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Accession Number |
TCMCG081C05700 |
gbkey |
CDS |
Protein Id |
XP_010648401.1 |
Location |
join(1758028..1758170,1758276..1758456,1759442..1759555,1765625..1765759,1765968..1766037,1766179..1766243,1766322..1766453,1766573..1766725,1772296..1772425,1775165..1775270,1775350..1775542,1775626..1775786,1775990..1776208,1776334..1776599,1777430..1777701,1777788..1778323,1778403..1778497,1781508..1781731,1781829..1782038,1782697..1783173,1783561..1783833,1784065..1784391,1785252..1785495,1785795..1785906,1786093..1786297) |
Gene |
LOC100254311 |
GeneID |
100254311 |
Organism |
Vitis vinifera |
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Length |
1680aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA33471 |
db_source |
XM_010650099.2
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Definition |
PREDICTED: endoribonuclease Dicer homolog 3a isoform X2 [Vitis vinifera] |
CDS: ATGCATTCTCCGGAATTGGCCAATCCTCTGAAGCGAAGTTTCGACGAGATGAACTTGAAACGCGACGCAGACGATGATTCGAATCCACCGCCATCGCCATTGCCATCTTCATCGTCTTCTTCCAAGGAGCTCAGTCCAAGAAGCTATCAGTGGAAGGTGTTCGAAGTCGCGAAGCGGCGGAACACGATTGCGGTGTTGGACACTGGGACTGGGAAGACAATGATCGCTTTGATGTTGATTAGGGAGATAGGTCAAGCTGTGAAGGCTGATGGCCGTAAATTATTCATTATTTTCTTGGCTCCTACTGTTCATCTGGTTAATCAGCAATTTAAAGTTATAAAGGACAGTACAGGTTTTGAAGTTGAAGAATACTATGGAGCCAAGGGGGTTGATGAATGGAGTGCAAAGTCCTGGGAGAAGGAAATTAGTGAGCACGATGTACTTGTTATGACACCCCAGATCCTATTAGATGCCTTGAGGAAAGCATTCTTAAGTCTGGAAACAGTATGCTTGATGATAGTTGATGAGTGCCATCGTGCCACTGGTAACCATCCCTATACAAAAATAATGAAGGAATTTTATCACAAATCTGTCGACAAGCCAAAGATTTTTGGAATGACAGCATCACCTGTAATTAGAAAAGGTGTCTCATCTTCTATGGATTGTGAGAATCAAATATCAGAACTTGAAAGCATTTTGGACTGCCAGATTTATACTATTGAGGACAGGACAGAACTGGAAGTATTTATTCCTTCTGCAAAAGAAATCAATAGATTTTATGATGCATCTCAGTTTCACAATTTGGATTTGAAAGCAAAGCTAAAATCTTCATGGTCCAAGTTTGACAATTTGTTGCTAAATTTGCAAGGGTCACCAATGACTCAGTACAAAGACATGGATGATAAACTTAAGGCATTGCGGAAACGCTTGTCCAATGATCATGCAAAGATCTTGTATTGCCTGGATGACCTTGGACTCATATGTGCTTATGAGGCTGTTAAAGTCTGTATAGAGAATGTTTCAAATGCTCAAGAGGAATTTGAATTTTATAGACAAAGTTCTTCCCAGTGTAAATGTTTTCTTCAGGAGGTTTTGGGCATCATTGGGGGATATCTGCCACATGGTGATGGAAATTATTTGAATTCTGAATCTGACATTCTAAAGGCAGTAGATAAGGGTTATATAACTCCCAAATTACATGAACTCCTTCAACTTTTCCAATCCTTTGGAGTAGCTAGGAAAGTATTGTGCCTCATTTTTGTAGAGAGAATCATAACAGCTAAAGTAATCGAAAGATTCATTAAGAAAATTATATACTTATCACATTTCACGGTTTCATATTTAACTGGGAGTAATTCATCGGTCGATGCACTTGCACCAAAGGCGCAAAGGGAAACCTTGGAATCATTTCGCTCTGGGAAGGTTAACCTATTATTTGCAACTGATGTGGTTGAGGAGGGAATTCATGTGCCAAACTGCTCCTGTGTTATTCGTTTTGACCTACCGAAGACTGTTCGTAGTTATGTCCAATCACGAGGACGAGCTCGGCAAAGTGATTCCCAATTTATCATCATGCTTGAGAGGGGAAACACAGAGCAAAGGGATCAATTGTTTGATATCATCAGGAGTGAGTATTCCATGACGGATACTGCTACAAATAGAGACCCTGATGGGTACACCTTGAAAGCATACACTATTGAGGAAATGGATTCATATTTTGTGGATTCGACTGGTGCATCTGTCACTGCAGATTCTAGTGTCAGTCTTATTCATCGATATTGTGAAAAGCTTCCAGGAGATAAGTACTTCACTCCTAAGCCATTTTTTCATTTCACATATTTGGAAGGGATGTATGAGTGTAAATTAACATTACCTCCTAATGCGGCTTTTCAAACAATTATTGGTCCTGGGAACAAGAATTCTCATTTATCAAAACAGCTAGTATGCTTGGAAGCATGTAAGAAGCTTCATCAAATGGGGGCTCTCGATGATCATCTTCTCCCTTATGTTGAAGAGCCTTCAGAAAATGATATCATTGTAAAAAGCAAAGGATCAGCTGCAGGTGCAGGAACAACAAAAAGGAAAGAATTACATGGGACAACTCAAACTTGTGCATTATCTGGAACTTGGGGAGATAAAATTGATGGGGCCATTTTCCAGGCCTATAAAATAGATTTCTCCTGCAATATTGTTAATGAGCTGTATTCGGGATTTGTTCTTTTGATTGAATCAAAACTGGATGATGATGTGGGAAATATTGAAATGGAACTCTACTTGATCTCCAAGTTTGTCAGAACATCTGTTTCTTCATGCGGTCAAGTGTCTCTAGATGCAGAACAGGTGATGAAAGCAATGCGCTTCCACGAATTGTTCTTTAACAGTCTGTTTGGGAGATTGTTTATTGGATCAAAATCATCTGGAGTGCGAAGAGAATTTTTACTTAACACACAACAAAAATCATTATGGAGCTCATCAAACATGTATTTGCTGTTACCAATTGAGTCATCAAACATTCCAAGTGATGAATCTTGGAGAATAAATTGGCCAGGAATCAACTCTTGTGCTTCTGTTGTAGAATTTTTAGAAAAACGTTCTCAGTTAAGTACTGGAAATATGAATGATGATACTGGAAATCCATCACCCTGTAGCACTGGCTTAGTTGAGACAGAATGCAAAAGCATCAGTACTGTCCACTTAGCTAATAATTCAGTTCACGTGAACAACCTTAAAAATATGGTGGTTTTGGCTATTCATACAGGAAGAATTTACTCCATTCTAGATGTAGTGATTGACACATCTGCTGAGAGTCCTTTTGATGGAAGTGCTGATGTTAACTCTTCTAATTATACAACCTTTGCTGAGTACTTCAATAACAAGTATGGGATTGTACTAATGTATCCGGGACAGCCTCTGTTGCTGTTAAAGCAAAGTCATAATGCACATAATCTTCTTGTAAACTTTAACGATGAAGGTGGTGAGGCATTGCAAACTGGCCAGAAAATGCTCAACGAGAAGGCTCAAACTCATGTTCATATGCCACCTGAGCTTTTAGTCAGTATTGAAGTACCAATAACTGTCTTAAAATCATCTTACTTACTCCCATCATTGATCCACCGTCTGGAGTCCTTGATGTTAGCTAGCCAGCTTAGAGAAGAGATTGCTTTTACTACTGGCTCTCAGATCTCAAGCTCATTGATTCTGGAAGCAATTACAACTCTTCGATGCTCTGAAAGTTTTTCTATGGAGCGTTTAGAATTGCTTGGGGATTCAGTGTTGAAGTATGCTGTGAGCTGCCACCTCTTTCTCAAATATCCCAAGAAACATGAAGGGCAATTATCTGCTAGACGCTCATGGGTTGTTTGTAACTCAACCCTTCATAAATTGGGGACTGATCGCAGTTTACAGGGCTATATAAGAGATGGTGCATTTGATCCTCGTCGTTGGGTTGCTCCAGGACAGCGTTCTATACGCCCTGTTCCTTGTTCATGTGGGGTGGATGCATTGGAGGTGCCTTTAGACGGAAAATTTCAAACTGAAGACACAAAAATTGTGGTTGGAAAATCCTGTGATAGGGGTCATAGATGGATGGGCTCAAAAACGATAGCCGATTGTGTTGAAGCCCTTATAGGAGCATACTATGTTGGTGGTGGATTAAATGCTGCTCTTCATTTGATGAAATGGTTTGGTATTGATGTTGAACTTGAGCCCTCATTGGTAGATGAAGCCATTGCCACTGCATCTCTCCGAACTTACATTCCTAAAGCTAATGAGATTGAAATCCTAGAGTCTAAGATTGGGTATGAATTCTCTGTCAAGGGTCTGTTACTGGAGGCTATAACACATGCAACTGAGCAAGAACTTGGAGTTGGCTACTGCTACCAGCGGCTTGAATTTCTTGGCGACTCTGTGCTGGATGTGCTTATTACATGGCATCTCTATCAGAGCCACAGAGATATTGATCCAGGGGAGTTGACTGACCTGCGATCAGCTTCTGTTAATAATGAAAGTTTTGCCCAAGTTGCTGTAAGACGGAACCTTCAGCAGCATCTTCAACATTGCTCTGGTTTACTTTTAGGTCAAATAAAAGAGTATGCGAAGTATCTTTCTGGTTCTGATGATGTCCCCAATCCACTCCAGAGCACAAAAGGTCCTAAAGCTCTTGGAGACTTGGTGGAGAGTATAGCAGGAGCAATACTAATTGATACCAAGCTTAATCTCAATGAAGTGTGGAGAATCTTTAAACCACTTTTATCTCCAATAGTAACCCCTGATAAACTTGAGCTGCCTCCACTGCGTGAACTGAATGAATTATGTGATTCTCTCGGCTATTTTATAAAAGAAAAATGTACGAATAAGGGAGAACTGGTGCATGCGGAGCTTAGATTACAGATGATTGATGTCCTATTGGTTGGTGAGGGATGTGGCCGGAACAAAAAGGCTGCAAAAGGTCAAGCTGCTGCTCAATTGTTGAAAAACCTGGAGAAAAGAGGAATTTCATACTCCCGGAGTAATTCCAAGAGGAGAAAACAGGGTGCAGACTTGGTTGGTGTTTCATCGTCCCTGAACATGGGTGGTGATGCATGTGGACAATCCAATAATGAAGATTCTTCAGAGTTGATAAAATTCCACAAAAAACAGAAGACAACAGGAATGCAGTTGTGTACAAGAACTTCCATTGCCAACAACTGTCTCGAGAATGCTTGCAAACCGAAGCTCGACACCCCAGTCATTAAATCAATAAACATGAAGAAAGGAGGACCCCGCTCCTCTCTTTATGAATTATGCAAACGACTACAGTGGCCAATGCCCAGTTTTGAATCAAAAGAACAAAGATCAAGATTCCCGATTATATTTGGTGAAGGCTCTGAAAGAAGGGAAGGCTTTAACAGTTTCATATCCAGCATCTCCTTGCATATACCCAATTGCGGTGTCATGGAATGCCGGGGTGATCATAGAGCAGACAAGAAGAGTTCACTCGACTCTGCAGCCCTTGTCATGCTTCATGAGCTTCAACGACGGGGGAAGCTCATCATCCATGATTAA 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Protein: MHSPELANPLKRSFDEMNLKRDADDDSNPPPSPLPSSSSSSKELSPRSYQWKVFEVAKRRNTIAVLDTGTGKTMIALMLIREIGQAVKADGRKLFIIFLAPTVHLVNQQFKVIKDSTGFEVEEYYGAKGVDEWSAKSWEKEISEHDVLVMTPQILLDALRKAFLSLETVCLMIVDECHRATGNHPYTKIMKEFYHKSVDKPKIFGMTASPVIRKGVSSSMDCENQISELESILDCQIYTIEDRTELEVFIPSAKEINRFYDASQFHNLDLKAKLKSSWSKFDNLLLNLQGSPMTQYKDMDDKLKALRKRLSNDHAKILYCLDDLGLICAYEAVKVCIENVSNAQEEFEFYRQSSSQCKCFLQEVLGIIGGYLPHGDGNYLNSESDILKAVDKGYITPKLHELLQLFQSFGVARKVLCLIFVERIITAKVIERFIKKIIYLSHFTVSYLTGSNSSVDALAPKAQRETLESFRSGKVNLLFATDVVEEGIHVPNCSCVIRFDLPKTVRSYVQSRGRARQSDSQFIIMLERGNTEQRDQLFDIIRSEYSMTDTATNRDPDGYTLKAYTIEEMDSYFVDSTGASVTADSSVSLIHRYCEKLPGDKYFTPKPFFHFTYLEGMYECKLTLPPNAAFQTIIGPGNKNSHLSKQLVCLEACKKLHQMGALDDHLLPYVEEPSENDIIVKSKGSAAGAGTTKRKELHGTTQTCALSGTWGDKIDGAIFQAYKIDFSCNIVNELYSGFVLLIESKLDDDVGNIEMELYLISKFVRTSVSSCGQVSLDAEQVMKAMRFHELFFNSLFGRLFIGSKSSGVRREFLLNTQQKSLWSSSNMYLLLPIESSNIPSDESWRINWPGINSCASVVEFLEKRSQLSTGNMNDDTGNPSPCSTGLVETECKSISTVHLANNSVHVNNLKNMVVLAIHTGRIYSILDVVIDTSAESPFDGSADVNSSNYTTFAEYFNNKYGIVLMYPGQPLLLLKQSHNAHNLLVNFNDEGGEALQTGQKMLNEKAQTHVHMPPELLVSIEVPITVLKSSYLLPSLIHRLESLMLASQLREEIAFTTGSQISSSLILEAITTLRCSESFSMERLELLGDSVLKYAVSCHLFLKYPKKHEGQLSARRSWVVCNSTLHKLGTDRSLQGYIRDGAFDPRRWVAPGQRSIRPVPCSCGVDALEVPLDGKFQTEDTKIVVGKSCDRGHRWMGSKTIADCVEALIGAYYVGGGLNAALHLMKWFGIDVELEPSLVDEAIATASLRTYIPKANEIEILESKIGYEFSVKGLLLEAITHATEQELGVGYCYQRLEFLGDSVLDVLITWHLYQSHRDIDPGELTDLRSASVNNESFAQVAVRRNLQQHLQHCSGLLLGQIKEYAKYLSGSDDVPNPLQSTKGPKALGDLVESIAGAILIDTKLNLNEVWRIFKPLLSPIVTPDKLELPPLRELNELCDSLGYFIKEKCTNKGELVHAELRLQMIDVLLVGEGCGRNKKAAKGQAAAQLLKNLEKRGISYSRSNSKRRKQGADLVGVSSSLNMGGDACGQSNNEDSSELIKFHKKQKTTGMQLCTRTSIANNCLENACKPKLDTPVIKSINMKKGGPRSSLYELCKRLQWPMPSFESKEQRSRFPIIFGEGSERREGFNSFISSISLHIPNCGVMECRGDHRADKKSSLDSAALVMLHELQRRGKLIIHD |