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Accession Number |
TCMCG058C31377 |
gbkey |
CDS |
Protein Id |
KAF7153214.1 |
Location |
complement(join(44220282..44220458,44220970..44221211,44223994..44224126,44224434..44224535,44224733..44224834,44225526..44225594,44225715..44225783,44225864..44225938,44226165..44226269,44227548..44227649,44227807..44229605,44229708..44230062,44230109..44230282,44230752..44230869,44230951..44231036,44231121..44231189,44231268..44231342,44231770..44231867,44233158..44233319,44233716..44233881,44234098..44234166,44234536..44234598,44234711..44234866,44236880..44237212)) |
Organism |
Rhododendron simsii |
locus_tag |
RHSIM_Rhsim01G0258400 |
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Length |
1632aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA588298, BioSample:SAMN13241185 |
db_source |
WJXA01000001.1
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Definition |
hypothetical protein RHSIM_Rhsim01G0258400 [Rhododendron simsii] |
Locus_tag |
RHSIM_Rhsim01G0258400
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CDS: ATGGAGGCGGCGCTGGAGGCGGCGAGAGCCAAGGACGCCAAGGAGAGAATGGCCGGAGTTGAACATCTCCACCAACTCCTGGAAGCTTCCAGAAAACCGCTCTCCTCGTCGGAGGTCACCTCGCTCGTCGACTGCTGCTTGGATCTCTTGAAGGACAGCAACTTTAGGGTCTCCCAGGGCGCCTTACAGTGCCTCGCCTCCGCCGCTGTTCTCTCCCGCGATCACTTCAAGCTTCACTTCGATGCCCTAGTTCCTCCCACCGTTGAGCGGTTAGGCGATGGGAAACAGCCCGTTCGCGATGCCGCTAGGCACCTTTTGCTCACTCTCATGGAGGTTTCATCACCAACGATCATTGTTGAGAGAGCAGGGACTTACGCTTGGACTCACAGAAGCTGGAGAGTACGGGAAGAGTATGCACGAACCGTCACATCAGCAATTGGTCTTTTTGCATCCACTGAGCTCCCACTTCAACGTGCTATTCTTCCTCCAATTCTGCAGATGTTGAGTGATTCTAATCATGGTGTGCGAGAAGCAGCAATATCATGTATTGAGGAGATGTATACTCAAGTTGGGCCTCAGTTCGGTGATGAACTCCAGCGTCATCATCTCTCTACGTCAGTTTTAAAAGATATTAATGCCAGGCTAGAGAGGATTGAACCAAAAGTTCACTCTTCAGATGGACTTGCGAGTAGTTACACTGCTGTTGAGGTTAAACCTGTCAGCCTAAATCCTAAAAGGAGTAGCTCAAAGGCCAAGAGTTCCACGCGTGAGGTGTCTCTCTTTGGAGGCGACAGTGATATCCCTGAAAAACCAGTTGACCCTGTTAAAGTTTACTCTGAGAAAGAGCTTATAAGGGAAGTTGAAAAAATTGCTTCAACTCTTGTACCTGACAAGGATTGGTCTCTCCGCATTGGAGCCATGCAAAGAGTTGAAGGTCTTGTTATTGGAGGTGTAGCTGATTACCTGTGTTTCAGGGGACTTCTGAAACACCTTGTTGGCCCCTTAAGCACACAGTTGTCTGATCGAAGATCTACTATAGTGAAGCAGGCTTGCCACTTGTTGAACTTGTTATCTAAAGAGCTCTTGGGAGATTTTGAAGCGTGTGCTGAAGTGTTCATTCCGATCCTTTTCAAGCTTGTTGTGATAACTGTACTTGTAATTGCAGAGTCTGCAGATAACTGCATTAAAACGATGCTGCGTAATTGCAAAGTTGCCCGTGTTCTTCCGCGTATAGCTGATTCTGCAAAGAATGACCGTAGTTCTATACTTCGTTCAAGGTGTTGTGAGTATGCCCTTTTGATATTGGAATGTTGGGCTGATGAACCTGAAATACAGCGGGCAGCCGATCTCTATGAAGATCTTATTAAGTGTTGTGTTCCAGATGCAATAAGTGAGGTACGAGCAACTGCAAGAAGTTGCTACAGAATGTTTGCAAAAACTTGGCCCGAGCGTTCCCGGCGGCTGTTGTTGTCCTTTGATCCTGTTATCCAAAGAGTACAGACATTTCTTCTCATTCCAATAGCCTATCCTTTACATCCCCCGCCGCCCTGCCAAAAGGAAAATCTCATTGTAATTATTGAAGAGAATGGGAGTATGCACAGAAGACATGCTTCTCCTTCCCTTCGTGACAGAAGTTCACAGATTTCTTTAACCCCACAAACACCCGCCCCTTCAAATCTACCTGGATATGGAACTTCGGCAATAGTTGCAATGGACAAAAGTTCAAGTTTGGCCTCAGGTATGTCTCCCTCTTCTGGGCTACTGTTTTCACAGTCAAAGGCAGTTGGTCAAGGTACAGATCGAAGCCTGGAAAGTGTGATGCAATCAAGCAAACAGAAGGTTACAGCTATTGAAAGCATGCTTAGAGGGTTAGACACATCTGAGAAACGTATTTCAACTCTCCGGTCATCTAGTTTGGATCTAGTTGTGACTGGGTGTATTTATCTTCTAAATACTGGTGAATGGCTTATTTTTTCTCCTTTTGCTGCAAGTGCAGGAGATGACCCTCCATCTTCTCGTGATCCACCATTCCCTCTTGCGGTCCCCGCTTCACATAATCTAACCACCTCTTTTGGGGTTGATGCAACTACATATGGTATGTCTAAAGGTAACAAACGCAATGGTGGCTTGGGTATGTCTGACATCATCACCCAGATTCAGGCTTCCAAAGATTCAAGTAAATTATTGTACCGCAGTACTGTAGGAGCTGAGACTCTGTCAGCTCTTTCACCTTACTCAGCTAAGAGAGCTCCTGAAAAACTACAAGAAAGAGGTTTCTATGAAGAAAACAGTGATTCTAAGGAGGGTTGGCGCCCATGTAATGATTCAAATTACGGGGAATCACAGAATAGTTATGTTCCCAATTTTCAAAGGCCACTTTTGAAAAAGAATGCTATTGGACGAATGTCCGCTAGCAGGAGGAGGAGTTTTGATGATAGCCAGCTGTTACTGGGGGATATGTCAAGCTTTTTGGTTGCTCCAGCTTCTCTCAACAATACTCTGAGTGAGGGACTCAATCCTAGTTCAGACTGGAATGCTAGAGTTGCTGCATTTAATTATCTCCGTTCTTTGTTGCAGCAAGGTCCAAAAGGCATTCAAGAGGTTACACAAAATTTTGAGAAGGTAATGAAGTTATTTTTCCAGCACTTGGATGATCCCCACCATAAAGTTGCCCAGGCAGCTCTCTCAACACTCTCAGAAATTATTCCTGCTTGCAGAAAGCCATTTGAAAGTTATATGGAGAGGATCTTACCCCATGTTTTCTCACGTTTAATTGATCCAAAAGAATTAGTGAGGCAACCTTGCTCAACAACGCTGGAAATTGTCGGCAAAACTTATGGCATAGATTCTCTTTTACCAGCTTTGCTTCGTTCACTGGATGAACAACGGTCACCAAAGGCAAAATTGGCTGTCATTCAGTTTGCCATAAGTTCCTTTAACAAGCATGCAATTAACTCTGAAGGCTTTGGTAATAGTGGCATTCTAAAGTTATGGCTTGCTAAATTGACACCATTGGCCCATGATAAGAACACAAAACTGAAGGAAGCAGCAGTTTCATGCATTATATCGGTTTACTCCCATTACGACTCGGTAGCAGTCCTAAATTTTGTTCTTAGTTTATCGGTTGAAGAACAGAATTCCTTGAGACGTGTCCTTAAACAGTTCACTCCTCGTATTGAAGTGGATTTGATGAACTCTATGCAGAACAAGAAAGAGAGACTGCGTCCCAAGTCCTTCTATGATCCTTCTGATGTTGTTGGAACATCTTCTGAAGAAGGATACATTGGAATCTCAAGAAAGAACCAAGCCTTTGGAAGGTATTCTGCTGGTTCACTTGATAACACTGGTGGCAAGAACTGGAGTTCTGAACAAGAGTCAATGCCGGTCACAGGTTCCATTGGTCAAGTTGCATCTGACGAAACCCAAGTGTACTCATATTGTAGTCCTGGGAATTGTGTCAACATTGAGGTTCTTAGTTCCGAAACCAAGGATCTGAACTGCATAGCTAGTAGTGTGGACTGTGATGTGAAGATTGAGGCTTCTTCCACACCCTGTTTGGACATGAATGGATTGGTGAGCTCCGACCACATGGGGGTCACTGCAGGCATTCGGCATGATAATGATGCTCTGCCTGAATTGGACCTTGATCATTCAAAACTTGCCGCTTTGAAGCTTAATTCTGCTCGTGACACAGGTGTGAGCATTCCTCAAATTCTTCACCTGATTTGCAATGGGAATGATGGAAACCCAACTGCTAGCAAGCGTGTTGCACTTCAGCAGTTAGTTGAAGCTTCTAAGGAAAATGATCATTCAATTTGGACCAAGTACTTCAATCAGGTTTTGATGGTTGTTCTTGAAGTGTTGGATGACTTGGAATCCTCAATTCGGGAACTTGCTCTTTCGTTGATATTTGAAATGCTAAGGAACCAGAAGGATGGCATGGAGGAATCTATCGAGATTATAATTGAAAAACTGCTTCATGCTACGAAAGACATCAGACCAAAAGTTGCCAATGAAGCAGAGCAGTGTTTGACTCTTGTGCTGTCTCAATATGATCTGTTCAGATGTCTTAGTGTTATCATCCCTTTGTTGGTGACTGAAGATGAGAAAACTCTTATTACTTGCATAAATTGTTTGACAAAGATTGTTGGCAGGCTCTCCCAAGAGGAATTGACGGCCCAGTTATCATCATTTTTGCCTGCACTTTTCGAGGCATTTGGAAACCAAAGTGCTGATGTCCGCAAGGTGTTAGCAACTGAGACAGCTCTCTCTAAGAAGAGTGAAATTTCTACTTTACCTGTTGGGGGCCTTCCTGTTATGTTGGCTGTTTTTAAGTTTGGAATTCAGACTGTTGTCTTCTGTCTTGTGGACATCTACATCATTCTTGGGAAAGCATTCTTGCCACGCTTGGAGGGGCTCAACAGCACACAACTGCGGTTAGTGACTATCTATGCTAACCGGATCTCACAGGCCAGAACAGGAGGGGGGAAAATGGCATCCAAAGCAAATTCAGGAAATCCAGCAACAGAGAAGAGACTCACTGCTCTGGTGGTGGATGGTGGAAGAACTTGTCAAGCTGTAGAGAAGGGACTCCTCAGGCATTATGGCATTGAGACTCAAGTGGTGGACAATGGAAAAGATGCTGTGGATCTTTTTGCCTCTGGCACAAAGTTTGACATTCTGATGATAGATATCTCTCTTCCAGGTCTCAGTGGGCTAGAGGCTACGAGGCAGATCCGTGCAATGGGAGTGGATTGCAAGATTGTGGGGCTTGCTGCATATGGCTTGGAAGAAGAGCGAAGGGCATTTCTGGAAGCTGGAGCGGATGAGTTTTTCGAGAAGCCAGTGCCTCACCAACAACTAGTTCGCATTCTCAGAGACATTAACAATTCAAATTAG |
Protein: MEAALEAARAKDAKERMAGVEHLHQLLEASRKPLSSSEVTSLVDCCLDLLKDSNFRVSQGALQCLASAAVLSRDHFKLHFDALVPPTVERLGDGKQPVRDAARHLLLTLMEVSSPTIIVERAGTYAWTHRSWRVREEYARTVTSAIGLFASTELPLQRAILPPILQMLSDSNHGVREAAISCIEEMYTQVGPQFGDELQRHHLSTSVLKDINARLERIEPKVHSSDGLASSYTAVEVKPVSLNPKRSSSKAKSSTREVSLFGGDSDIPEKPVDPVKVYSEKELIREVEKIASTLVPDKDWSLRIGAMQRVEGLVIGGVADYLCFRGLLKHLVGPLSTQLSDRRSTIVKQACHLLNLLSKELLGDFEACAEVFIPILFKLVVITVLVIAESADNCIKTMLRNCKVARVLPRIADSAKNDRSSILRSRCCEYALLILECWADEPEIQRAADLYEDLIKCCVPDAISEVRATARSCYRMFAKTWPERSRRLLLSFDPVIQRVQTFLLIPIAYPLHPPPPCQKENLIVIIEENGSMHRRHASPSLRDRSSQISLTPQTPAPSNLPGYGTSAIVAMDKSSSLASGMSPSSGLLFSQSKAVGQGTDRSLESVMQSSKQKVTAIESMLRGLDTSEKRISTLRSSSLDLVVTGCIYLLNTGEWLIFSPFAASAGDDPPSSRDPPFPLAVPASHNLTTSFGVDATTYGMSKGNKRNGGLGMSDIITQIQASKDSSKLLYRSTVGAETLSALSPYSAKRAPEKLQERGFYEENSDSKEGWRPCNDSNYGESQNSYVPNFQRPLLKKNAIGRMSASRRRSFDDSQLLLGDMSSFLVAPASLNNTLSEGLNPSSDWNARVAAFNYLRSLLQQGPKGIQEVTQNFEKVMKLFFQHLDDPHHKVAQAALSTLSEIIPACRKPFESYMERILPHVFSRLIDPKELVRQPCSTTLEIVGKTYGIDSLLPALLRSLDEQRSPKAKLAVIQFAISSFNKHAINSEGFGNSGILKLWLAKLTPLAHDKNTKLKEAAVSCIISVYSHYDSVAVLNFVLSLSVEEQNSLRRVLKQFTPRIEVDLMNSMQNKKERLRPKSFYDPSDVVGTSSEEGYIGISRKNQAFGRYSAGSLDNTGGKNWSSEQESMPVTGSIGQVASDETQVYSYCSPGNCVNIEVLSSETKDLNCIASSVDCDVKIEASSTPCLDMNGLVSSDHMGVTAGIRHDNDALPELDLDHSKLAALKLNSARDTGVSIPQILHLICNGNDGNPTASKRVALQQLVEASKENDHSIWTKYFNQVLMVVLEVLDDLESSIRELALSLIFEMLRNQKDGMEESIEIIIEKLLHATKDIRPKVANEAEQCLTLVLSQYDLFRCLSVIIPLLVTEDEKTLITCINCLTKIVGRLSQEELTAQLSSFLPALFEAFGNQSADVRKVLATETALSKKSEISTLPVGGLPVMLAVFKFGIQTVVFCLVDIYIILGKAFLPRLEGLNSTQLRLVTIYANRISQARTGGGKMASKANSGNPATEKRLTALVVDGGRTCQAVEKGLLRHYGIETQVVDNGKDAVDLFASGTKFDILMIDISLPGLSGLEATRQIRAMGVDCKIVGLAAYGLEEERRAFLEAGADEFFEKPVPHQQLVRILRDINNSN |