CDS
| Accession Number | TCMCG061C26088 |
| gbkey | CDS |
| Protein Id | XP_042062970.1 |
| Location | join(32555217..32555232,32555366..32555537,32559662..32559836,32559950..32560078,32560659..32561246,32561346..32561981,32563447..32563512,32563741..32563845,32563918..32564154,32565564..32565611,32565705..32565851,32566682..32566834,32566917..32566979,32567359..32567469,32567569..32567652,32567739..32567786,32568544..32568618,32569110..32569205,32569775..32569855,32569930..32570001,32570335..32570379,32570506..32570589,32570670..32570773,32571094..32571193) |
| Gene | LOC121806866 |
| GeneID | 121806866 |
| Organism | Salvia splendens |
Protein
| Length | 1144aa |
| Molecule type | protein |
| Topology | linear |
| Data_file_division | PLN |
| dblink | BioProject:PRJNA737421 |
| db_source | XM_042207036.1 |
| Definition | symplekin-like isoform X3 [Salvia splendens] |
EGGNOG-MAPPER Annotation
| COG_category | A |
| Description | Domain of unknown function (DUF3453) |
| KEGG_TC | - |
| KEGG_Module | - |
| KEGG_Reaction | - |
| KEGG_rclass | - |
| BRITE |
ko00000
[VIEW IN KEGG] ko00001 [VIEW IN KEGG] ko03019 [VIEW IN KEGG] ko03021 [VIEW IN KEGG] |
| KEGG_ko |
ko:K06100
[VIEW IN KEGG] |
| EC | - |
| KEGG_Pathway |
ko03015
[VIEW IN KEGG] ko04530 [VIEW IN KEGG] map03015 [VIEW IN KEGG] map04530 [VIEW IN KEGG] |
| GOs | - |
Sequence
| CDS: ATGTGCAACCCTGAAGTGATAGCGAGGCAAGGAAGTATGTTTAATGTCTCATGGATAGCGGATAGTCATCCTATTCTGAATCCTCATGCGCTCATGTCAGATGCAAATAGACATCTAGAGATCTTATTAGAAATATTGCTGTCAGCTAGTAAACTTCCTGGTTGCATGACAATTACTGCTGTCAATAGTCTTGTAGCTATTGCAAGGAAAAGGCCTGTCTACTACAAAACTGTATTGAAGGCACTGCTTGACTTTAGTCCAAGTATAGAGATGGCTAAAGGCCGCCATACAGTCAGCATTCAATATTCTCTGAGAACTGCCTTTTTAGGATTTCTAAGGTGTACACATCCTATCATGACCGAGTCGAGAGAGAAACTGCTTAAAGAGTTGCGAGCAATGAATGCTGGAGATGCTGCTGATCAAGTTATCCGACAAATGGATAAAATCATGAGAAACAATGAGCGTGCTTCACGTGAACTTCAGTTCAGTAAGGATGATCAGCTGTCAAGTCAGTTGCATATTTCAGGGGAGTTGACAAAGAAAAGGACAGCTCAATTGGACAATGAAAATCAGAATAATATCTTTGAAGCCTCTTCTAAGAAGTCACGTCACGGTCCCCATAACAGTAAAACTACCACTGCTAGTGATGCCAAGCAGGATCATGTTAATGGCATATCTGCTAAGCCCCCTGTATTGGATGGGGATCTGACTCCAGTGGAGCAGATGATTGCTATGATTGGTGCTTTAATTGCCGAAGGAGAAAGAGGAGTTGAGTCTCTGGAAATTCTAATATCAAATATTCATGCTGATTTACTTGCTGATATTGTCATCACCAATATGAAGCACTTGCCAAAGAATCCACCTCCTTTGACAAGATACGGTAACTTATCTTTGAATCATCCTAGTGACACTAGTGATCCTGCCCAAGTAGTTGGATCAAATGGTTTTGCAACTTCTACGCAGAGTTTGGACCATTTGGCTCAGTTACCTGCTTCATCATTGAGCACGACTAGTGGTGCCGTTTCAGATACATTTGCTACTGCTAATCTATCTACAGATTCTAAACGTGATCCACGAAGGGATCCTCGGCGCCTTGATCCAAGGCGCTTGGTGGCTCCTACGGATATGTCCCAAACATACGTTGTGGAAGAAAATGTTGGTACTGTCCAACATCCGACTGTAGAGCCTGATTTCAATCCTGTCAGCTCCTCCAGTGTACTCTTATCAGCACCTCAATCTGTGCCTGAATTTGCTCCTCAGCCTCTGCCCACAATTGAAACTGACATAAATCTTCCAGACTCACCAATGACAATCGAAGTTGATGAGCCTATCCAGAAATATGAAGTCCATGATTTTGATGCCAATGTAATCACTCCAGATAAGGATGCAAACAATTATTTACATCTTTCACCATCTAGTGGCAAAGAGGAGGACGTTGTTTCTCCGGCATCAATGGATCTAGCCATGCTTGATGAGGCCTACTCCCCTTCATCAGAAGCGTCTGATGAACTACCGCCAGATATTCCAAATGTTGAAGCATCTGAGAGTGCATCTGCTGAGTTGCCAGTGCTTCCCTTATATATTGAGCTTGATGAAGATCATCAAATACGTGCAAGAAGACTGGCACTTGAACGGATAATTAATAAGTACCAGAATTCACAGAGAACAGATATTAAACAAACACAAATTGCACTTGTCGCCCGACTGTTTGCACAGATTGATGTTAGTGATGTGATTGAGATGGCGCAGAAACTAATCATATCAGATTATGAAGAGCAAAAGGGTCACGAGCTTGTGTTGCATATCCTATACCATCTCCATAGTCTTGTGATCTCAGACTCTGCATCATCTGCTGCTGCTGTATATGAGAATTTCCTTCTGGGAGTGGCAAAATCTTTGCTAGTGGATTTACCAGCATCTAACAAATCTTTTAGTCGACTTCTTGGTGAAGTTCCAAACATACCTGATTCTGTACTGGGAATGTTGGATGACATGTGTACCAAAAGTCATTCTGGAGCCGATGGTCGTGATGGTGATCGTGTCACTCAGGGCCTTGGTGCAGTGTGGAGCTTAATTCTTAGTCGTCCTTTCATTCGTCAAGCATGTCTCGATATAGCTTTGAAGTGTACTGTGCACCCAAAGGATGATATCCAGGCTAAAGCTATACGCCTGGTGTCAAACAAACTATATGCAGTCAGCTATATTTCTAACAGCATTGAGCAATTTGCAAAAAACATGTTCTTGTCAGCTGTAGATCAGCATTCTTCAGATGCATTGCTATCAGAGTCTGCAATTTCTGACAGAAGAATTGGAGGACAGGTAGAAGGTGCAGAAACATCCACTAGTGGTTCTCAAGTTTCTGAGCCTGAGATTTCTCCAGATGAGACTATGAAAGGAGTCCTGGATGATTCATCAAATATATTTTCTCAAGCTCACAGGCACATGTCCTTATTTTTTGCACTCTGTGCTAAGAAACCAGTTCTTCTTCAACTCGTTTTTGACAGTTACACCCGTTCTTCGAAGGCTGTTAAGCAGGCTGTCCATCGTCATATAACTGTTCTGATGAGGGCTCTAGGGTCATCGTATTCAGATTTACTTCATATAATTTCAAATCCACCCCAAGGAAGTGAAGATTTGTTGACACAGGTTCTTCATTTGTTGTCTGAAGGGCGAGCACCACCTACAGATTTGGTGGTGACTGTTAAACATTTATACGAAACTAGGCTAAAGGATGCTACTATTCTTATTCCTATCCTATCAGCCTTCTCTAGAGATGAGGTTTTACCTATTTTCCCTCGGCTTGTCCAGCTTCCTTTGCCTAAGTTTCAAATGGCATTGGCTCATATATTACAGGGTTCTGCTCATACAGGTCCTGCATTAACGCCTGTCGAAGTCTTGGTGGCAATCCATGACATTTCTCCTGAGAGAGATTCTCTCCCACTGAAAAAGATCACAGATACTTGCTCAGCATGCTTTGAGCAGCGCACAGTTTTTACACAACAAGTCCTGGCAAAGGCCTTAAACCAGATGGTTGACAGAACTCCACTTCCCCTGCTCTTCATGAGAACTGTAATTCAAGCAATAGATGCTTTTCCATCACTGGTTGATTTTGTCATGGATATTCTGTCTAAACTTGTTAACAGGCAGGTTTGGAGAATGCCAAAACAATGGGTTGGCTTCTTGAAATGTATCTCTCAAACACAGCCACATTCCTTCAAAGTATTGCTCCAGCTGCCGTCTCCTCAGCTTGAAAGCGCTCTAAGCAAGTATCCGAATCTTCGTGGACCTCTTGCTGCATATACAAACCAATCAAGTATTAAAACCTCTGTGCCTAGGACAACCCTAGTGCTTCTTGGCCTTGCATCTGAAACACAAATGCAGCAACCGCACGCAGTTTCATCTCTGCATGCCTCCGATGGCCCAACATCTACGTGA |
| Protein: MCNPEVIARQGSMFNVSWIADSHPILNPHALMSDANRHLEILLEILLSASKLPGCMTITAVNSLVAIARKRPVYYKTVLKALLDFSPSIEMAKGRHTVSIQYSLRTAFLGFLRCTHPIMTESREKLLKELRAMNAGDAADQVIRQMDKIMRNNERASRELQFSKDDQLSSQLHISGELTKKRTAQLDNENQNNIFEASSKKSRHGPHNSKTTTASDAKQDHVNGISAKPPVLDGDLTPVEQMIAMIGALIAEGERGVESLEILISNIHADLLADIVITNMKHLPKNPPPLTRYGNLSLNHPSDTSDPAQVVGSNGFATSTQSLDHLAQLPASSLSTTSGAVSDTFATANLSTDSKRDPRRDPRRLDPRRLVAPTDMSQTYVVEENVGTVQHPTVEPDFNPVSSSSVLLSAPQSVPEFAPQPLPTIETDINLPDSPMTIEVDEPIQKYEVHDFDANVITPDKDANNYLHLSPSSGKEEDVVSPASMDLAMLDEAYSPSSEASDELPPDIPNVEASESASAELPVLPLYIELDEDHQIRARRLALERIINKYQNSQRTDIKQTQIALVARLFAQIDVSDVIEMAQKLIISDYEEQKGHELVLHILYHLHSLVISDSASSAAAVYENFLLGVAKSLLVDLPASNKSFSRLLGEVPNIPDSVLGMLDDMCTKSHSGADGRDGDRVTQGLGAVWSLILSRPFIRQACLDIALKCTVHPKDDIQAKAIRLVSNKLYAVSYISNSIEQFAKNMFLSAVDQHSSDALLSESAISDRRIGGQVEGAETSTSGSQVSEPEISPDETMKGVLDDSSNIFSQAHRHMSLFFALCAKKPVLLQLVFDSYTRSSKAVKQAVHRHITVLMRALGSSYSDLLHIISNPPQGSEDLLTQVLHLLSEGRAPPTDLVVTVKHLYETRLKDATILIPILSAFSRDEVLPIFPRLVQLPLPKFQMALAHILQGSAHTGPALTPVEVLVAIHDISPERDSLPLKKITDTCSACFEQRTVFTQQVLAKALNQMVDRTPLPLLFMRTVIQAIDAFPSLVDFVMDILSKLVNRQVWRMPKQWVGFLKCISQTQPHSFKVLLQLPSPQLESALSKYPNLRGPLAAYTNQSSIKTSVPRTTLVLLGLASETQMQQPHAVSSLHASDGPTST |