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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0459800 |
| Transcript ID | LotjaGi4g1v0459800.2 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Histidine kinase; TAIR: AT2G01830.1 CHASE domain containing histidine kinase protein; Swiss-Prot: sp|Q9C5U0|AHK4_ARATH Histidine kinase 4; TrEMBL-Plants: tr|A0PEY0|A0PEY0_LOTJA Cytokinin receptor 1; Found in the gene: LotjaGi4g1v0459800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:83061938..83069826) extracted from Lotus japonicus Gifu genome v1.2.
TTTTTTCGAACGAACGAACGAACGAACACAGTAGCAGCTGTATTAGGATTCAGATTGCATGATACATTGATATTGATATT GATATTGATATTGATATTGTTGTGGGTCAAGTCTCTACTCTACTATCCAAAGTAAGCATATATATAGAGAGAGAGAGAGA GCTTGGGACTAGGGAGGATATTAGCTTATGTGACTGTGAAGTTGAAGGGAGACAAGAGCGTATCTGGCAAAATCCTCAAA ATAAAATACTAGTACTAGTACAGAGAAAAGAGACTAAGAGAGAGAGTGCTGCTGCACATCAAGACCCATTGTGATTTGTG ATTTGTGATTTGTGATTTGTGATTTGTGAGTGAGTTCATTGTACAGGTATTATTGTTTGTTGTTTCTCTCCTCAACCACC CTCTAAAGTCTAATCTAACTCATTGGGCTCTGTGCTTAGCTGGTTGTGTTTTGTGTATGGTGAATTAGGGGGTCAATCTC TGGTTTTCATCATTATTATATTATATATGGGAATACCGTGCTCTCTTCTTTGTCCTTCACCAAAACTAGTTTCACGCCTA CACAACATGATTAGAGCCTCTTCATTTTTTTAATCTCATCCTTTAAGTGTATTTCTATTTCTATTGGCTATTGGGACAAG GGGAAGGTGGTGCTTCTTAGGAACTTGAGCTGTTTTCCATCTTTTGAGACCCATGCTTTGTCTCTCTCATTTTTAATTCT GGGTCTCTTTCTTCTCTTGTCCTGATTTTTTAAATGTGCTTCTTTTTTGCTTCTTACAACCACCCTCTAAACCATTCATC ATGCTTGGTTTGCTTTTGCTTCTCCTTTCACAGGTTTCAATCACGCAAAACAATGCTGCAATGATGCTGTACTTGGAGTT TCTTCTGTGACCCCTTTTTTCCTTCCTTCAACAATCAACCCACCAGAGAAAAGTGTCTCAGATTTTGAGACTACTTTCAA CTTTCAAAACAAAGTGGATGGGATCTTCATCTTATATAACCACACATCAATCATTTGTGCTACTTCTCCAATTTTCTTTA GAGATGAAATGAAGAGCTAAGCAGACAAGACAAGTTTATTTGTTTGTTGCTGATGGGTCTTGGGTTCAAGATGCAGCAGA GCCACCACCCTGTGGCTTTGAAGTTACATGAGCAAGCTGGGAGCCAGAGAAAGTTCACTTTCATTCAGAACTTCAGAAAC TGGTTTCTACCCCTTCTGTTTGTATGGTTCATTGTTATGGCTGCATTTGGTGCCTGCATCTACCATAAAATGGATGCTGA AACTAAAGTCAGAAGGAAAGAGGTGCTGGGTAGCCTCTGTGATCAAAGGGCTAGAATGCTACAAGACCAATTCAGTGTCA GTGTCAACCATGTCCATGCCCTTGCCATCCTTGTTTCAACCTTCCATTACTACAGAAATACTTCAGCCATTGACCAGGTT TGTGCTTGATTTTCCTTTCCTTGAAGCATTTTTTAGTTGGAGGCTCAATTTCTTTTTCTGATTTGATTCTGGCCTTAAAA ATTAGAATCAATTGTAGAAGGATTTCCAAACATGCCCATTTTGGAAATTGGTGCATCTGATAGTATCATGTTTAGATCAG TTTCTTTTTCCTCAGAATTGATTTTGGGCTTAAAATCAATTGTGGAAGGATATTCATTAGTAATTTGGATATTGTTGCAT CATATGGTTCTATCTAGTTACATCATTTTTTTCCACTCTGATTGCATGTATCTTTCTCCTGTTCTTTTCCCTATCAGGAA ACCTTTGCAGAATACACGGCCAGGACAGCATTTGAACGGCCATTAATGAGTGGGGTGGCCTATGCACAGAGAGTGGTTCA CTCAGAGAGAGAAAGATTTGAGAAGCAACATGGGTGGGTTATAAAGACAATGGAAAGAGTGCCTTCAGGGGTTAGGGATG AGTATGCAGCAGTGATATTTGCACAGGAAACTGTCTCTTACCTTGAATCTATTGATATGATGTCTGGGGAGGTAAATGTC AACACTTGTGAATTAATTGTAAAACTCAGAAGCTACTCAGAGAAGCTCTTCCCCAGAATTGGTTCTGCCTTTAGAATAAA TTGTACATGGATTTGACCACATTTTCTCATTTGCATGATGCAGGAGGACCGAGAGAACATTTTGAGGGCTAGAGCCACTG GGAAAGCTGTTCTGACTAGCCCTTTCAGACTGCTGGATTCTCATCATCTTGGCGTGGTTCTAACATTTCCTGTTTATAAA TCTAAGCTCCCTCCAGAGCCAACGACGGAAGAGGTCATTAAAGCCATAGCAGGGTATGTCCTCATTTCACTTTTCTTGCC AAAACCAGACTTCTATTTGGTTGTGTTTCCGTAGGCTATGACTGATATGTAGTTTCAACTCAGTTAGACTATAATATAAA CCCTTCATGTGGCCCTTACCCAACAGCTTAAGCTTTTGGGATAATTGGTTGCTTGACAAACTCCTTCCGTAGAAAACTTG GTTAGCTTTGGTTCTATGTGGGCTTTATGTTTTCCCTGAGCTTATGTAATAGCATGATGTGTTTAATGTACTTTTTAATG GAAACAGATATATTGGAGGATCCTTTGATGTTGAGTCCCTTGTGGAGAATTTACTTGGTCAACTTGCTGGTAACCAAGCA ATTTTGGTGAAGGTATATGATATAACAAACTCTAGCGACCCCCTAATCATGTATGGCAGCCAATATGAAGAGGGTGATAT GTCTCTTGTCCATGAAAGTAAGCTTGATTTTGGAGATCCATACAGGAAACATCACATGATCTGTAGGTGGGTGCTTCTAG TTATTGTTGTAGTACATTTTCTGAGTTTCAGTGGTTTATCAATTATCAGCAGATTCTTATGATCAATTTTTTTAACAGAT ATCACCAACAGGCACCAACAAATTGGATAGCATATACCACGGCATTCCTATTCTTTGTGATTCTTTGTTTAGTGGGTTAC ATTTTATATGCTGCTGGAACTCACATTGTCAAGGTAGAAGATGATTACAATGCAATGCAGGATTTAAAAGTCAAAGCAGA AGCAGCTGATATTGCCAAGTCACAGGTACTTTTCATGACATGTTAGCACTGTTCGTTATTTCCTTGAATTGCATACTGAT CACTAGAAACTGAAAATTTGTTATTAATGTCAGTTTCTAGCTACCGTCTCTCATGAAATTAGAACTCCCATGAATGGAAT TTTAGGTAACTTTAAGATTCTCTCTCGTTCTCTTTCCACTGAAAAGCAACACATGCTTTCATTCCATACCTGATACTTTC CCATTAGTGATGCTATCGTTAAACTCCTTGTCACTGTAGGAATGCTTGGTCTGCTTTTACGCACAGAATTGAGTTCAACA CAAAGAGACTATGCTCAGACTGCTCAAGCATGTGGGAAGGCACTAATAGCATTAATAAATGAGGTGCTTGACCGAGCTAA AATTGAAGCAGGCAAATTAGAGCTAGAAGCAGTTCCATTTGACCTTCGTTCCATACTTGACGATGTCCTTTCTCTTTTTT CTGAGAAGTCAAGACACAAAGGCTTAGAGGTACGTTTAGTCATTGCTAAATCTGTTGTGAAGTCCTGTACAAGTGGCGTA ATTTCATAGTCCTATTTCCTTTTCTTCAATTGATGATCTTATTTCATATTCCTCTCGTGTTTCTCTCTTTCTATGTTGCC ATGTCGTTGGGCGGTGATGTTCCTACTCTGATCCCAAATTCCTGATGTGCAATTATTCCGACTTGGACTTCAATGGTTTG GGAAGTATAGCTGGCAGTGTTTGTTTCTGACAAAGTTCCGGATATAGTTATGGGCGATCCTGGGCGATTCAGACAAATAG TGACAAATCTTGTTGGAAACTCTGTTAAGGTTAGTGGAATTTTCAAACTTTATTTGCCTAATGTTGTGTGCAAGTTGTGT GTTGGAAATGCGTCCTTTTAACGTTATAAAATCGTACAAGTTCGTATTCTCCATTGTATACAATAACTTATTAGCAAAGT ACTTGTTGATATCATTACTGATTAACTTTAATATCTTGCAGTTCACTGAGCGAGGTCATATATTTGTTAAAGTCCATTTA GCTGAAAAAAGACAGTGCACAATGAATGGAAAATGTGAGACTTTTCTAAATGGAGGCTGTGATGATGTTTTGCATGTATC TGGCAGTTATAATTTGAAAACCCTTAGTGGATATGAAGCCGCTGATGAACGGAACAGCTGGGATAATTTTAAGCATCATA TTGCTGACGAAGAATTTTTCTTTGATGCTTCGGTTAAAAAGTTGGCCTCTAGTGAATCTTATGAGCAAGTCACCTTGATG GTCAGCGTGGAGGACACTGGAATTGGGATTTCTTTCTCTGCCCAAGATAGTATTTTCATGCCTTTTGTGCAGGCTGACAG CTCAACCTCTCGAAACTATGGGGGTACCGGGATCGGCTTGAGTATCAGTAAGTGCTTGGTTGAACTGATGGGCGGTCAGA TAAACTTCATAAGCCGACCCCAGGTCGGGAGCACGTTTTCATTCACTGCAGATTTCGGAACATTTAAGAAAAACTCAACA ACTGACATGAAGAAACTTAACTTTGAAGATCTACCTTCTAGTTTTAGAGGTCTTAAAGCCATTGTGGTTGATGGAAAACC TGTTAGAGCTGCAGTGACTAGATACCATTTGAAGAGACTAGGGATACAAGCTAAAGTTGCAATTAGCATCAATAAGGCTG TTTCTTTATGTGGGAAAAATGGTTCTTTGACCTCGGCGTAAGTCTTTAATTAACCTTTTTGGTTTCAATTATGTAGAAAT GTATTGAATGTTATGATAATCAGTAGCATTATCAACTTTTAGTAATTGTTCTTAACATATGCTAATAGTCATATCTTTCT ATAATACTACAATACTGTAGCCATATAATATCTTTCCTGTATTGGAGTGAGTTTTCAAATGTTTTTCTGTGATATTTTGG AAGTTATCTTCAGTTTGAGAACTCATTTGTCATTTTTGCATTTTGTTATTGGATATTTGGATGGATCTTTACAAAGGATG TGTGGATTTTGACTTGTTATACACATTTCTTCTCCATTTTATATTGTTTGTGTTATTCTTTTTACTCATAAAGAAATTTA GAAACTGCATTGACTGGTTCTTTTTAATTACTTACAGATATTGACATTGATATTTTTTGTAAATGCTGTCTTGACATGGT TTAATTACTTACAGACTAGGTTTTTCTTTCCTTTTCTAACATGCATATCCATTTACTTTTTTGACCAACCAACATCCTCA TGAGTCATGACATGTTGATGATTTATATGGTTGACTTGAGACTATTTAGACATTAAATAACCGCAAATTCCATGTTGTTT GTGTGTTTGGTTCCCTGTTGGGTAATCTCAGAATCAATTATGATAGAGTAAAATCAATTTTGGATGAGATGTGTGGGTGT CATTTTGTAAACCTAAACCCAAAATCAATTCTGCTATAAGCTAGAGAGAGTAGTTGAACATAATCAATTGTGAGATTTTG CAAGTGGATTGCACAACATTGCCCTATGAAAATCACTTTTTGTTCACAAAATTTATCTAAACATACATAACTTCATTTTC AACCTTTACTATAATCAATTTTACAATAATTAATTTTACCCAAAATCAATTGTGACAATGAGTTTCCAAACACACACTTA AAGACTACCATTTGCAGAAAATATGTGATAGAAGACTTATGTTTATGTAGTGTGTTTCAGTTCATTCACTGATTTAAACT ACTCGGATTTTGCAGATTATTTCAGCCTGATATTATTTTTGTTGAGAAGGACTCTTGGGTTTCTGGAGAGGATGGTGGTA TCTTCAATGCGTTTAAGATGCCTCAAATGATCCTTCTTGCAACCAATATCTGTAACGCTGAATTTGATAAAGCCAAAGCT GCAGGTTTCAGTGATACAGTGATCATGAAGCCACTGAGAGCTAGTATGCTGGCTGCTTGTCTTCAGCAAGTTTTCGGGAC TGGCAAGACGAGGCAGTTTGGGAAAGACATGTCGAATGGTTCTTCAGTACGAAGCCTTCTTTGCGGAAAGAAAATCTTAG TGGTTGATGATAATTTGGTGAACCGAAGGGTCGCCGCCGGCGCGTTGAAAAACTTTGGAGCTGATGTCAAATGTGCAGCA AGTGGCAAAGCTGCTCTTGAAATGCTTCAATATCCTCACGATTTCGATGCTTGCTTCATGGATATTCAAATGCCAGAAAT GGATGGGTATGCTTACTGGCACTGACTAATACATGTTTTTTGCCAACTTAATATATTACTCTTTCAATATTCGTTGTGTT ATTAGAAGATCATATAGATTAATTTATAAATTTTCTTTTAGCAAAACCTTATCAATTAAGTGTGTAGAAAAGTCAGTCTC ACATTATGGTCAAATAAGTGTTAGGGCAAGCTTCACCTCAAAGCTAGCTATTTGGGTAGATTTAGGCCTAACCCGAATTC TAAGATGGTATCAGAGTCTATCCTAGATCTTTTTATTGGAAACCACCCGTATATGAGCAACTCGTAGATATTCATTCTTG AAAGTTGCACGCTCCATATGTCCATTCCTAGGTGCGAGAGAGAAGTCTCACTTTGACTAGAGATATGATTAAAAAAATAT TTATAAAGGGTTGAGCAATCCTCACCTCAGAGCTAAGCTTTTGGGGTAAAGTTAGGCCTAACTCGAACTCTAATAAAGTG TTTAGCTGGTGTGTCAACTGTCAATATGAAATCTTTTGCAATTTACTATGCATTCACTTACCTACTTTATTGAAGCTTAT TGACAATTTGTGCAGAAGCATCATTAATTAGGAACATGTTAGCTATACAAGTTATGATGTTTTTGTATAGCATATCATGT TCCAACCTTCCAATAACAAAATATGTGGTTCAAGTGTGAGAATATATAGGTTAAACAATAAAGTATTGAGTTAACAGAAA TCTAAACACACGCTGTCACTAGCTCTTCATATTGAGACATGCATGGGATTTGACAAAACATCTGAATAAATATTTGCAGG TTTGAGGCCACTCGTCGAATTCGGATGATGGAAAGAGAGGCAAGTGAGCAGCTGAAAAGTGAATCTGGTGAAGAAAATGG TAAGAAAAGTGAGTTCCACATGCCTATATTGGCCATGACAGCTGATGTAATCCATGCTACATATGATAAGTGCTTAAATT GTGGGATGGATGGATACGTCTCAAAGCCTTTTGAAGAAGAGAATCTCTATCAAGCAGTTGCAAAGTTCTTCAAGTCCAAG CCTGCTTCAGACTCATGACACTGCTTATTCTGCAGAACAGGTCAACCAACTTTTGATTGAGAAACATTTAGTGTTAGCAT GTTTGGATCAACTTCTCCCAGCATCAATTCTGAAACTCAGAAGCTACTCATAGAAGCTTCTAGCCAGAATTGATTTTGGC TTCAGAAGCTACTAATGGTTTTATGTAGAGAGCAAAAGTTGGTTTCCAAGATATGCGAGGATCCATGATGATACACACGT CTGAAGTGATCATTTCTAACCAGTTGAAGTTTCACTCGACGTGATTTGAATCCAAGTAAATGCATACCACATAATTATCC ATCCCCATCTTGTGTACAGATTCTCCCAAGGGATAAGAAAATTTATGTAAATTCAATTTTTTTCTTTTGCATCTCAATAC TTCCCTGTTAGAACTTTTTCCCTATGATTATTTCCACTTTTCATTTTCAATTATATTTTTTGTAAAATTGGTCTCCATCC TATAAGGTTTGCTTAGTTTTTTTTAATTCAGATGAGAAGGTTGGTGCTTATAATGTGTATACCTTTTTAGCAGTACTTGT GATATAAATATTTGTCTTATTTTTAGAACTTAGGAGATAATAAGATCGT
CDS sequence (LotjaGi4g1v0459800.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGTCTTGGGTTCAAGATGCAGCAGAGCCACCACCCTGTGGCTTTGAAGTTACATGAGCAAGCTGGGAGCCAGAGAAA GTTCACTTTCATTCAGAACTTCAGAAACTGGTTTCTACCCCTTCTGTTTGTATGGTTCATTGTTATGGCTGCATTTGGTG CCTGCATCTACCATAAAATGGATGCTGAAACTAAAGTCAGAAGGAAAGAGGTGCTGGGTAGCCTCTGTGATCAAAGGGCT AGAATGCTACAAGACCAATTCAGTGTCAGTGTCAACCATGTCCATGCCCTTGCCATCCTTGTTTCAACCTTCCATTACTA CAGAAATACTTCAGCCATTGACCAGGAAACCTTTGCAGAATACACGGCCAGGACAGCATTTGAACGGCCATTAATGAGTG GGGTGGCCTATGCACAGAGAGTGGTTCACTCAGAGAGAGAAAGATTTGAGAAGCAACATGGGTGGGTTATAAAGACAATG GAAAGAGTGCCTTCAGGGGTTAGGGATGAGTATGCAGCAGTGATATTTGCACAGGAAACTGTCTCTTACCTTGAATCTAT TGATATGATGTCTGGGGAGGAGGACCGAGAGAACATTTTGAGGGCTAGAGCCACTGGGAAAGCTGTTCTGACTAGCCCTT TCAGACTGCTGGATTCTCATCATCTTGGCGTGGTTCTAACATTTCCTGTTTATAAATCTAAGCTCCCTCCAGAGCCAACG ACGGAAGAGGTCATTAAAGCCATAGCAGGATATATTGGAGGATCCTTTGATGTTGAGTCCCTTGTGGAGAATTTACTTGG TCAACTTGCTGGTAACCAAGCAATTTTGGTGAAGGTATATGATATAACAAACTCTAGCGACCCCCTAATCATGTATGGCA GCCAATATGAAGAGGGTGATATGTCTCTTGTCCATGAAAGTAAGCTTGATTTTGGAGATCCATACAGGAAACATCACATG ATCTGTAGATATCACCAACAGGCACCAACAAATTGGATAGCATATACCACGGCATTCCTATTCTTTGTGATTCTTTGTTT AGTGGGTTACATTTTATATGCTGCTGGAACTCACATTGTCAAGGTAGAAGATGATTACAATGCAATGCAGGATTTAAAAG TCAAAGCAGAAGCAGCTGATATTGCCAAGTCACAGTTTCTAGCTACCGTCTCTCATGAAATTAGAACTCCCATGAATGGA ATTTTAGGAATGCTTGGTCTGCTTTTACGCACAGAATTGAGTTCAACACAAAGAGACTATGCTCAGACTGCTCAAGCATG TGGGAAGGCACTAATAGCATTAATAAATGAGGTGCTTGACCGAGCTAAAATTGAAGCAGGCAAATTAGAGCTAGAAGCAG TTCCATTTGACCTTCGTTCCATACTTGACGATGTCCTTTCTCTTTTTTCTGAGAAGTCAAGACACAAAGGCTTAGAGCTG GCAGTGTTTGTTTCTGACAAAGTTCCGGATATAGTTATGGGCGATCCTGGGCGATTCAGACAAATAGTGACAAATCTTGT TGGAAACTCTGTTAAGTTCACTGAGCGAGGTCATATATTTGTTAAAGTCCATTTAGCTGAAAAAAGACAGTGCACAATGA ATGGAAAATGTGAGACTTTTCTAAATGGAGGCTGTGATGATGTTTTGCATGTATCTGGCAGTTATAATTTGAAAACCCTT AGTGGATATGAAGCCGCTGATGAACGGAACAGCTGGGATAATTTTAAGCATCATATTGCTGACGAAGAATTTTTCTTTGA TGCTTCGGTTAAAAAGTTGGCCTCTAGTGAATCTTATGAGCAAGTCACCTTGATGGTCAGCGTGGAGGACACTGGAATTG GGATTTCTTTCTCTGCCCAAGATAGTATTTTCATGCCTTTTGTGCAGGCTGACAGCTCAACCTCTCGAAACTATGGGGGT ACCGGGATCGGCTTGAGTATCAGTAAGTGCTTGGTTGAACTGATGGGCGGTCAGATAAACTTCATAAGCCGACCCCAGGT CGGGAGCACGTTTTCATTCACTGCAGATTTCGGAACATTTAAGAAAAACTCAACAACTGACATGAAGAAACTTAACTTTG AAGATCTACCTTCTAGTTTTAGAGGTCTTAAAGCCATTGTGGTTGATGGAAAACCTGTTAGAGCTGCAGTGACTAGATAC CATTTGAAGAGACTAGGGATACAAGCTAAAGTTGCAATTAGCATCAATAAGGCTGTTTCTTTATGTGGGAAAAATGGTTC TTTGACCTCGGCATTATTTCAGCCTGATATTATTTTTGTTGAGAAGGACTCTTGGGTTTCTGGAGAGGATGGTGGTATCT TCAATGCGTTTAAGATGCCTCAAATGATCCTTCTTGCAACCAATATCTGTAACGCTGAATTTGATAAAGCCAAAGCTGCA GGTTTCAGTGATACAGTGATCATGAAGCCACTGAGAGCTAGTATGCTGGCTGCTTGTCTTCAGCAAGTTTTCGGGACTGG CAAGACGAGGCAGTTTGGGAAAGACATGTCGAATGGTTCTTCAGTACGAAGCCTTCTTTGCGGAAAGAAAATCTTAGTGG TTGATGATAATTTGGTGAACCGAAGGGTCGCCGCCGGCGCGTTGAAAAACTTTGGAGCTGATGTCAAATGTGCAGCAAGT GGCAAAGCTGCTCTTGAAATGCTTCAATATCCTCACGATTTCGATGCTTGCTTCATGGATATTCAAATGCCAGAAATGGA TGGGTTTGAGGCCACTCGTCGAATTCGGATGATGGAAAGAGAGGCAAGTGAGCAGCTGAAAAGTGAATCTGGTGAAGAAA ATGGTAAGAAAAGTGAGTTCCACATGCCTATATTGGCCATGACAGCTGATGTAATCCATGCTACATATGATAAGTGCTTA AATTGTGGGATGGATGGATACGTCTCAAAGCCTTTTGAAGAAGAGAATCTCTATCAAGCAGTTGCAAAGTTCTTCAAGTC CAAGCCTGCTTCAGACTCATGA
Protein sequence (LotjaGi4g1v0459800.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGLGFKMQQSHHPVALKLHEQAGSQRKFTFIQNFRNWFLPLLFVWFIVMAAFGACIYHKMDAETKVRRKEVLGSLCDQRA RMLQDQFSVSVNHVHALAILVSTFHYYRNTSAIDQETFAEYTARTAFERPLMSGVAYAQRVVHSERERFEKQHGWVIKTM ERVPSGVRDEYAAVIFAQETVSYLESIDMMSGEEDRENILRARATGKAVLTSPFRLLDSHHLGVVLTFPVYKSKLPPEPT TEEVIKAIAGYIGGSFDVESLVENLLGQLAGNQAILVKVYDITNSSDPLIMYGSQYEEGDMSLVHESKLDFGDPYRKHHM ICRYHQQAPTNWIAYTTAFLFFVILCLVGYILYAAGTHIVKVEDDYNAMQDLKVKAEAADIAKSQFLATVSHEIRTPMNG ILGMLGLLLRTELSSTQRDYAQTAQACGKALIALINEVLDRAKIEAGKLELEAVPFDLRSILDDVLSLFSEKSRHKGLEL AVFVSDKVPDIVMGDPGRFRQIVTNLVGNSVKFTERGHIFVKVHLAEKRQCTMNGKCETFLNGGCDDVLHVSGSYNLKTL SGYEAADERNSWDNFKHHIADEEFFFDASVKKLASSESYEQVTLMVSVEDTGIGISFSAQDSIFMPFVQADSSTSRNYGG TGIGLSISKCLVELMGGQINFISRPQVGSTFSFTADFGTFKKNSTTDMKKLNFEDLPSSFRGLKAIVVDGKPVRAAVTRY HLKRLGIQAKVAISINKAVSLCGKNGSLTSALFQPDIIFVEKDSWVSGEDGGIFNAFKMPQMILLATNICNAEFDKAKAA GFSDTVIMKPLRASMLAACLQQVFGTGKTRQFGKDMSNGSSVRSLLCGKKILVVDDNLVNRRVAAGALKNFGADVKCAAS GKAALEMLQYPHDFDACFMDIQMPEMDGFEATRRIRMMEREASEQLKSESGEENGKKSEFHMPILAMTADVIHATYDKCL NCGMDGYVSKPFEEENLYQAVAKFFKSKPASDS
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 | 36 | 36 | - | – | |
| PANTHER | 28 | 986 | 959 | 0.0 | – | |
| PANTHER | 28 | 986 | 959 | 0.0 | – | |
| TMHMM | 36 | 58 | 23 | - | – | |
| Phobius | 37 | 58 | 22 | - | – | |
| Phobius | 59 | 331 | 273 | - | – | |
| SMART | 109 | 294 | 186 | 1.4E-32 | ||
| ProSiteProfiles | 109 | 321 | 213 | 40.283 | ||
| Pfam | 112 | 292 | 181 | 8.4E-37 | ||
| Gene3D | 113 | 328 | 216 | 4.9E-99 | – | |
| TMHMM | 332 | 354 | 23 | - | – | |
| Phobius | 332 | 353 | 22 | - | – | |
| Phobius | 354 | 993 | 640 | - | – | |
| Gene3D | 356 | 445 | 90 | 2.1E-24 | – | |
| SUPERFAMILY | 369 | 448 | 80 | 2.94E-18 | ||
| SMART | 382 | 447 | 66 | 2.2E-23 | ||
| CDD | 382 | 443 | 62 | 3.17165E-10 | ||
| Pfam | 382 | 447 | 66 | 5.3E-17 | ||
| ProSiteProfiles | 389 | 679 | 291 | 41.713 | ||
| Coils | 432 | 452 | 21 | - | – | |
| SUPERFAMILY | 436 | 674 | 239 | 3.93E-39 | ||
| SMART | 494 | 679 | 186 | 7.1E-32 | ||
| Pfam | 494 | 677 | 184 | 3.0E-31 | ||
| CDD | 499 | 677 | 179 | 8.53414E-46 | – | |
| PRINTS | 604 | 618 | 15 | 3.8E-13 | ||
| PRINTS | 622 | 632 | 11 | 3.8E-13 | ||
| PRINTS | 639 | 657 | 19 | 3.8E-13 | ||
| PRINTS | 663 | 676 | 14 | 3.8E-13 | ||
| SUPERFAMILY | 700 | 825 | 126 | 9.94E-7 | ||
| ProSiteProfiles | 704 | 824 | 121 | 13.894 | ||
| Gene3D | 847 | 985 | 139 | 1.4E-38 | – | |
| SUPERFAMILY | 848 | 985 | 138 | 2.13E-32 | ||
| SMART | 849 | 981 | 133 | 1.7E-32 | ||
| ProSiteProfiles | 850 | 985 | 136 | 41.158 | ||
| Pfam | 851 | 981 | 131 | 2.1E-20 | ||
| CDD | 852 | 985 | 134 | 3.26501E-30 |
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 | Phosphorelay sensor kinase activity | Catalysis of the phosphorylation of a histidine residue in response to detection of an extracellular signal such as a chemical ligand or change in environment, to initiate a change in cell state or activity. The two-component sensor is a histidine kinase that autophosphorylates a histidine residue in its active site. The phosphate is then transferred to an aspartate residue in a downstream response regulator, to trigger a response. | ||
| Biological process | Phosphorelay signal transduction system | A conserved series of molecular signals found in prokaryotes and eukaryotes; involves autophosphorylation of a histidine kinase and the transfer of the phosphate group to an aspartate that then acts as a phospho-donor to response regulator proteins. | ||
| Biological process | Signal transduction | The cellular process in which a signal is conveyed to trigger a change in the activity or state of a cell. Signal transduction begins with reception of a signal (e.g. a ligand binding to a receptor or receptor activation by a stimulus such as light), or for signal transduction in the absence of ligand, signal-withdrawal or the activity of a constitutively active receptor. Signal transduction ends with regulation of a downstream cellular process, e.g. regulation of transcription or regulation of a metabolic process. Signal transduction covers signaling from receptors located on the surface of the cell and signaling via molecules located within the cell. For signaling between cells, signal transduction is restricted to events at and within the receiving cell. | ||
| Biological process | Phosphorylation | The process of introducing a phosphate group into a molecule, usually with the formation of a phosphoric ester, a phosphoric anhydride or a phosphoric amide. | ||
| Molecular function | Transferase activity, transferring phosphorus-containing groups | Catalysis of the transfer of a phosphorus-containing group from one compound (donor) to another (acceptor). |
Expression pattern of LotjaGi4g1v0459800.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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