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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0225100 |
| Transcript ID | LotjaGi2g1v0225100.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Phosphotransferase; TAIR: AT4G29130.1 hexokinase 1; Swiss-Prot: sp|Q9SEK3|HXK1_SPIOL Hexokinase-1; TrEMBL-Plants: tr|I1KJB0|I1KJB0_SOYBN Phosphotransferase; Found in the gene: LotjaGi2g1v0225100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:68165610..68175063) extracted from Lotus japonicus Gifu genome v1.2.
TTTTCTATTTTTTTAATATTTCTTCCGTATCAGTGGTTTCTTTCTTTAACATTTTTTGAGAATGACGCATGAATAAGAAC ATGAATCTTGGGAGTTTCCGAATCCAAGAGAGGTTTCCGATTAACATTCACCTCGACCCACTTCAGCTTTTCCTCCACTG AGCCAAAAGTTCCTGTCTTTTTTCAAGCTTTTCGTTGTTTCACCGAGTGACTGACTCAGTAGTGAGTGATGGGGAAGGTT GCTGTTGGAGCTGCAGTGGTGTGCGCCGCCGCCGTGTGTGCAGCTGCTGCTGCTGCCGCAGTGGTGCACCACCGAAAGAA GAGCTCAGGGAAGTGGGGTCCGGTGGAGGCTATGGTGAAGGAGTTTGAGGAACAGTGTAGTAGCCCAATTGGGAAGCTGA GGAAGATTGCTGATGCTATGGAGGTTGAGATGCATGCTGGTCTTGCATCTGAAGGTGGTAGCAAGCTCAAGATGTTGATC TCCTATGTTGACAATCTCCCATCTGGGTTCCTCTCTTTGCTCCTTAACTTGCTTACTTAACTTCCAATATCACTATCACT CTATCTGTCTTTGTTTTGTGATTGGATGGTTGTTCAGTCACCATCTTCTAAAAAGTCCATAATTTTCTATCAAACACTTG ATGATAAGACTTTTATGTTTTTCTTGTACCCTGCAAAATTGGTCCTTTTTTTTTAAAGTGCTTTGTGAATTTCCTAGCTG ACTTTTCTGATTATCTTCATTGCTGGCTGGATAACCATATGTTTTTTTGTTTGTTTGGGGTTTTCCTCACCTTCCAAAAA TTCTTTGTGGATCAGTTGTTGTGATAATAACATCCTCTTTTTAGTGTTTCAGTTTCACTAGATGATAAAAATTCACTCCT GAATCATTTTATGTTATGTTCTGAAGACTCTAAGTCCAAAGACAAGATTGTGAAAGAATTTTTTGGAATATTAAGTGAAT CTTAGTAATTTAATTGATAAGAAATCAATAAATTAGTATGCTGTCCTTTGAACTAGTAGTTCTTAAGGTTTCTTATGGTT ATTTTTTTGTTTGTTTTGTTGCATTATTTATAGGGATGAGAAAGGATTCTTTTATGCATTGGACCTTGGTGGCACCAACT TCCGTGTCCTTCGTGTGCAGTTAGGTGGAAAAGAGAAAGGCGTTGTTAGCCTACACTCTGAAGAGGTTTCAATTCCTCCT CATTTGATGACTGGTTCTTCACATGTAAGTCGTCCTGTGAAATCTATCAAAGCATTGAGGATTGAGCTTGCTTAGGGCCT ACTGCACTCTGAAAGATGTTTATTATGTCATTACAGGAGTTATTTGATTTTATAGCAACATCTCTTGCCAAGTTTATTAG TTCTGAACCTGAAGAGTTCCATCCTCCCCCTGGCAAACAAAGAGAATTGGGTTTTACCTTCTCGTTTCCAGTTAGGCAAA CATCTATTGCATCTGGGACTCTAATAAAGTGGACTAAGGGTTTCAGAATTGAGGATGTGGTAACTATTGATACCTTGATT CTGTTGTATTATATCTCATTTGCATTACCATTCTTTCCTGTTGTCATTTGTGTTGATCATGATTCTGGTGTGTAATTCAG ATTCATTCATGAGTATTCTGTCTCAGTCAGGGCATACACTACCATATTCCTTTTGTTGTTGCTTTAAGTTTTGTGAGTCA AGAACTTACTATGCTAACCTTTAGTGGTTCGCGTGTGTATTGTATGAACTCTTTTCAAAGAGGGAACTCTCTTCTACAGG TCTACTAGTTTTCAATTCATTATTTAGCTACCCATTAATTGAACATGGTATTCTGATGGTTACTCCTCTTTGAATTCTGT TTGGTTGTTTGTAGGTCGGAGAAGATGTGGTGGGTGAGCTAACCAAGGCCATGAAAAAAACTGGCCTGGATATGCGTGTT GCAGCTCTAGTCAGTCCCACCTTCCTTTCCTTTTTTTCTTCCCCTTAAAGCCATGCTTTGAGAATGTAATTTTGTATCTG ACAGAAAATTTGGATGAATGAGTTAATGTTTCATTTTTTTTATTTCTTGCTTAATTAATTAATCTGGAACTGAATCCTAA CTAGATGATGTCCTATAGATTAATGATGCTGTTGGAACCTTAGCTAGAGGTAGATTCAGCAATCAGGATGTCATTGCTGG AGTGATTCTTGGTACTGGAACAAATGCAGCATACGTCGAGCGTGCAAATGCAATTCCAAAATTGCAGGGTTCTCTACCTA AATCAGGAGACATGGTAATTTGGTTATGAATATTTATGACATTTATTTTCTTGTGTGATAGAACTGTGATAACCATGATC CTTCGAGGCAGGTAATGATTAATTTTCCGTCAAAGCAAGCTGATTTCTTATCAATTTTGTAGGTTATAAACATGGAGTGG GGTAATTTCTGTTCGTCATATCTTCCCCTAACAGAATATGACCGAGCTCTAGATGCAGAGAGCTTAAACCCCGGAGAACA GGTAAGTTATCTTTCATTAGTTTAAATGACTGATGTGCATCTATAATATTCATCCACTATTATTTGCAGATTTTCGAGAA GATGATTTCTGGTATGTATTTGGGGGACATTGTAAGGAGAGTATTATTCAGGATGGCCGAAGAAGCTGACTTCTTTGGAG ATACAGTTCCTCGCAAGTTGAGAATTCCTTTCATACTTAGGTATGATAACGTTCACTAATTTTAGTCGATTGTACTTGTT TAATTGCTATCTGACCTTCTTTTGGAACTTTTGGTATATCTACCTTGCCAACAATGACTCGGAAATGCTAGCCTGCTTAT AATTGCTCCAATTATTAAGTTAAGCAAGCTAGGATGCATGCTCTTTGTTAGATATCTTGTAAAGAAGTGGGATATATTTT ATTTATGGATATTAGGTAACCTAATCGTGTAATTGGGGAAGTGATCATGTAAGTAGGGAAATAGGATATTTCTATGATAG GTTGTATTTTTTGTGCCTGTAATATATATAATGACCCCCGTTGTGTAGTTTAGACAGACGAATTAAATCTTATATTGTCT CTCAGTTTCTCCTAATTTTACACTCTGCTGATCATTCTTTGCATGTGCCATCATAGTATCATCAATTTACTTTATAAGAA TTTTTAATCCCCTTTCTCTGACTCATTTCTCAGGATTGCTTGACGTAAGAATTATTGGTGTTTGTAATTGGTCGTTACAC ACCATTGACACATTTGTTCAGCATTCTTTTCTTTCATTACAAGACTTGTTATCAGCATAAGAACTCTACAATATCCAATT GAGTTATCAGACATTGCCTTTGTCAGAGCGTAGTTGGTGGTAGTAAAGAAAAGTGGATATTAGAGAAAGAAGGAAAATGG ATTTTATGGTTTTCAAATGCCGGGTATAAAAGATGTCGGAAATGATATGCTCCAACAATTTTTCATCTCCCTCGTTTGTT ATAGGTGAAAGCTAAAGAATGACAATGTAATCCTTAGATAAATACGGGTGAACCGTAAGAATATATGTTTAGACTTGAAT TATTTAGTTCATTCAAAATTCGGATGAAAAATATTGTGACGTCTGGATAAGAATGGTTATCTCCCCTGATTCTTTTCTTA ATATCTATTTTCTTACCAAGCAAGCATAGAACCTATTTCACCCATATCAGTGTTGCCTTGCTTTTGAGTTGTACATATCT GCATTAATATTTTTTGGTACAAGTACATATCTGTATTATAAGCCAGACTCTCATTAATTTTTTATATCTTTTCAATGGGA TGTATAGGACGCCTGACATATCTGCTATGCATCATGATACATCGTCAGATTTGAAGGTGGTTGGCAATAAATTGAAGGAT GTATTAGAGGTATGCATGTTATTTACTATGTTGAATACAATTATGATAGTTGACTCTCACAATTATATCATCTTCTTAAT TGTTTTTTATTGAATTATAATATACAGAAGCCAGGTAGTTTTAGTGAAGCTGTCGATTGTGATATTTGGTCTTGAAATAA ATTCATACAGATTTAGGACAAATGACATGATTTGTCTCATTTCGTTTCTTTTTGTCAGATTGATAATACATCCCTAAAAA TGAGGAAGATTGTAGTGAAACTCTGTGATATTATTGCTATCCGTGCTGCCCGCGTTGCTGCTGCTGGTAATTTTAGCATT CTCAAGAAAATAGGACGAGACACAGTAAATGCTGGTAAGAAACAAAAAACAGTGATATCATTGGATGGAGGATTGTTTGA GCACTACAATAAATTCCGGACATGCTTGGAGAGCACAATAAAGGAGTTATTGGGAGATGACGGAGCTGAGACAATTGGCA TTGAGCATTCTAATGATGGCTCTGGAATTGGAGCAGCCCTCCTAGCTGCTTCTCACTCCCAGTATTTAGCAATGGAGGAT TCTTGAAGATGTGGGTGATGCTGAGGTAAACAAGTGTAATACTAGTTTCAAATTTTTGTACACCTAATAGATCAACAGAT AGATGCAGCAAAGCCTGAGTTTCCGGCCTTATAGAGCTTTTGACTAGAGCGCGGACCAGGTCATTGTGTTCTGGCTGGAA CCTTGTTGCTTCTTGGCTAATGCTGGGGGCATCATTAGGTTATAGTGTTTGTCTCACTCTCCCACGTTAAGGAAGAATAA AGAGGAGATGTATCATGTAAGCTTTTGAGTAGTCATGCTTTTGCCAATGTAATATGTTCCAAACTATAATAAATCAAATA AGACAAAATTGAAAGATTTTAAGTGAGTTATCAATGAAGAGTTAACTTTCTTTATTATGATATGCATACCTTATATATGT CTGAACTCATCAGAGCTGATAATTTCAGGAGTGATCGCCACTTCCAGATCACCTTGTTTGTGACAAAAATAAATAAATGA AAATGAACTAGCAAAGTTACCATATTTTATATGAACCCGGGTGTGCTAATTGTCCTTTGCCCCCATTTGGTATGGGAAAG TTGAAGACAAAATTTAGCAACATTCTTTTTTTGTCTTAGCACATGAATTCTCAATGGGATTATGGGAGACAATTCACTTC ATGGTGTGGATATCAACTTCCGCTAGCTCTCACAGTCGGTTTTTTCTTTCTTTCTATAACAATGAGAATTAAGGACGCAC CATTTGAATCAACTACTCGTTTTAAAATTGCCAACATTGATATCAATGATTATAACTTCCTAATTTTTTAAGTCATGCTA AACCTTCTGATGCGAGGCAATATAGGCCTTGTAGTAGCTCACTGCTCACCATACAACTGATAGGAAACATGTTTGCAATT TTGTACTTCATTCCTTGTGAAGTTTGTGTTTACCACGGAGAGATTAGTTTAGCTTTTACAAATCAATTTAGGTTTTAAAA TCAATTATAGCAATTAGAAAGATGTAAGTTTTGGGTAGAAAGAATTGCATTAACTACAAAATGGACTACTTAGCCATGAT TGTGTTGTTATTGGAAAGACTAACTGACAAATTAAGAAACAGTGAGTGTTTTCTTGTTTCTCCTCTCCCCTTCAATTAAA GCCCAATTATGCTCATCAATGGATATAGTTGAATCTGTTCTTCATCTGTCTTAGTTTATGTTTGGGAGGCAATGGAATGA AAACCCAAAAACTTTTTACATTAGAAAAAGAAAAGAAGAAGAAAAAGTGATCTCTTCAATACAATTGAGCATAATTGCCT TTTGCAATTTGCAAAGCACTTTAATTATTAATAATCCTCTACTCCAACTACAGCTTATGTGAGCCTGTTTATGTTCTCTT CTAGTAGTTACAATGTTACTGAATCATGAGCTCCATTTTCTCTAATTATGACTTCAAGACTAGCCCTTTTGTTTCATCTG TCACCTTTCTGCATTTTGATCAGATAAGATGCCCAAAATGAGATGCAAAATACTAAGCTATCATCATCAATATTCCACCT TCTTTTCCCATTTTGGATTCTGAAGAAGTGGAACAACATCATAGAAACCAACTTTCTTCTCTCCATTGGCACGCGGATCG CTGTAGCTGAGCAATACCTTCAAGACCTCCTTCATGGAAGGTCTGCTACCTGGCAGTGTTGCAGTGCACATGACCCCAAG TTTGAAGATGCTACACATTTCATCCAAGTAACTAGGTTCCGCAATTTCTTCAACTAGAAGATCTTCTATATTGCTTCCTA TCTGAATGTGGCGCCGTGCCCATTCAGCAAGAGATGAGTATTCATCTCCATGATTAGCTTCTTTTCCAGTTGTTAGTTCA AGTAGGATAACCCCAAAGCTGTAGACATCTATCTTCTCATTGACTCGTATTGTTAGAGCATATTCTGCAATTCATGTATG AAATAAACATTAAGACTGAATTTTTCGCAAAAGGAAAAGGAAATATAAAACTTATCTTCAGCAATATATTTGTTACTTGT TTTTTTTTTTTTACCTGGAGCAATATAGCCAAATGTGCCGGCCACAGCTGACATGGTAGCAAGTTCTTCTGGCTTGACCA ACATCATGGCAAGACCAAAATCAGCAACTTTTGCATTGAATTGAGAATCCAACAGAATGTTACTTGGTTTCAAATCACGA TGAACAACTGGCGGTGAGCAATCATGATGCATGTAGCACAAACCTTGCGCAACTCCAATGGCTATATGCAATCTTCTTGG CCAATCAATGATGTTATTTTGGACTGAACCTGACACAGTTGGTGGTTTACTTTTCTTGTGCAGCCACCTATCGAGGCTAA GATTTTCTAGATAGTCGTAGACAAGGAGCAGAGATTCCTCACTGGAGATACAGCACTGCAACTTCACAATATTGTTATGA CGAATATTGCTCAGGATTTCAACTTCCGCGAGAAATGAATTCACAAGCTTCTGCTCTAGTTTTCTGCTACTATATATCTT TTTCACGGCTACATAGCCTAAACCATCGACAGCAACGCGGTATACTGCACCAAACCCACCACTGCCAATGATATTATGTT CTTTCATTGATGACACAATGTTTGATTTTGAGAAACTCAGCCTCTGAAAGGAAGTGAGCTTCCAAGACCTTTTCAGGTCT TGCTTTCTTTTTCTGTAAATTCTGATCATCATGAATGATGACAAGAAAACCAGTAAGGAGGCTAATACCACCACACATAT GATCATAGAGCGAGGCACAGATGAGCCACTCCTCACCCTTTTAGGGCCAGAATTGCACAAGGCAAGATTTAGTACTGGGG TACTCGCACAAAGACCAGAATTATTCAAAAAACTTCTGTCATAGACAAGGTTTTCAAATTCACTTGGAATCCTCCCCATC AAATGATTGGATGACAGATTGAGATTTGTGAGTCTCTTAAGGGCTAGTTGAAGTGGAATATGGCCAGAGATTTTGTTTTC TGACAAGTCCAATATGTTAAGGGTAGGTAACTGACCAATTGCATCAGGAATTTTACCAGAGATTTGATTGTGGCTCAAAT TGAGATTTATTAGGGACTTCCATGATATTATATCTGATGGAAGTGGACCAGTAAACTGGTTATGATCAAGCAGAAGAGTT GTTAGGTGGGGAAGAGATGTTAGCTCTTGCGGAATGCTTCCATTGAATAGGTTGTGACTAGCATTGAACACCACCACTTT CTTCCATGAAGACACTCCATCTGGAATTCTACCAGAAAATTGATTATAACTAATGACCAGATTTGAAAGATTCCTAGGCA ATCTTTCAGGAAGCCCCCCAGTGAACTTGTTCTGGCTTATCATAAATGTTGACAAGTTCATAGATGTCCATAGACCACTA GGAATGTTTCCAGAAAACTCATTATTCTCAACTCTCAGATACTCCAGGCTACTGCAACTACCTAAAGACTCTGGCAACTC CCCACTCAGTTTATTGTCATAAGCAGTTAAACCAACTAACCTTTGGTAGTAGCACAAGTTCTCTGGCAGCCTTCCTGTGA AACTATTAGATGCAACCTGAAACGTTTCAAGCTTCGAGAACCGGCCGAAATCTAGAGGAAGAGCACCTGATAAATTGTTG AGAAAAACTTCAAAATCAGTTAGAGCTGGCAGATGACCAATGCTTTCTGGTACCTCCCCAGATAATTGATTCATAGCCAA ATTCAAGAAGGTTAGATTTTTCAGCTTTCCCAGATCATCTGGTATCTTCCCAGTGAGATTATTCTGTGAAAGATCAAGGA GTGTTAAGTTGAATGCTTCAACTACTCCAGGTATCTCCCCAGAAAGGTTGTTTTTGTAAAGAGAAAGTGTGCTCAGATAT TTCAGAGTGAACAAACCATCTGGAATTTGTCCACTTAAATAGTTTCTTGATAAACCTAATTCCTCCAATGCCACCATTTC TCCTATAGTTTCAGGGATTTCCCCAACCAAGTTTGAGTCAGCCATATGAAAGACCTTCAACTTTTTCAACTTGGTCAAGC TTGATGGCAACTTTGTTTGAGGGAGCATGCTGTTTGAGAACATCAACAAGGTCTCAAGGTTGGACAAGTTACCAATATCA GCAGGGAAAGTACCATTGAAAAGACACGTATACAGTTGAAGATTTGTTAGCTCCCTCAACCTCCCAATGCTCACAGGAAT ATCACCAGAAAAGTTGTTGCCACCAAGGCTGAGGAAACGTAGGCTAGACAAGCGGTCAATGTCATCAGGAATCTTACCAA CAAAGTAGTTCTGGGAGAGATCAAGGTGCTCAAGTTTGGAGCAGTTGTAGAGGGAAGTTGGAAACTCCCCAGGGATGTAA TTCCATTGAAAATCTATGTATGTGAGGTTTGTGAGGTCACATAGGAAAGGTGGTAATGTTTGAATGATGTTGGTGTTGGT CATGGCCAGTGCTGTGACTGAGCCATTGGTGCAGGTGATTTCTGGCCAAAAGCAGTGTGAAGAGTTTGATGGTGTCCAGT GACTGAGGAATGATGGGTTTTGCAGGTATTTCTTTATCTTCAATAGAACTGTATGCTCTTGATTATACAGAAGGGACTGA GACTGAGAGTTTGCATAGGTGAAAAAGAGGAAGAAGGTGAGAAGAGAGAACATTTGCATTTTTACACATGATTGCATAGA CTTGGTCATCTGGAACTTGTTTCTTGTTCACACACACTCTCATTCAATGAAGATGAGATGAGATAATGTATGAAAAATTG GAAATCATATGAAAGCATCTCTTACCTGAGTCTGAAAAGTCAAAGATTCAAGAGACCAAAATAGATTTATATAGTTTTGA AAACATTTCACCTGTTTGGTATCTTTCGATTTACCTTTGTCTTTTTCTTTAAAATCAAGTTAAAAAGAAAATCCATTATC CACAAGCAACAACTTTACTTTTTACACACTGAACATGCCTTCAATATTTAACAGTGGTTGGCTTCATTTCTTGCTTTCAA AGTGTTACAGCATGTTTGGATTTACTCTTAACTCTCACAAAATCACTTTTTCTATCACAAAAATTAATATTAACAGCTTC TTCTAGAATCACTT
CDS sequence (LotjaGi2g1v0225100.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGGAAGGTTGCTGTTGGAGCTGCAGTGGTGTGCGCCGCCGCCGTGTGTGCAGCTGCTGCTGCTGCCGCAGTGGTGCA CCACCGAAAGAAGAGCTCAGGGAAGTGGGGTCCGGTGGAGGCTATGGTGAAGGAGTTTGAGGAACAGTGTAGTAGCCCAA TTGGGAAGCTGAGGAAGATTGCTGATGCTATGGAGGTTGAGATGCATGCTGGTCTTGCATCTGAAGGTGGTAGCAAGCTC AAGATGTTGATCTCCTATGTTGACAATCTCCCATCTGGGGATGAGAAAGGATTCTTTTATGCATTGGACCTTGGTGGCAC CAACTTCCGTGTCCTTCGTGTGCAGTTAGGTGGAAAAGAGAAAGGCGTTGTTAGCCTACACTCTGAAGAGGTTTCAATTC CTCCTCATTTGATGACTGGTTCTTCACATGAGTTATTTGATTTTATAGCAACATCTCTTGCCAAGTTTATTAGTTCTGAA CCTGAAGAGTTCCATCCTCCCCCTGGCAAACAAAGAGAATTGGGTTTTACCTTCTCGTTTCCAGTTAGGCAAACATCTAT TGCATCTGGGACTCTAATAAAGTGGACTAAGGGTTTCAGAATTGAGGATGTGGTCGGAGAAGATGTGGTGGGTGAGCTAA CCAAGGCCATGAAAAAAACTGGCCTGGATATGCGTGTTGCAGCTCTAATTAATGATGCTGTTGGAACCTTAGCTAGAGGT AGATTCAGCAATCAGGATGTCATTGCTGGAGTGATTCTTGGTACTGGAACAAATGCAGCATACGTCGAGCGTGCAAATGC AATTCCAAAATTGCAGGGTTCTCTACCTAAATCAGGAGACATGGTTATAAACATGGAGTGGGGTAATTTCTGTTCGTCAT ATCTTCCCCTAACAGAATATGACCGAGCTCTAGATGCAGAGAGCTTAAACCCCGGAGAACAGATTTTCGAGAAGATGATT TCTGGTATGTATTTGGGGGACATTGTAAGGAGAGTATTATTCAGGATGGCCGAAGAAGCTGACTTCTTTGGAGATACAGT TCCTCGCAAGTTGAGAATTCCTTTCATACTTAGGACGCCTGACATATCTGCTATGCATCATGATACATCGTCAGATTTGA AGGTGGTTGGCAATAAATTGAAGGATGTATTAGAGATTGATAATACATCCCTAAAAATGAGGAAGATTGTAGTGAAACTC TGTGATATTATTGCTATCCGTGCTGCCCGCGTTGCTGCTGCTGGTAATTTTAGCATTCTCAAGAAAATAGGACGAGACAC AGTAAATGCTGGTAAGAAACAAAAAACAGTGATATCATTGGATGGAGGATTGTTTGAGCACTACAATAAATTCCGGACAT GCTTGGAGAGCACAATAAAGGAGTTATTGGGAGATGACGGAGCTGAGACAATTGGCATTGAGCATTCTAATGATGGCTCT GGAATTGGAGCAGCCCTCCTAGCTGCTTCTCACTCCCAGTATTTAGCAATGGAGGATTCTTGA
Protein sequence (LotjaGi2g1v0225100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGKVAVGAAVVCAAAVCAAAAAAAVVHHRKKSSGKWGPVEAMVKEFEEQCSSPIGKLRKIADAMEVEMHAGLASEGGSKL KMLISYVDNLPSGDEKGFFYALDLGGTNFRVLRVQLGGKEKGVVSLHSEEVSIPPHLMTGSSHELFDFIATSLAKFISSE PEEFHPPPGKQRELGFTFSFPVRQTSIASGTLIKWTKGFRIEDVVGEDVVGELTKAMKKTGLDMRVAALINDAVGTLARG RFSNQDVIAGVILGTGTNAAYVERANAIPKLQGSLPKSGDMVINMEWGNFCSSYLPLTEYDRALDAESLNPGEQIFEKMI SGMYLGDIVRRVLFRMAEEADFFGDTVPRKLRIPFILRTPDISAMHHDTSSDLKVVGNKLKDVLEIDNTSLKMRKIVVKL CDIIAIRAARVAAAGNFSILKKIGRDTVNAGKKQKTVISLDGGLFEHYNKFRTCLESTIKELLGDDGAETIGIEHSNDGS GIGAALLAASHSQYLAMEDS
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 |
|---|---|---|---|---|---|---|
| Phobius | 1 | 23 | 23 | - | – | |
| PANTHER | 1 | 500 | 500 | 9.2E-298 | – | |
| SignalP_GRAM_NEGATIVE | 1 | 23 | 23 | - | – | |
| SignalP_GRAM_POSITIVE | 1 | 23 | 23 | - | – | |
| SignalP_EUK | 1 | 23 | 23 | - | – | |
| Phobius | 1 | 3 | 3 | - | – | |
| PANTHER | 1 | 500 | 500 | 9.2E-298 | ||
| Phobius | 4 | 15 | 12 | - | – | |
| TMHMM | 5 | 27 | 23 | - | – | |
| Phobius | 16 | 23 | 8 | - | – | |
| Phobius | 24 | 500 | 477 | - | – | |
| SUPERFAMILY | 27 | 244 | 218 | 2.73E-69 | ||
| ProSiteProfiles | 37 | 489 | 453 | 50.652 | ||
| Pfam | 43 | 240 | 198 | 4.9E-66 | ||
| Gene3D | 63 | 477 | 415 | 1.4E-164 | – | |
| Gene3D | 85 | 488 | 404 | 1.4E-164 | – | |
| PRINTS | 100 | 116 | 17 | 7.1E-62 | – | |
| CDD | 101 | 263 | 163 | 1.93952E-7 | – | |
| PRINTS | 174 | 199 | 26 | 7.1E-62 | – | |
| PRINTS | 226 | 242 | 17 | 7.1E-62 | – | |
| SUPERFAMILY | 246 | 494 | 249 | 5.87E-78 | ||
| PRINTS | 249 | 263 | 15 | 7.1E-62 | – | |
| Pfam | 249 | 489 | 241 | 5.7E-78 | ||
| PRINTS | 314 | 336 | 23 | 7.1E-62 | – | |
| PRINTS | 397 | 419 | 23 | 7.1E-62 | – | |
| PRINTS | 474 | 490 | 17 | 7.1E-62 | – |
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 |
|---|---|---|---|---|
| Biological process | Cellular glucose homeostasis | A cellular homeostatic process involved in the maintenance of an internal steady state of glucose within a cell or between a cell and its external environment. | ||
| Molecular function | Hexokinase activity | Catalysis of the reaction: ATP + D-hexose = ADP + D-hexose 6-phosphate. | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Molecular function | Glucose binding | Interacting selectively and non-covalently with the D- or L-enantiomer of glucose. | ||
| Biological process | Carbohydrate metabolic process | The chemical reactions and pathways involving carbohydrates, any of a group of organic compounds based of the general formula Cx(H2O)y. Includes the formation of carbohydrate derivatives by the addition of a carbohydrate residue to another molecule. | ||
| Molecular function | Phosphotransferase activity, alcohol group as acceptor | Catalysis of the transfer of a phosphorus-containing group from one compound (donor) to an alcohol group (acceptor). |
Expression pattern of LotjaGi2g1v0225100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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