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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0118700 |
| Transcript ID | LotjaGi5g1v0118700.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Potassium channel; TAIR: AT5G46240.1 potassium channel protein (KAT1); Swiss-Prot: sp|Q39128|KAT1_ARATH Potassium channel KAT1; TrEMBL-Plants: tr|I1KW21|I1KW21_SOYBN Uncharacterized protein; Found in the gene: LotjaGi5g1v0118700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:24844206..24852496) extracted from Lotus japonicus Gifu genome v1.2.
GGAACACTTAACCTCCACGTTTTACCACACTCTTCTATATCCTTTCTTTCAAATGAGGCGCATAACCTTCTTACTTATTC CTTTAGAGTTTAGACTACATCACAAGCATCTCAACAAAGAGGCACGGGAAAAGGGGTCAAAAGTGAACACAACTATATAT ATGCTGATTTCTAACCCCGTGAGAGTACAACTACATTGATCTGCTTTATTAGCCTTGAGCATTTCAAAGCTCAAACTCAT CATGCCATTCTCCTCTGCCCAAAACTTTTTCCAAATGGGAAATTTTCCATATAGCAGCTTTTTGTCTAGTGATATTTTGC CATCTCTTGGAGCCCGAATCAACCAAGAAACTAGGCTTCGAAGTTACATAATTTCCCCTTTCAGTCCACGTTACAGGTGA TGATGATAGCTCATCATACTCACATCTTCACAATAGTGTTACTTCTTTGATTCTGTAATTGTTTCGTGTCTCATATATAT GCTGTTATTGCAGGGCTTGGGAGATGTTGTTGATTGTCCTGGTCATTTACTCTGCATGGATTTGCCCATTCGAATTTGCC TTTCTTCCTTATAAGCAAGACGCACTCTTCATCATAGACAACATTGTCAATGGCTTCTTTGCCATTGACATAGTGCTGAC ATTCTTTGTTGCATATCTTGATAGCCACTCTTACCTTCTTGTTGATGATCCTAAGAAAATTGCAGTGAGGTAAATACTCA CTCTGTTTTTCATTCATACCTAAGAAAATTGCAGTGAGGTAAGTTCTTCTTACCTTCTAATTACTCAGTGACATTTTCTT TAATTTAGAAAATAAGAATATGTTCTCTTTTCCATTCATCCGCACATTTAATCACATTTTGTTTGTTGGAATGTCAAATT GTTCATTCCAATGTGTTTTATGTGAATGAAGGTGGAGAGTTTAATTAACAATAATGTATGCTTTGTTCACCAATCAATTC CACCTCCACCTTGAGAGGCACTGAAGAAATAACAGATAAATAAGTGATGTGATATGTGATGTGACGGGAATTGGAGAGAG AGATAGGAATTAAGAAAAATTGACTGGAAATGAGATGAAAGAAAAGTGATGTGTATATGAATCATTATTCATTTAATTAA GTACAGGTTCTAAGTGATTTGACATTTTGTTTCCTTAAAAGCCAAATTATTAATTTCAATGTACTTTTACTTTATTTGAT TGGAGGTAAAGAAGTGGACTTAGCTATCACATTTTTATATGAATGGTAAAACAAACAAATGGTGAAGACCGAAAGAAACT TTGTTTTTTACTTGATTGATGAAACTCCACCAAACTTGCAGGTACATATCTACCTGGCTCATCTTTGATGTGTGTTCAAC TGCACCTTTTCAATCCATCAGCCTCCTCTTCACTGAACATAGTAGCGAGATTGGCTTCAAAATTCTCAACATGCTTCGGT TATGGCGTCTGAGACGAGTTAGTTCTCTGTTTGCAAGGTCCAAAACCATTATATAACCTTAATACCTTATGGTTTTGCAT TTCTTCCATATCACAATGCTTACTAGCTTCTGTGATTTCCTTCAGACTCGAGAAGGACATTCGCTTTAATTACTTCTGGA CAAGGTGCTCAAAGCTCATTGCTGTAAGCTTCTAAAGCCTCTGTTTTTGTTTGGCTACATAAATAAAATGTTAAATATTT ATTTTAATAATATCTCTCTTTTTTACATATAAAAATGATAATATCTCATTTTACTTTATCATGGTTTGTTTTTCTTTTTG ATTTAGTATTTGATAAGGTTGATGGACAAATAACAAACCAAATTTTTTACCATTTAATTAGTGTCAAGAAGAATATGTGT CAGAAAATAAAGGATCAAAATGAAGTATTTCAAATAAAAACTAAAACTAAATTTTGAGATAAAATATTCTTTACCCTTTT TGTTTTTTTTTCATAATTTCAAGGTGAATATATATCATTTTCATCCTTAAGAATTGAGTGTCACTTTCATCAAATTTCAG GTTACCTTGTTTGCTGTACACTGTGCTGGATGCTTTAACTATGTGATTGCAGATAGGTACCCTGATGCCAAAACGACCTG GATTGGTTCAGTGTACCCAAATTTTAAACAGCTAAGTCTTTGGGATAGATATGTTATATCTATGTATTGGTCCATTGTCA CACTTACTACCACTGGCTATGGAGATTTGCATGCTGAAAACACCAGAGAGATGTTGTTTGATATCTTTTACATGTTGTTC AACTTGGGATTAACATCATACATCATTGGAAACATGACAAATCTCGTAGTCCACTGGACAAGCCATACAAGAAACTTTGT ATGTTCTCTCAAACTTGAGATTCTTCTATTGCTTAATTTATTCCTACTTGCCAACAACTTTAGATATTTCAAATGTTAGA ATTAAAATAAGTTAACATGAGGATGTAGAGCTTGTTTTATTTCTATTTTAGTTTTCTGTATTTAAAAATAATTTTTAACA ATTTTTAAAATTTGTTTGTCAAAAGTTTAAATGAAGTGTCTTACAACGTTACAAAGTTTTAATTTAAAAACTAAAAGTAG AAAACATTTCTGAGTTATATTGAGATTTTATTTTTAAGAATGAAAAAAATTATAACAGTTTTTAAAAACAGGGTATGATA AATAATTTTCTCAATTTTGAAAAATGGGAAACATTTTTTAAAAAATTGTGACGAACATTACCTAAGAGTATTTAATATAT TTTCTAGAATATTTTCAATAAAGGTAGAAATAGACTTGTGCTTTAATTTACTTAAACATGTCTGACCTACTTAAAATGTT TAAGGCCTACGTCTGACTTGTTACCTGTTATGGACTTCTGTTTAGATTTGAGTTTGATCAATTTGAAAGTCCGATTTAGC CTGGTAATCTATTTAAAAGCTTATTTTAGAATAAGACATTTAAGTAAACCGAAAACTTTATTTGTAAACATTTCAATAGA CTTATATGTCAATGAGATAAAATATATTAAAATCATTAGATAATTTAAATCAAAATAAATAGTTCATCAATTCATTTCTA AAGGAATTTATATGGTTAATCATTATATTTGTTTTTTGAAAACTGGTTAATCTAACATGTTTAAACATATAAATATATAA TTTTAAGATATCTATTATCATAAAAATGTAATGTAAAAATAATGAAATATATTTATATTTAAAATAACTATAATTATTTA AAATTTAACTTAAATAGATTAGTTTGTTAGGTTTACTAGACTTTCTGAGTGACCTAATAAATAGACTTTTAAAAAGTCAA CTTGTCTATTTATTAATTTGGTCTGGATTGTCATGAGTCTAATGTAGTATAGGTCATAGACTTCTATCAGCAGTCTGATC TACTTGCATCCATAATTTTCAACTGTTTTAAAAATGGAAAATTACACTGACCTCCCCTCTGAGGTTTATTATTGTTGCAC TGACTTCTCCACTATTGTTTGACAAGACACTAACCATTTTCATTTTATCAAAAACTATTGCACTAACTTCCCTTGAGATT TATTGTTATTGTATCAACCTCTCTTAAGATTTATCATTGTAACACTCATCACCCATCTATTATCAAATAAAAGTTCTATG AAGGTGAGGAAGTCAATGCATTTTTTCTGTACATCGGAAATATAGTCAATGCATTTTACACAAGAGAGAATAGATAAGTA CACCCTCCGTTCCAAAATGTAAGTTGTTTTAGAATTTGTACTCCCTCCGTTCTTATATAACTGACATTATTTCTAGCTGA ATTTTGTTCCTAATTATTTGCCATTTTACAAAGTTCAAAAGAACATTAATTATACTTTACCAATTGTACCCTTCATTTAT TGTGGTAGGAAAACTGAAAAGTTAGAATTAATAAGAGAGATAAAAGGATATAATAAGAAGTTAGATTGTAATTTTAATAA AACAAGAACATTAATTGTTATTTCTTACTCCCTCCGTCCCTAATTATAAGCTAAAGTTGTAAAAATCACGTTTATTAAGA AAGGTTTAATTGATGCATTGGTTTTTGAAAAAAAATGTACAACTTTTCATGTTTACCCCTATTTAAGATAGAACTTTTTA ATTATTATACTATGAATAGTGCTCCACTACCAATAAATGCAAGGGTAAATATGGAAATAAATATTAGCGTTTACAACTTT AGCTTATATTTAGTGACAAAACATAAGTCTCAACTTTAGCTTATAATTAGGGACGGAGGGAGTAATACTTGTGCAACAAC TTTAAAGTATCAGTTATTTAGGAACGAAGGGAGTACTATATTTCAAAATACTCCTAAACCCTAAACCTAAAACAACATAT ATTTTAAAACGGATGGAGTACAATAATGATAAACCTTAGAAGTGAGTGTAATTTGTCATATTAAAAACATGTTAAATAAA CTGTTTTTACTGTAATAAATGTTTTTAAAGGGTTTCACTCTTTAAATTTATCCTTAAAATAAATCCGGAATCTCGATAAT CATTAGATTCATTACCACTAACAAAAAGCTTGAAAGTTTTGATTCTACATTTAATGTTGACCTCAAATCAAGCATAACTT GTTTATGGTTTCATTTGCCGTTGGCCCCATAGCTTTCAGCTATAAAAGGGAGAGATTAACAAGAATGAATACCCCTTAAA AATGCTGAAATATTACCCATCAACTTTTTATTGTTTTCTAAGACTTTTCAAATTTTCATATTTTGAAACGTTTATGATAG TATTCTCATTATCCACATATATATATATATATATATATATATATATATATATATATATATATATATATATATTGTCTAAT ATTTTTTTATGCGAGCTGTGTGAGCATGATGAATTAAGCAGATGAAAAAACAAAATAGAATATAACAAAAGATCATTCGA TCCACATTTTTCTCCTGTGTAACGCGTAAATGTTTTTTGTGAAACTGAAGTATCGAATCTTACAATTGGTCCCATAAAAA GTAGTATTTTATGGGAGGATATCACCACAAAATATATGTTTACTAGATCATTTTCGATTTAATGGCTTGATGCCATTAGA TGCCAGAATTACTGAACTCATGCCATTTTTTTTTTCACGACAACTCATACCAATTGAAGGATGTGATAAACATCTATGAG AATAAAAAATTATGCCAATTAATTTTGTCGTGTAGTGTGGACAGTTTCTTTAATTCCCACCTCTTATCGAATTTGATATA TATCTACACTTATTTTTCATTCATTTTATTAATTATAATAGTTTTTCTTATTATTACATCACATATCTAACTTCTATCCC TTTCTTTATCTAAAAGTGGATGGAGAATGAATGTTAATAAAAAAAACTCCTAATGCTAAAGTTAAAAGTAAATTTAGTGG CTCTTGATGTGGGGATTTATCGCTTTTAAAATAAAATTATCAATCAATTGAGATTTGAAGGATATTATAATTTATTATAC ATCTATGTGATGACAACCAGAACAGTTCAACGCTTATGAATAGTTGAGATTATTTATTTTACTACTAACTTGATCGCTTT AGTTTCATTTTTCAGTTTCTATTATAGAATGCACAAATTTGAATTGGCCCGAAAGTTATCTTATTCTTCACAAACTTTCA TTTTTGCATTGGTAATATATTTAAAAAGTATTGACAGATATGTGCAAATGTATTTGTCCCTCTAATGAATAGATCATTGG TTTTGATGGAACAGAGAGATACAGTAAGAGCAGCTTCAGAATTTGCATTGAGAAATCACTTGCCACATGATGTACAAGAT CAAATATTGTCACACTTGTGTTTGAGGTTCAAAACCGAAGGATTGAAGCAACAAGAAACAATAAATGGCATGCCTAAGGC CATTCGTGCGAGCATTGCATACCATCTATTTTTCCCAATTGTGCAGAATTCCTATCTCTTCCAAGGAGTCTCACATGACT TTCTCTTCCAACTGGTACTCCTTAACATGCCTTATTTGTATTCCTCATAGCAATTACCATGTGTCTATATCAACTCTTTA GTGGAGATAGTGGACTTATCAGTTAATTATCTGTAATGAGAAATTAATAGCATGTTTAGATCAACTTTTCTTTTTCTTGA ATCAATTTTGAAGTTCAAAAGCTACTCACATGAGCTTGTCCCCAAAATCGGTTCAGGATTTAGAATCAATAATAAAAGGT TTTCCAAACATGCACTAAATTGGTAAAGTCTGATGTAATTAACTATTTCAACAACAGGCTACTGAGATGGAAGCTGAGTA TTTCCCACCCAAGGAAGATGTTATACTACAAAATGAGTCTCCAACGGACCTATACATGATAGTTTCAGGGGCAGTGGTGA GTGAGCTAAAACATAAATATTCAATTACAGTCATTACATCTAAAAATAATTCCCAATAATTGTAAGAATTGCTTTTCTCA TGATTAATTTTAACTGTTGTAGGATCTCATTCACAGTGTTGATGGTCATGATCAAGTATGTATACCACTACATTCAAAGA TTGTAGATTTACTTTTGTTTATATTTAGAGTACACCATGAAACCTCTTCAATATAACCTCCTAACTTTGACATCAACAAT TTAGGTTATGAAGAAGGCAATTGCAGGAGATACATTTGGAGAAATTGGAGTATTATACTATAGGCCACAACCTTTCACAG TTCGGACCACAGAGCTTTCTCAAATTTTAAGACTCAGCAGAACTTCATTGATGAATGCCATACAAGCGAATCCAGAAGAA GCACCAGTTATAATGAAGAATCTTTTAATGGTAATAAGGATATAAGAATTAGGCTGCCTTTTAAAAAAAATATTTGAGTG TTAGGGTAAGCTTATGAAAGTAGTTTACATACCTATCTATAAGTGTTTTAAGTTTTTGCTTATCGTAAGTGCTTCTTTAG TACATCGGAAAGATAAATTACACCCACCAGGAATCGATGCTTAGACCTCCCCCTACCCAACCCATATGTCCCCCTGTTTA CCTCAAAATAAGAATTGTTTTTTTTTGATAATATGTTATCCCTAATGGAAAAAAAAAGCTTTCCTTTGTTTTTAATGATT TGTTATCCATATTGACAGATGATGCTGAAGGAGCATGAAGAGCTTGGTTTTGAATATCCAGCTACTGACCCTGGATTAGC GCTTCACCAAATGCATCATGGGAACAACATTAGAGGATGTTTTTGTCATGGATGTACAAAAATTCTAGATTCACATGGGG AAACCAGATTGCATGACATGATTTTTGAGAATGGCAAAATAGATCTTAATGATGCTGATGCAAAGAGAGGTCATCAAGAA ATGGTTCAAATTCAGCTAGAAAAAGAAGCAAGTGAAAAGCACCTAGGTCCCATAAGATGGAAACAGAAATCTCTAGCAGC AGAAAATGAGAAGACATTAGATGGTCACATAATAGAGTTTATGGAGCCAGAAATCCTTAACCACGATAGGAGTGACCCAA TCAGAAAAAGAAGAGAAGATTTTCTTAGAAGTACCAACTTCCCATTAGGAAAAGTACACACAAGTGCCCATTCAAGTAAC TCTAACCATCCAATTGAAAGAGAAGCACCAATATCCATCAACAAGAGAGTTACCATCCACTCACTAAGCAAACACAGAAC TACCTCAGAGGGACAGTATGGGAAGTTGATAACCTTGCCTGATTCATTGGAAGAGCTTCTCAGGATTGCTGGTAAGCATT ACTTAAAAATACTTAGAAATTAAAAAAAAAGGATTTTGCAAAATTTAATCACAAGCATAGGATATCTGCTAGTATTTATG GGTCTAATACTATTCTGTGCACAGAATGGTATGCACTTCTCTTATGTTCTCATTCTAACTATCAACTTGTGAAACTGCAG AAGAGAAGTTTGGAGGCTTCAAGCCTACAAAAGTCATCAATGCAGAGAATGCAGAGATAGACGATATGAGTGTCATTCGA GACGGTGATCATCTCTTTTTTCTTAGCAGTGACAGTGAAATTTTGAGTTCATGATCTTAGCCAAGTATAGATATAAAGCT AGCTTTGAGCTTTCAAGTTCAGGAATGTAATGATAATAGCTAGTACAGAAACAGATGGCATAAACTGTCATTGGAGATGT TGATCATCTCTTTCTTCTTTACTGCAATACAGAAAACTTGTGTTCATGTGATTTTGCCAAATGCAAGTCATAGTGAAGGT ATGGTATAGCTGCGTAGGTGATGATAATCGGAGAATCATATACTCCCTCTATTCCTTAATATAAGAAAAAAGCAACTACT TCATACCCTTTAAAAAATCTAGTTAATTTAGTTAATTGCATCAAAGTTGTC
CDS sequence (LotjaGi5g1v0118700.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCCATTCTCCTCTGCCCAAAACTTTTTCCAAATGGGAAATTTTCCATATAGCAGCTTTTTGTCTAGTGATATTTTGCC ATCTCTTGGAGCCCGAATCAACCAAGAAACTAGGCTTCGAAGTTACATAATTTCCCCTTTCAGTCCACGTTACAGGGCTT GGGAGATGTTGTTGATTGTCCTGGTCATTTACTCTGCATGGATTTGCCCATTCGAATTTGCCTTTCTTCCTTATAAGCAA GACGCACTCTTCATCATAGACAACATTGTCAATGGCTTCTTTGCCATTGACATAGTGCTGACATTCTTTGTTGCATATCT TGATAGCCACTCTTACCTTCTTGTTGATGATCCTAAGAAAATTGCAGTGAGGTACATATCTACCTGGCTCATCTTTGATG TGTGTTCAACTGCACCTTTTCAATCCATCAGCCTCCTCTTCACTGAACATAGTAGCGAGATTGGCTTCAAAATTCTCAAC ATGCTTCGGTTATGGCGTCTGAGACGAGTTAGTTCTCTGTTTGCAAGACTCGAGAAGGACATTCGCTTTAATTACTTCTG GACAAGGTGCTCAAAGCTCATTGCTGTTACCTTGTTTGCTGTACACTGTGCTGGATGCTTTAACTATGTGATTGCAGATA GGTACCCTGATGCCAAAACGACCTGGATTGGTTCAGTGTACCCAAATTTTAAACAGCTAAGTCTTTGGGATAGATATGTT ATATCTATGTATTGGTCCATTGTCACACTTACTACCACTGGCTATGGAGATTTGCATGCTGAAAACACCAGAGAGATGTT GTTTGATATCTTTTACATGTTGTTCAACTTGGGATTAACATCATACATCATTGGAAACATGACAAATCTCGTAGTCCACT GGACAAGCCATACAAGAAACTTTAGAGATACAGTAAGAGCAGCTTCAGAATTTGCATTGAGAAATCACTTGCCACATGAT GTACAAGATCAAATATTGTCACACTTGTGTTTGAGGTTCAAAACCGAAGGATTGAAGCAACAAGAAACAATAAATGGCAT GCCTAAGGCCATTCGTGCGAGCATTGCATACCATCTATTTTTCCCAATTGTGCAGAATTCCTATCTCTTCCAAGGAGTCT CACATGACTTTCTCTTCCAACTGGCTACTGAGATGGAAGCTGAGTATTTCCCACCCAAGGAAGATGTTATACTACAAAAT GAGTCTCCAACGGACCTATACATGATAGTTTCAGGGGCAGTGGATCTCATTCACAGTGTTGATGGTCATGATCAAGTTAT GAAGAAGGCAATTGCAGGAGATACATTTGGAGAAATTGGAGTATTATACTATAGGCCACAACCTTTCACAGTTCGGACCA CAGAGCTTTCTCAAATTTTAAGACTCAGCAGAACTTCATTGATGAATGCCATACAAGCGAATCCAGAAGAAGCACCAGTT ATAATGAAGAATCTTTTAATGATGATGCTGAAGGAGCATGAAGAGCTTGGTTTTGAATATCCAGCTACTGACCCTGGATT AGCGCTTCACCAAATGCATCATGGGAACAACATTAGAGGATGTTTTTGTCATGGATGTACAAAAATTCTAGATTCACATG GGGAAACCAGATTGCATGACATGATTTTTGAGAATGGCAAAATAGATCTTAATGATGCTGATGCAAAGAGAGGTCATCAA GAAATGGTTCAAATTCAGCTAGAAAAAGAAGCAAGTGAAAAGCACCTAGGTCCCATAAGATGGAAACAGAAATCTCTAGC AGCAGAAAATGAGAAGACATTAGATGGTCACATAATAGAGTTTATGGAGCCAGAAATCCTTAACCACGATAGGAGTGACC CAATCAGAAAAAGAAGAGAAGATTTTCTTAGAAGTACCAACTTCCCATTAGGAAAAGTACACACAAGTGCCCATTCAAGT AACTCTAACCATCCAATTGAAAGAGAAGCACCAATATCCATCAACAAGAGAGTTACCATCCACTCACTAAGCAAACACAG AACTACCTCAGAGGGACAGTATGGGAAGTTGATAACCTTGCCTGATTCATTGGAAGAGCTTCTCAGGATTGCTGAAGAGA AGTTTGGAGGCTTCAAGCCTACAAAAGTCATCAATGCAGAGAATGCAGAGATAGACGATATGAGTGTCATTCGAGACGGT GATCATCTCTTTTTTCTTAGCAGTGACAGTGAAATTTTGAGTTCATGA
Protein sequence (LotjaGi5g1v0118700.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MPFSSAQNFFQMGNFPYSSFLSSDILPSLGARINQETRLRSYIISPFSPRYRAWEMLLIVLVIYSAWICPFEFAFLPYKQ DALFIIDNIVNGFFAIDIVLTFFVAYLDSHSYLLVDDPKKIAVRYISTWLIFDVCSTAPFQSISLLFTEHSSEIGFKILN MLRLWRLRRVSSLFARLEKDIRFNYFWTRCSKLIAVTLFAVHCAGCFNYVIADRYPDAKTTWIGSVYPNFKQLSLWDRYV ISMYWSIVTLTTTGYGDLHAENTREMLFDIFYMLFNLGLTSYIIGNMTNLVVHWTSHTRNFRDTVRAASEFALRNHLPHD VQDQILSHLCLRFKTEGLKQQETINGMPKAIRASIAYHLFFPIVQNSYLFQGVSHDFLFQLATEMEAEYFPPKEDVILQN ESPTDLYMIVSGAVDLIHSVDGHDQVMKKAIAGDTFGEIGVLYYRPQPFTVRTTELSQILRLSRTSLMNAIQANPEEAPV IMKNLLMMMLKEHEELGFEYPATDPGLALHQMHHGNNIRGCFCHGCTKILDSHGETRLHDMIFENGKIDLNDADAKRGHQ EMVQIQLEKEASEKHLGPIRWKQKSLAAENEKTLDGHIIEFMEPEILNHDRSDPIRKRREDFLRSTNFPLGKVHTSAHSS NSNHPIEREAPISINKRVTIHSLSKHRTTSEGQYGKLITLPDSLEELLRIAEEKFGGFKPTKVINAENAEIDDMSVIRDG DHLFFLSSDSEILSS
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 | 55 | 55 | - | – | |
| PANTHER | 10 | 727 | 718 | 0.0 | – | |
| PANTHER | 10 | 727 | 718 | 0.0 | – | |
| SUPERFAMILY | 46 | 291 | 246 | 2.35E-43 | – | |
| Pfam | 52 | 298 | 247 | 2.2E-33 | ||
| Gene3D | 52 | 293 | 242 | 2.3E-18 | – | |
| TMHMM | 54 | 76 | 23 | - | – | |
| Phobius | 56 | 76 | 21 | - | – | |
| PRINTS | 64 | 71 | 8 | 1.1E-8 | ||
| Phobius | 77 | 87 | 11 | - | – | |
| TMHMM | 83 | 105 | 23 | - | – | |
| PRINTS | 87 | 97 | 11 | 1.1E-8 | ||
| Phobius | 88 | 106 | 19 | - | – | |
| PRINTS | 98 | 107 | 10 | 1.1E-8 | ||
| Phobius | 107 | 125 | 19 | - | – | |
| Phobius | 126 | 147 | 22 | - | – | |
| Phobius | 148 | 192 | 45 | - | – | |
| TMHMM | 193 | 212 | 20 | - | – | |
| Phobius | 193 | 212 | 20 | - | – | |
| Phobius | 213 | 238 | 26 | - | – | |
| TMHMM | 233 | 255 | 23 | - | – | |
| Phobius | 239 | 258 | 20 | - | – | |
| PRINTS | 239 | 256 | 18 | 1.1E-8 | ||
| Phobius | 259 | 269 | 11 | - | – | |
| PRINTS | 265 | 276 | 12 | 1.1E-8 | ||
| TMHMM | 270 | 292 | 23 | - | – | |
| Phobius | 270 | 294 | 25 | - | – | |
| PRINTS | 283 | 292 | 10 | 1.1E-8 | ||
| Phobius | 295 | 735 | 441 | - | – | |
| SUPERFAMILY | 296 | 486 | 191 | 2.09E-41 | ||
| Gene3D | 334 | 496 | 163 | 1.0E-30 | ||
| TMHMM | 353 | 375 | 23 | - | – | |
| ProSiteProfiles | 369 | 488 | 120 | 23.368 | ||
| SMART | 369 | 486 | 118 | 1.2E-23 | ||
| CDD | 369 | 476 | 108 | 4.91872E-25 | ||
| Pfam | 389 | 473 | 85 | 2.5E-13 | ||
| CDD | 656 | 724 | 69 | 6.95744E-12 | – | |
| Pfam | 656 | 725 | 70 | 6.4E-25 | ||
| ProSiteProfiles | 657 | 735 | 79 | 29.586 |
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 | Ion channel activity | Enables the facilitated diffusion of an ion (by an energy-independent process) by passage through a transmembrane aqueous pore or channel without evidence for a carrier-mediated mechanism. May be either selective (it enables passage of a specific ion only) or non-selective (it enables passage of two or more ions of same charge but different size). | ||
| Molecular function | Voltage-gated potassium channel activity | Enables the transmembrane transfer of a potassium ion by a voltage-gated channel. A voltage-gated channel is a channel whose open state is dependent on the voltage across the membrane in which it is embedded. | ||
| Biological process | Ion transport | The directed movement of charged atoms or small charged molecules into, out of or within a cell, or between cells, by means of some agent such as a transporter or pore. | ||
| Biological process | Potassium ion transport | The directed movement of potassium ions (K+) into, out of or within a cell, or between cells, by means of some agent such as a transporter or pore. | ||
| Cellular component | Membrane | A lipid bilayer along with all the proteins and protein complexes embedded in it an attached to it. | ||
| Biological process | Transmembrane transport | The process in which a solute is transported across a lipid bilayer, from one side of a membrane to the other. |
Expression pattern of LotjaGi5g1v0118700.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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