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Accession Number |
TCMCG058C02081 |
gbkey |
CDS |
Protein Id |
KAF7115927.1 |
Location |
join(194335..194494,195361..195466,195558..195681,198353..198432,198558..198735,198837..198901,199851..199933,200003..200088,200263..200376,202868..202987,203484..203586,205300..205358,206076..206141,206261..206375,206490..206524,211308..211409,211630..211779,211914..211989,212521..212645,212729..212833,212920..213069,213179..213253,213337..213418,213507..213634,213713..213814,213900..213974,214067..214162,214239..214340,214443..214544,214803..214985,215062..215173,215532..215608,215676..215755,218743..218805,218901..219027,219346..219468,219584..219661,220399..220536,220647..220805,221346..221443,221580..221730) |
Organism |
Rhododendron simsii |
locus_tag |
RHSIM_RhsimUnG0043500 |
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Length |
1450aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA588298, BioSample:SAMN13241185 |
db_source |
WJXA01000106.1
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Definition |
hypothetical protein RHSIM_RhsimUnG0043500 [Rhododendron simsii] |
Locus_tag |
RHSIM_RhsimUnG0043500
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CDS: ATGTCGGAGGATGAGAAGTTATTGAAGGAGGCGAAGAAACTGCCATGGGAGGATCGATTGACGCACAAGAACTGGAAAGTGAGGAACGAGGCCAACACGGACCTCGCCTCCATCTGCGAATCCATTGCGGATCCCAAGGACCCGTGCCTCCGAGCGTTCGGGCCGTTCTTTAAGAAGACCATTGCAGATTCAAATGCATCGGTGCAGGACAAAGCTCTTGATGCCCTAATTGCGTATTTGAAAGCCACAGATGCTGATGCTGGAAGATATGCGAAAGAAGTATGCGATGCAATTGTTGGGAAATGCCTGACGGGTAGACCGAAGACAGTCGAAAAATCGCAGATGGTGTTAATGCTTTGGGTAGAGGTGGAGGCTGTGGATGCTTTCCTGGATGCTATGGAGAAAGCTATTAAAAACAAAGTGGCCAAAGCCGTTGTTCCTGCTATTGATGTTATGTTTCAAGCTTTAAGTGAATTTGGGGCAAAGATAGTTCCCCCCAAAAGAATTCTAAAGATGCTGCCTGAGCTCTTTGATCACCAAGACCAACATGTTCGTGCTTCATCAAAAGGTTTGACACTTGAGCTTTGTCGTTGGATTGGGAAAGAACCAGTGAAATCAATATTGTTCGAGAAAATGCGAGATACAATGAAAAAAGAGTTGGAGGCAGAGCTTGTCAATGTCACTACGACAGCTAGACCATCTCGCAAAATAAGATCGGAGCAGGACAAGGAGCCAAAGCAGGAAATGGTCTCTGAAGTTGTAGGCTTTGGTCCTTCTAATGAATCTGTTTTAGATGCGCCTCAGGAAATAGATGAGTATGAACTTGTTGATCCTGTTGATATATTGAAGCCTTTGGAGAAGACAGGATTTTGGGATGGAGTGAAAGCTGCCAAGTGGTCGGAGCGAAAGAAGGCTGTGGCCGAGCTAACCAAACTCGCTTCTACAAAAAGGATAGCTCCTGGTGATTTCACAGAAATCTGTCGGACTCTTAAGAAGCTTAGTTTAGATGTGAACATAGCTGTTGCAGTTGAAGCAATCCAAGCAATTGGGAATCTAGCAAGGGGCCTAAGAAACCATTTCTCTGGAAATTCACGCTTGTTATTACCCGTTTTGCTTGACAAATTGAAGGAGAAGAAGCCTACTTTGACGGAGGCACTTACTCAAACTCTCCAAACAATGCACAAGTCTGGGTGCTTGAATCTTGCGGACATTGTTGAAGCTAGCAACAAGCCTGTTGTCCTCAAAGTGCACCAAGAATATGTTTCAATATGCATAGAGTGCCTCAACGATGTAACTCCAGAAGTGCGAGATGCATCCTTTTCTGCCTTGGCAGCAATCGCTAAGTTGGTTGGCATGAGGCCTCTCGAAAAATCGTTGGAGAAACTTGATGATGTTAGAAGGAAGAAACTTTCGGAATTGATTGGGGGTTCTGAAGATGGTCTAGTTGGTACAACATTAGTTCAAACTTCTAGTGGAAGTGTTTCTTCTGTATTGCCTGCCAGTAAAAAGGGAGGGGCTGTAAAGTCAGGTGTCAGTAAGAAAGGAGATGTGTATCAGCTGAAAACATCAAAGCTAGTTGAAACCGAAGATGCGGAGGGTGCTGCTGCAGTTCCAAAGAAGGCTGTAAAACTATTTGAATCCTCATCATCATTGTCTGGTGGTGGGCTTGAAAGCCTACCACGTGCTGATGTCAGCGGAAAGATTACACCTATTTTACTGAAGGGCTTTGAAAGTCCTGATCGGAAGGTTCGCCTAGAATCTATTGAAGCCGTACAAAAAATATTGGAAGAGGCCAACTTACGCATCCAACCAACAGGAACTGTGGAATTATTTGGAGCTCTTAGAGGGCGCCTACATGACAGGAACAAAAATTTAGTAATTGCAACACTGTCTACTGTTGGGGCACTAGCATCTGCAATGGGACCTGCAGTTGAGAAGTCTAGCAAGGGTATACTGGCAGATGTTTTAAAGTGCCTTGGTGACAAGCATATGAAAGAAAAAAGTTTGACCACTCTAGATTCTTGGCTTGCTGCTGTTCATATTCAAAAGATGGTGCCTTACATAGCTGCTGCTTTAACGGATATTAAGCTTGGTGCAGAAGGGCGCAAGGACCTTTTTGATTGGCTTTCAAAGCAACTTAGTGGACTAAAAGATGTTACAGACACTGTAGACCTACTGAAACCAACTGCTTCTTCTCTAACGGATAAATCGCCAGATGTTCGTAAAGCAGCAGAAGTATGTGTTGGTCAAGTTGTTAGAGTTTGTGGGCCAGAAACAGTGACCAAGAACTTGAAAGATATTCAAGGACCTGCATTAGCTATTGTTCGTGAATGGCTGCAGCAAAATGGGGCTTTTCAAGAAACATTTGAATTTTCAAAGGCAATATCATCAGGGCCAATTTCTAAAAGCAGCTCAAAGGTCAGAAAATCTGCCTCCAATGGTCCTGGTGATTGTATACCTCTGCATGGTAGCCAGGCTGTTTCTTCGAGAGCGATTTCATCAAAGGGTTCAAGGACAGAATCAATTATGTCTGTTCAAGATATCAATATTCAGTCTCAGCCTTTGTTAACTGTTAAGGATTCGAACAAGGAGGAAAGGGAGAAATTGATTGTTCGCAGGTTTAAATTTGGAGAGCCACGGTTGGAACAGATTCATGATCTTGAGAATGATCTTAAGATGTATTTCAGAAAGGATTTGAGCAGGAGGCTTCTGAGCGCAGATTTCAAGAAGCAAGTTGATGGAATTGAGATGCTCCATAAGGCACTGCCTTCGATGGTAAAGGAAATATTTGAAGTTCTGGATATAGTTCTCAGGTGGTGTGTTCTGCGATTCTGTAAATCTAACAAAGCGTGCCTACTGAAGGTACTTGAGTTTCTGCCTGATCTCTTTGACACATTGAGGTGTGAGGGTTGCACAATGACAGAGGCAGAAGCAGCCGTTTTTCTTCCTTGCTTGATTGAGAAGTCTGGACACAACATTGAGAAAGCACGAGAAAAAATGAGGGGACTGATAAAGAAAATCATCCATGCATATTCAGCAACAAAAAGTCTGCCTTATATCTTGGAGGGTTTGCGTTCCAGAAACCGCCAAACCCGTATTGAATGTGTGGATCTTGTTGGATTCTTGTTTGATACCCAAGGAGCGGAGATTGTGGGGCAGTTGAAATCCTTGCAGACTATTGCGAGCTTAACAGGAGAAAGAGATGGTGAAATTCGGAAAGCTGCATTAAATACTCTAGCTATTGGTTACAAGATCCTTGGTGATGACATATGGAGATATGTCGGGAAGCTGGCAGATGCTCAAAGGAGCATCTTAGAAGATAGATTTAAGTGGAAGGACCGAGAGATGGACAAAAGAAAGGAGGGAGAGCCTGGGGAAGCAAGGGCTGTTTTAAAGAGTTCTGTTAGGGTAAACGGATCTGATGTAGCAAAACAAAGTGGTGAAGTTCCGCGGTCTGTAGCTGGTAAAATATTTTCAAGGGGGGATGATGGACATTCTGAGAAGCACATGGAGAAACATTTTACTCACAGAACTACTGCTGGTGCAAATGGCCCCAGAGACTGGAATGAAGCCCTTGATATTATGGAATATGGCTCCCCTGAGCAGTCTGTTGAAGGAATGAAACTTGTATTCGTTGAGTTGGATCAGGCAACCAGCAGTCATGAAGGCAGTGCAACACGTAAAATTGTGGAAGGTGCTGATAGGCTCGTTTCATGCTTAGTTAATAAGCTAGCTGAGATATTTGACTCAAGTCTCACAGGCGCCTCTTCAAGGTCTTGTAAACTTGTTCTCAATGTTGTAATGCAGGTATTCAAAACCAAACGGTTTGCTCATGCTGTGAAGGAGAGTACTCTTGAGAGTCTAATCACTGAGCTGCTGCTTAGGCTTTTGGATGAAAGGGTTCCCCAGATGAATGATGGCTGCCAGCTCTTGAAAGCACTGAACGAAAATGCTGAACAAACTGCATTATTTCTTGTCCTGATTAATCTCTTACATCCTTTGGACCCCTCAAGGTGGCTATCGGCAACATCAAATGAGTCTATTGCCACTAGAAAAGAGAAGTTCTCTGATTTGGTTATCAAATGTTTGTTCAGGCTCACAAAAGTTCTTCGAAGTACTATATGTGAAGTGGACATTGATTGTGTGATTCAAAGTATCCACTTATACTTGCAAGTTCTGGGGATGGAAGAAATCCAGAGAAGAGCTGGAGCTAATGATAAACCATTGACTATGGTTAAAATCATTTTACAAGAGCTTGTTAAGCTTGTTGGGCCTGCAATTAAAGGCCATCTTTCTAGGGTTCCAATTGATATGGAACCTCAGCCTATTATTGTTGCCTTCATTGAATCTTAA |
Protein: MSEDEKLLKEAKKLPWEDRLTHKNWKVRNEANTDLASICESIADPKDPCLRAFGPFFKKTIADSNASVQDKALDALIAYLKATDADAGRYAKEVCDAIVGKCLTGRPKTVEKSQMVLMLWVEVEAVDAFLDAMEKAIKNKVAKAVVPAIDVMFQALSEFGAKIVPPKRILKMLPELFDHQDQHVRASSKGLTLELCRWIGKEPVKSILFEKMRDTMKKELEAELVNVTTTARPSRKIRSEQDKEPKQEMVSEVVGFGPSNESVLDAPQEIDEYELVDPVDILKPLEKTGFWDGVKAAKWSERKKAVAELTKLASTKRIAPGDFTEICRTLKKLSLDVNIAVAVEAIQAIGNLARGLRNHFSGNSRLLLPVLLDKLKEKKPTLTEALTQTLQTMHKSGCLNLADIVEASNKPVVLKVHQEYVSICIECLNDVTPEVRDASFSALAAIAKLVGMRPLEKSLEKLDDVRRKKLSELIGGSEDGLVGTTLVQTSSGSVSSVLPASKKGGAVKSGVSKKGDVYQLKTSKLVETEDAEGAAAVPKKAVKLFESSSSLSGGGLESLPRADVSGKITPILLKGFESPDRKVRLESIEAVQKILEEANLRIQPTGTVELFGALRGRLHDRNKNLVIATLSTVGALASAMGPAVEKSSKGILADVLKCLGDKHMKEKSLTTLDSWLAAVHIQKMVPYIAAALTDIKLGAEGRKDLFDWLSKQLSGLKDVTDTVDLLKPTASSLTDKSPDVRKAAEVCVGQVVRVCGPETVTKNLKDIQGPALAIVREWLQQNGAFQETFEFSKAISSGPISKSSSKVRKSASNGPGDCIPLHGSQAVSSRAISSKGSRTESIMSVQDINIQSQPLLTVKDSNKEEREKLIVRRFKFGEPRLEQIHDLENDLKMYFRKDLSRRLLSADFKKQVDGIEMLHKALPSMVKEIFEVLDIVLRWCVLRFCKSNKACLLKVLEFLPDLFDTLRCEGCTMTEAEAAVFLPCLIEKSGHNIEKAREKMRGLIKKIIHAYSATKSLPYILEGLRSRNRQTRIECVDLVGFLFDTQGAEIVGQLKSLQTIASLTGERDGEIRKAALNTLAIGYKILGDDIWRYVGKLADAQRSILEDRFKWKDREMDKRKEGEPGEARAVLKSSVRVNGSDVAKQSGEVPRSVAGKIFSRGDDGHSEKHMEKHFTHRTTAGANGPRDWNEALDIMEYGSPEQSVEGMKLVFVELDQATSSHEGSATRKIVEGADRLVSCLVNKLAEIFDSSLTGASSRSCKLVLNVVMQVFKTKRFAHAVKESTLESLITELLLRLLDERVPQMNDGCQLLKALNENAEQTALFLVLINLLHPLDPSRWLSATSNESIATRKEKFSDLVIKCLFRLTKVLRSTICEVDIDCVIQSIHLYLQVLGMEEIQRRAGANDKPLTMVKIILQELVKLVGPAIKGHLSRVPIDMEPQPIIVAFIES |