTACACTAGGATGTTT TGGTCAGCAGAGTCACTTTACTTTAACCCAGTTTGGCATTTTATTGTTGCTACTTGGGAAACTCTTGTTTACAGCCCAAT CCTTGATCTTGACAGGTAAACTGTTTCCATAGTTCTTCCAATATTATTTTTCCATTTTCATACTTTCTGATTAGTATCCA AACAGGCATTTTGATTCTTTTTACTCACATAGTTACTTCTTGAAAGCATTAATTGTCAAGCGGTACCTAGAAGTGATCAA CAATATGTGATTATGTTTGTTTGCTTTTCTTTCTGTCTAATAGCTTGTTTGAATCAGCTTCTCTTTCATCAAATCAATTC TTAACCTCATAAGCTACTCGCAAAAGCGTCTTCCGAAAACTGAATCTTACTTCAGAATCAATTTAGAAAGATTTCAAACA TGCACTAAGTTTGAGCTTCAGTCCCCCCTCCCTCTCTTTTTCAATTGTTCATTTTATCCTTATTAAAATTTCTAAATGTA AATCTGTTGCCATATTTGTGCTTAATCATTCCCTTGTATAATAATTTTGGTATGAGTGAAAATTTACATACTAATGGTAT TTTCATATTGTATAATAATTTTGGTGATTGAAAATTTGAAACAGATGGGCAATTCCCCTTGGTGTAATACTGTCATTGCT CTTCCTTTATTGGCGGTGTTATGGGAAAATGAACTATGGATCCCAGTGGACATTGCCTTTATACAGCAGCAATAAGAATG GTCCAAATCGACCAAGAACAGACTAAATCTATGGTGTTGCAAGCATGCTTTGGAAATCTGGCACATGCTTTGGTGACTAG ATCTATGGTGTTGCAAGCATCCTTTTCATCTTAAAAGGTTATTTTACAGAGTGTAAAAATGTCTTCTGAGGGTGATTGGT TCACCTCTCCCTGCAGCTTCTACAGCTTCAGCACCTCCAAAACTGTTCTTTGTTGCCAAATGGCATTATCTATTGATTTA TTTTTACTAGGGTATTACTTCAATTACTTTATTACTTATGTAGGATTTGAGAGTAACTTGGTATATGGACTTGTAAACGG GTCAATTTAAAGAAAGGGAATAGAGGTTGATTGTTTGTTCATTTGTTTCAAGTTGGTGGGTTAAGGTTTGCATATAATCT TTCATACTATTTGAGGATTATTCACTTCTTGGAATTCAG
CDS sequence (LotjaGi5g1v0174300.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGTGACAATAGCACTGCCTTTAGTTTACCACAACCACATCTCCAGCGGACAAAGCTTTGTGATATGAAGGATGTTGA ACTTGATGAATTATATGTTAAGAGAAGGGAGCAATTGAAGGAGCTTGTTGCTAGTATGATCTCTCCAAAGATTGTACAGG GAAAGACTTTAAATGGGAAGGAGTTTGTATCCTTCCTGGAGCAGATACTTGAAGCCTTAAACAAAGGAGAGATTCCATCA ACAGGTTCTCTTGTGGAGGTTTTCAATAAGGGTATTCTTGAGAGATGTCTTAAGTTGTACAGTGAAAAAATGGCAACTTT GGGTCTACCTCTTCCTGAGGAATCTCTGCAAGAAGCCCATGATAGGTCTAGTGATGAAGTCAGGCAAGCCTTTGATCAGC AACATTTTGGCCATCACCATGCTAATAGATCAATCCTGCAGCTGGATGAAGAAATACAAAAGATACATAATAATGTGATT TTGCAAAATGAGTATCAATCTTCAAAGCTCTGCGAGGCTGCATACACCAGATGTGAGGACAAAATGGATCAGCTTCAAGT TCTCAGGCTTCCTTCCTTGGCGAAATTCAATGCAGGTTCCCTGCAATGTTATCACAGTATTGAGAATGAATGTGTTGGAC CTGCAAAAACAAATTACCAGCAACGCATGATGAAGATGTTGAGGAAGTCTCGGTCTCAATTTATAAAGGAGTACAACCGC AGGCTTTTCAATTGGTTGGTGGCCTTCTCCCTGGTTATGGTTGTAATTGGGCGCTTTATTATAAAGTTCGTTTTGATTGA AATTGGAGCATGGATACTCTTTATATTTCTGGAGACCTACACTAGGATGTTTTGGTCAGCAGAGTCACTTTACTTTAACC CAGTTTGGCATTTTATTGTTGCTACTTGGGAAACTCTTGTTTACAGCCCAATCCTTGATCTTGACAGATGGGCAATTCCC CTTGGTGTAATACTGTCATTGCTCTTCCTTTATTGGCGGTGTTATGGGAAAATGAACTATGGATCCCAGTGGACATTGCC TTTATACAGCAGCAATAAGAATGGTCCAAATCGACCAAGAACAGACTAA
Protein sequence (LotjaGi5g1v0174300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGDNSTAFSLPQPHLQRTKLCDMKDVELDELYVKRREQLKELVASMISPKIVQGKTLNGKEFVSFLEQILEALNKGEIPS TGSLVEVFNKGILERCLKLYSEKMATLGLPLPEESLQEAHDRSSDEVRQAFDQQHFGHHHANRSILQLDEEIQKIHNNVI LQNEYQSSKLCEAAYTRCEDKMDQLQVLRLPSLAKFNAGSLQCYHSIENECVGPAKTNYQQRMMKMLRKSRSQFIKEYNR RLFNWLVAFSLVMVVIGRFIIKFVLIEIGAWILFIFLETYTRMFWSAESLYFNPVWHFIVATWETLVYSPILDLDRWAIP LGVILSLLFLYWRCYGKMNYGSQWTLPLYSSNKNGPNRPRTD
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 |
|---|---|---|---|---|---|---|
| PANTHER | 1 | 354 | 354 | 3.6E-199 | – | |
| PANTHER | 1 | 354 | 354 | 3.6E-199 | – | |
| Phobius | 1 | 241 | 241 | - | – | |
| SUPERFAMILY | 53 | 274 | 222 | 1.96E-39 | ||
| Pfam | 54 | 183 | 130 | 6.3E-9 | ||
| Gene3D | 54 | 187 | 134 | 5.6E-13 | – | |
| Phobius | 242 | 261 | 20 | - | – | |
| TMHMM | 255 | 277 | 23 | - | – | |
| Phobius | 262 | 267 | 6 | - | – | |
| Phobius | 268 | 285 | 18 | - | – | |
| Phobius | 286 | 316 | 31 | - | – | |
| TMHMM | 290 | 312 | 23 | - | – | |
| TMHMM | 317 | 336 | 20 | - | – | |
| Phobius | 317 | 335 | 19 | - | – | |
| Phobius | 336 | 362 | 27 | - | – |
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 | GTPase activity | Catalysis of the reaction: GTP + H2O = GDP + phosphate. | ||
| Molecular function | GTP binding | Interacting selectively and non-covalently with GTP, guanosine triphosphate. |
Expression pattern of LotjaGi5g1v0174300.1, 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…