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Accession Number |
TCMCG058C22348 |
gbkey |
CDS |
Protein Id |
KAF7144182.1 |
Location |
complement(join(10313849..10313953,10314060..10314151,10314256..10314367,10314504..10314509,10314594..10314653,10315796..10315918,10316085..10316152,10316240..10316303,10316522..10316663,10316762..10316850,10317551..10317614,10317721..10317824,10317910..10318047,10318996..10319121,10321098..10321310,10321462..10321545,10321682..10321841,10322017..10322219,10323958..10324047,10324889..10325047,10325216..10325294,10327141..10327238,10327314..10327423,10327492..10327636,10330018..10330183,10331002..10331272,10332352..10332499,10332982..10333047,10333537..10334070)) |
Organism |
Rhododendron simsii |
locus_tag |
RHSIM_Rhsim05G0075700 |
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Length |
1272aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA588298, BioSample:SAMN13241185 |
db_source |
WJXA01000005.1
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Definition |
hypothetical protein RHSIM_Rhsim05G0075700 [Rhododendron simsii] |
Locus_tag |
RHSIM_Rhsim05G0075700
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CDS: ATGGACGATGTGTGCGAAGGGAAGGACTTCTCGTTTCCGAAGCAGGAAGAAAAGATCATGCAATGGTGGGAAGAAATTAAGGCCTTCGAGACCCAGCTTGAGCGGACAAAGCACCTCCCGGAGTACATCTTCTACGACGGCCCCCCCTTCGCCACCGGCCTCCCTCACTACGGCCACATCCTCGCCGGAACAATCAAGGACGTCGTGACCCGGTACCAGACGATGCGGGGCCACCATGTTACGCGGCGGTTCGGTTGGGATTGCCATGGGCTGCCGGTTGAGTTCGAGATCGATACGAAATTGGGGATAAAGACGCGAGACGATGTGTTGAAGATGGGGATTGGAAATTACAATGACGAGTGTAGGAGCATTGTGACGAGATATGTGGGGGAGTGGGAGAAGGTTGTGGCGAGAACAGGTCGGTGGATTGATTTTAAGAATGATTACAAGACGATGGACTTGAAGTTTATGGAGAGTGTTTGGTGGGTTTTCTCCCAGCTGTTTGATAAGGGGCTTGTCTACAGAGGCTTCAAGGTTATGCCCTACAGCACTGGTTGCAAAACTCCGTTGTCTAATTTTGAAGCCAATTCAAACTATAAGGAAGTTTCTGATCCTGAAATCATGGCGGCTTTCCCAATAGTTGATGATCCAGAAGGTACAGCGTTTGTGGCGTGGACAACCACACCTTGGACCCTTCCTAGTAATCTTGCCCTTTGTGTCAATGCAAATTTTGTCTATGTGAAGGTAGTTGTCCTTGATAAGTTCCTTGAAAAGTTGCTTCTGTTGGAACATTTTCAGGTTCGCAACAAATTCAATGGCAAAACTTATATTGTTGCCGAGTCTCGACTATCGGAGCTTCCAGTTGAGAAACCAAGAAAGGCCATGCCTAATGGAACTGCCAATGATTCAGAACGGTCAAACTCTACGACTAAGGGATCGTCTGGTGGTAAAAGTAAGAGTGTGGTCGATACTTATGAAGTGTTGGATAAATTTTCAGGCGCTGCACTCGTGGGGACAAAGTACGTGCCACTGTTTGAATACTTCGTAGAGTTTTCTGATGTGGCATTTAGAGTCCTTGCGGACAATTATGTAACATCTGATAGTGGGACTGGAGTTGTTCATATGGCTCCTGCGTTTGGTGAAGATGATTACCGTGTTTGTATTGAAAATCAAGTGATTAATAAGGGGGAGAGCCTAATTGTAGCAGTTGATGATGATGGCTGCTTTACTGGTAGAATTACTGACTTCAGTGGTCGCTATATCAAGGATGCAGACAAGGATATTATTCAGGCGGTGAAGGCAAGGCCTAAGATTCTGATATTTAATATTTTTGGTCTTGCTATTCGATTTTTCTTACTGGTGGGGAGTAAACAGCGTTGGGAACTCTTTCATGACACCTACATGGTCTCTGTTGGCACATTTACATGTGCTATACTTGCTGATAAAGGTCGGCTTGTGAAGTCTGGAAGCCTTACGCATTCTTATCCATTTTGTTGGAGATCTGATACCCCTCTTATCTACAGAGCAGTTCCAAGCTGGTTTGTTGCAGTGGAGAAGTTGAAAGATCAATTGCTAGAAAACAACAAACAAACATATTGGGTTCCTGATTTTGTTAAGGAAAAACGCTTCCACAATTGGCTTGAAAATGCAAGAGACTGGGCTGTTAGTCGTAGTAGATTCTGGGGTACGCCACTTCCTGTGTGGACTAGTGACGACGGCGAGGAAACAATAGTAATGGATTCCATTGATAAACTTGAAAAGCTTTCTGGTGTAAAGGTAGCTGACTTGCATCGTCACAAAATTGATCATATCAGTATCCCGTCAAGTCGTGGCCCTAGTTTTGGAGTGCTTCGACGTGTTGAGGATAGCAAGGGTAGGAAAGGCAGCATCAACCAATTCCCGATCAAGGGTAGCATTAGGCAGGGAACTGTCCAGAAAGATTCTTTTGGATTGTTAGGAGAGCTCTGTTCGAGGACAGTGATCTCCCAATTCCTCAGTCTCTCTCCTGGAGCAGCTGGACGGAGAGTGCTGGTAACTGGCTTAGTAGTGCTCCGAATGGTTGCCACATCGTTCTATACTCTCATGGTCTTGTCAACTGCGCTTTTTGGAAAGCCTGCGTTTAGGAATCTCATTTGTAATGGACTTGTCCTCGCTGAGGATGGGAGGAAAATGAGTAAAAGACACAAGAACTATCCATCACCTATGGAAGTCATAAATGATTATGGGGCCGATGCTTTGCGATTATACATAATTAACTCTCCAGTTGTGCGGGCTGAGCCTTTACGTTTTAAAAAGGATGGAGTTTTTGGTGTTGTGAAAGATGTATTTTTACCATGGTACAATGCATATAGATTCCTTGTTCAGAATGCAAAGAGACTTGAGGTCGAGGGGCTTGCACCGTTCATACCTGTTGACAAAGTTACACTTCAGCAGTCATCTAATGTTCTTGACCAGTGGATCAACTCAGCCACTCTGAGTTTGGTTCATTTTGTCCAGCAAGAAATGGATGGATACCGCCTCTACACAGTGGTTCCTTATCTCTTGAAATTTCTCGATGACCTCACCAATGTATATGTTCGGTTTAACCGCAAGAGGCTTAAAGGTCGTACAGGAGAAGATGATTGCAGGGTTGCACTTTCGACTCTGTACCATGTGCTCCTAACTTGTTGTAAAGCAATGGCTCCTTTCACACCATTCTTTACTGAAGTTCTTTACCAAAATCTGCGTAAAGCTTCCAATGGGTTGGAGGAAAGCATTCACTTTTGCAGTTTTCCCCAGGAAGAAGGGAAGGGAGGGCAACGTATTGAACAGAGTGTTAAAAGGATGAAAATTATCATTGATCTTGCCCGGAATATCCGCGAGCGTCACAACAAGCCTCTGAAAACACCACTCAAGGAGATGGTTGTAGTTCATCCTGATGCAGAGTTTCTCGATGATATAGCTGGAAAATTAAAAGAGTTTGTGTTGGAGGAACTCAATGTTAAATTTGTTGTCCCCTGTAATGATCTTTTGAAGTATGCTTCTCTACGAGCTGAGCCTGATTTCAGTGTATTAGGTAAGCGTCTTGGAAAATCAATGGGCATTGTTGCCAAGGAAGTCAAAGCCATGTCACAGAAAGATATTTTAGATTTCGAGAAACATGGAGAAGTTACCATTGCTACACACTGTTTGAAGCTGTCTGATATTAAGATCAACCGGGGTTTCCGGCGCCCTGATAACATGACAGAGGAGGAAATTGATGCTGCAGGAGATGGTGATGTTTTGGTGATATTGGATTTGCGCCCTGACGAGGCATTGTTTGAGGCTGGGGTTGCTCGTGAGGTTGTTAATAGAATTCAGAAGCTACGAAAAAAAGTTGCCCTTGAACCAACTGATATGGTGGAGGTGTACTTCAAGTCGTTGGATGAAGATGAGTCTACCTCACAACAGATTTTGAATTCCCAGGAAGTTATTGGCTATCATGTAGCAAAAGGTGTTGAATCAATTGTTTTGAGGGTTGCTGAGGTTGAGGTGATTCTTGCTGAAGAGAGCTTCCATGGTATTTCTAATTTGGCATTTTCCATCACTTTGGCGAGACCCGCGTTATTATTCAACTCCAATGCTGTTCTAGCATTATATGGAGAGAACACAAAGTTTGCAAATGGTTTACAGACGTATTTGCTGTCAAGGGATCATCATAATTTGAAGTTGGAATTTCATCTTGGGAATGGAAAGGTTACAGTCGATTGCATTGAGAATCAGCCTGCCGTTGAAGTTGCGTTGGGAGTACATGTATTCTTGACGGTTGGGGATTATTTGTTGAGCGCAAAAGCTCATTGA |
Protein: MDDVCEGKDFSFPKQEEKIMQWWEEIKAFETQLERTKHLPEYIFYDGPPFATGLPHYGHILAGTIKDVVTRYQTMRGHHVTRRFGWDCHGLPVEFEIDTKLGIKTRDDVLKMGIGNYNDECRSIVTRYVGEWEKVVARTGRWIDFKNDYKTMDLKFMESVWWVFSQLFDKGLVYRGFKVMPYSTGCKTPLSNFEANSNYKEVSDPEIMAAFPIVDDPEGTAFVAWTTTPWTLPSNLALCVNANFVYVKVVVLDKFLEKLLLLEHFQVRNKFNGKTYIVAESRLSELPVEKPRKAMPNGTANDSERSNSTTKGSSGGKSKSVVDTYEVLDKFSGAALVGTKYVPLFEYFVEFSDVAFRVLADNYVTSDSGTGVVHMAPAFGEDDYRVCIENQVINKGESLIVAVDDDGCFTGRITDFSGRYIKDADKDIIQAVKARPKILIFNIFGLAIRFFLLVGSKQRWELFHDTYMVSVGTFTCAILADKGRLVKSGSLTHSYPFCWRSDTPLIYRAVPSWFVAVEKLKDQLLENNKQTYWVPDFVKEKRFHNWLENARDWAVSRSRFWGTPLPVWTSDDGEETIVMDSIDKLEKLSGVKVADLHRHKIDHISIPSSRGPSFGVLRRVEDSKGRKGSINQFPIKGSIRQGTVQKDSFGLLGELCSRTVISQFLSLSPGAAGRRVLVTGLVVLRMVATSFYTLMVLSTALFGKPAFRNLICNGLVLAEDGRKMSKRHKNYPSPMEVINDYGADALRLYIINSPVVRAEPLRFKKDGVFGVVKDVFLPWYNAYRFLVQNAKRLEVEGLAPFIPVDKVTLQQSSNVLDQWINSATLSLVHFVQQEMDGYRLYTVVPYLLKFLDDLTNVYVRFNRKRLKGRTGEDDCRVALSTLYHVLLTCCKAMAPFTPFFTEVLYQNLRKASNGLEESIHFCSFPQEEGKGGQRIEQSVKRMKIIIDLARNIRERHNKPLKTPLKEMVVVHPDAEFLDDIAGKLKEFVLEELNVKFVVPCNDLLKYASLRAEPDFSVLGKRLGKSMGIVAKEVKAMSQKDILDFEKHGEVTIATHCLKLSDIKINRGFRRPDNMTEEEIDAAGDGDVLVILDLRPDEALFEAGVAREVVNRIQKLRKKVALEPTDMVEVYFKSLDEDESTSQQILNSQEVIGYHVAKGVESIVLRVAEVEVILAEESFHGISNLAFSITLARPALLFNSNAVLALYGENTKFANGLQTYLLSRDHHNLKLEFHLGNGKVTVDCIENQPAVEVALGVHVFLTVGDYLLSAKAH |