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Accession Number |
TCMCG057C41575 |
gbkey |
CDS |
Protein Id |
XP_018443778.1 |
Location |
complement(join(17071139..17072566,17072688..17072801,17072906..17073034,17073129..17073205,17073308..17073482,17073584..17073781,17074137..17074208,17074276..17074425,17074812..17074889,17075075..17075188,17075320..17075373,17075453..17075611,17075827..17075919,17076064..17076180,17076469..17076571,17076662..17076846,17076962..17077036,17077111..17077194,17077536..17077583,17077701..17077748,17078114..17078293,17078374..17078427,17078518..17078559,17078640..17078738,17078802..17078936,17079028..17079204,17079315..17079358,17079879..17079957,17080052..17080165,17080237..17080341,17080443..17080583,17080767..17080835,17080909..17081012,17081128..>17081176)) |
Gene |
LOC108815789 |
GeneID |
108815789 |
Organism |
Raphanus sativus |
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Length |
2075aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA344915 |
db_source |
XM_018588276.1
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Definition |
PREDICTED: nuclear-pore anchor-like isoform X2 [Raphanus sativus] |
CDS: GTTTTATCCGAATTAGAAGAGAAAGCGGGGTTCTTCCAAGAGGAAAGAGGCGAGCATGAGCGTTTGGTTGAAGCTTACTCTCTCGTCAGTCAAAAACTTCAGGATTCTGTCTCTGAACAATCATATATGGAGAAGATCATCATGGAGCTAAAGGCTGAATTGAGGAGGCGGGAACGTGAAAGTATTCTATATCAGAAAGATATATCTGACCTACAGAAGCAGGTAACGATACTACTGAAGGAGTGTCGTGATGTCCAACTTCGCTGTGGAGCTGCTAGGGATGAGGAAGAAGATGATACCCAGCTTTCTGATGTCGAGATGGATCTGGAATCTGAAGCTGATAAAATCATTTCAGAGCATCTTTTGAAGTTTAAAGATATAAATGGACTAGTTGAGCAGAATGTTAAGCTCAGGAATCTTGTTCGTAGTCTCTCAGAGCAGATTGAAAGTAGGGAAATGGAGCTGAAGGAGAAGTATGAGATAGACCTGAAGAAAAAGACTGATGAAGCTTCTTCAAAAGTAGCCATCGTGCTAGAAAGAGCTGAAGAACAGGGTAAAATGATTGAATCACTGCACGCATCTGTTGCAATGTATAAACGACTATATGAAGAGGAACAGAAACTCCATTCATCTAATTCTCATTTTTCAGTTTCTCCTCCAGTGCCAGGAAGGAAGAACTTCTTACATCTGCTTGAGGATTCACAGGAAGCTACTAAGAGAGCCCAAGAAAAAACTTTTGAACGCATTCGAAGTCTGGAAGAAGATTTAGCGAAGGCTAGGAGTGAGATAATTGCGATTAGGTCTGAGCGTGATAAGTTGTCCATGGAGGCAAATTTTGCTAGGGAAAAACTAGAAGGCATCATGAAAGAATCTGAACGCAAGAGGGAAGAAATGAACAGTGTTCTGGCAAGAAACATAGAGTTCTCGCAGCTGATCATCGACCACCAACGGAAGTTACGTGAGAGTTCTGAGTCTCTGCATGCAGCGGAAGGGATTTCTAGAAAATTATCTATGGAGGTATCGGTGCTAAAACAAGAAAAAGAGGTTTTATCAAATGCTGAGAAAAGAGCCTCTGACGAAGTTTGTGTTTTATCTCAGAGAGTTTATCGTCTTCAGGCTACCTTGGATACTATCCAGAGTACAGAGGAAGTTCGTGAGGAAGCAAGAGCTGTCGAGAGAAGGAAACAAGAGGAGCATATCAAGCAACTTGAGAAAGAATGGGCTGAAGCTAAAAGAGAATTGCAAGAAGAAAGGAGCAATGCGCGGAATAGCACTTCGGACCGCAATCAAACTTTGAACAATGCTGTTAGGCAGGTCGAAGAAATGGGGAAAGAATTGGCTAATGCCTTGAAGGATGTCTCGGAAGCAGAATCCAGGGCTTCTGTGGCTGAGGCTAGACTTTCTGATTTGGAGAAGAAGATAAGATCTTCAGATCCTAAGGTTCGTGATATGGACAGTGGTGCAGTCGTCTCTCTTTCTGATAATGAGATCTCCGTAGGCCTTCATACTGCTAAAGACGAAATGGAGAAGTTGAGGGGAGAAGTAGAATCTAGCAAAAGCCACATGCTTCAGTACAAGAGTATAGCTCAGGTGAATGAAACAGCTTTAAAGCAGATGGAATCTGCCCATGAGAACTTCAGAATTGAGGCTGAAAAGACACATAAATCGTTGGAAGAAGAGCTTGTTTCTCTTAGAGAAAGGGTGTCAGAACTTGAAAACGACTGTATACAAAAATCTGAGCAAATAGCCAATGCTGCTGCAGGAAAAGAAGATGCTCTTGTATCAGCATCAGCTGAAATTGCAAGTCTGAGAGAAGAAAGCTTAATTAAAAGTTCCCAAATCGAAGCAGTTAATATCCAAATGTCCACTTTGAAAAATGACCTCGAGAAAGAACATGAAAAATGGCGTGTTGCTCAGAGAAATTATGAAAGACAGGTTATTTTGCAGTCTGAAACCATTCAAGAGCTGACGAAAACATCACAGGCTTTGGCTTCCCTTCAAGAGGAGGCATCTGAACTACGTAAATTGGCTGATGCAAGGGGAACGGAAATTTCCGAGCTTACCTCCAAGTGGAGTGAAGAGAAATATATGCTAGAGCAGCAAAAGAATCTAGCGGAGAAGAAGTATCATGAACTCAACGAACAGAACAAAATACTGCATAGCCGACTTGAGGCTATGCATCTTCACTCGGCTGAGAAAGATAGCCGTTCTGGAAAAATATCATCTGAAAGCACTGGCTCAGATCAACTCGGAGATTCTGGTTTGCAAACTGTAGTTAATTATTTGCGCAGAACAAAGGAAATAGCAGAAACAGAGATATCACTTATGAAACAGGAAAAATTGCGGTTGCAATCGCAACTTGAGAGTGCCGTGAAGATGGCAGACTCTGCCCGGGGTTCACTTAATGCTGAGCGTGCCAGTACAAGAGCCACATTATTGACTGAGGATGAAATCAAATCTCTTCAGCTTCAGGTTAATGAGATGAACTTGCTCCGCGAAAGCAACATACAACTCAGGGAGGAAAACAAACACAATTTTGAGGAGTGCCAGAGATTGCGTGAAGTATCTCAAAAGGCTAGGATGGATTTCGAAAACTCAGAAAATCTATTGAAGCAAAAGCAGACCGAGTTAGACTTGTGTATGAAAGAAACGGAAAGGCTAAGGAAGGAGATAGATCTTCAAAAAAGGAGGGTTGATGAGTTGCGAGAGACGTATAAAAACATTGATGTTGCTGACTACAATCGCCTCAAAGATGAAGTGCGGCAATTCGAGGAGAAACTGAAAGGGAAAGATGCTCATATTGAGGAAATCAAGAAGCTTGTGTTAGAGAAGGAGAGTAAGATATCCCTACTAGAGAAGGATCTAACAAACTGCAAAAACGAACTGAGAGAGAGGGAGAAGGATCTAACAAAATGCAAAACAGAAATGAGTGAGAGGGAGAAGAGGTTAGACGCTGCCCAGCAAGCACAGGTGGCTATGCAGTCAGAGATAGAGAATCTGAAAGCAGAGATCTCTAAGTTGAAAGGAGATTCTGAAAGGTTCAGAAAATCTTTTTCTAACATTAAGAGGAAGCTCGATAAAGAAAAGGACGACTTAAACAGAGAAAACCAGTCACTCTCTAAACAGTTAGAGGAAGCCAAAGAGGCTGGAAAGAGAACGACAGCTGATGCTACGGTGGAGCAGGCCGTTAAGGAGAGAGATGAAAAAGAACAAAAGATCCAGATATTGGATAAGTTTCATCGTTCACTGAAAGATGACCTTAAGAAGAAAGATGACGAATTAACTAAAGAGAAAACAGAACGCAAGTCTGTTGAGAAAGTATTCGGAGACTCATTGGCCAAAATTAAACAGGAGAAAGCAAAAGTAGATGAAGAGCTTGTTAAACTCGAGAGGTATCAGACGGCATTGGCTCAACTCTCTGAAGAATTGGACAAATTGAAGCAAGCTGATGGAAATCTTCCCGAGGGTACTTCAGCTGTTCAGGCTCTCTCTGGAAGCGTATTGAATGACCAAGCCGCTGCGTACGTGTCAGCTGTAGACTATTTTGAACGCATGGCTCGTACTATTGTCCTCAATTCTCAAGATAGCACAAAATCTACTGGTACGGTGACTGAAGCTTCCCCTGCTACAGTTGAGCCTTCAGCCACTGTCAAAGCCTCTCCTTCAAAAGCTCCGGTGGCAACTACCCAACAGCCAACCAAGGAGAAGAGATTGGTTTCGCTGAAACCAAGCGCCGAGCTCCGCAGACCGGTTAGGAGGATTAAACGTCCTCAATTTATTAAACCAGAGGAACCTCCTCAAGCTGATGTTGAGATGCCAGAAGCTGAGGGAGCTGGTGATGAAGGAAAACAGCCTTCCTCCCATGTTTTAACAGAGAGCCAAGTAGCCACAATGGCACCACCTGTTCAGACACATGTCCGTAAACGCCAGGCTGATTCATTGATTTCTGAGCCACATCAAGGGACCCAAGGGGAAACCAGTTCCGAAACTGCACCACCTGCGTCGAAGAAGCCAAAAGGATCCGAGTCCGAACCTGATACTACCGAAACCCTCTCTAAAGAGCCAGACGTGGATGAATCCATGGATGCGACTACTGGCGCCGAGGATGACAATGAAGAAACAGAAGCCGAGACTGCAGAGGAGAAAACTGAGGAAACGACGGAAGCACAACAAGAAAGTGAAGCTGAAGAGCAGGAGAAAGCTGATGAACCAGTAGAAGAGAATCCAGCTGAGACAGAAACCATCCCTACCGAAGAAGAGTTTAAGGAGCAGACCGAACAAGAGAATCAAGATCTTCTGGGAGACGTGGAGTTTGATAAAGAGGAAGGAGAGCTCGATCTAGATACTCTGGACGATCTCGAAGAAGCCAGGGATGTAGCTACTACACCCACGCAGTCACCTAGTAGGATGGAGACAACAATGGAAGAACCTGAAACAACCATTGAACCACCACTAGAAGATGTTAAGAACGATGAAGCTGCTGAAGAAGTCTCTGATAAACCCAACGATGATAACAATCAACAAGTAGCAGAAACCGATCTCAAGCCAGAGACCACAATCGCTACAACTGTCTCAGCATCCACTTCCTCTACTCCAGCTTCTGCAAGTCCGAGCGAAACACCAGAAACTGAAGAAGCGAAAAGAGCAGCTTCGCCAAGTAGAACTATTAATATAGCTGATAAAGCAAAAGAGAAAGCAGCTCTAAGACAAGCCGGTGTAGCCACTCTTGGTGGAACACGAACTCCTTCACCGGGCAACCGAGCTCCTTTATCATCCACCCTCAGAGGTCGTGGTCGAATTGCAAACACTCGAGGCGGCAGACTGCCTACTCGTGGTGGCCGAACCCCACGTGGTGGTGGTGGTGGACGTGGCCCACCCCCGAGCCAGCCGTGA |
Protein: MPLFMPDDDLARLSNDAASVVVVAERADEYIRKLYADLDSVRAKADAASITAEQTCSLLEQKYLSLSRDFASLESHNAKLQSDLDDRLAELAQSQAQKHQLHLQSIEKDGELERVTTEMSELHKSKRQLMELLEQRDSEISEKNSNIKSYLEKIVKLTDASSEKESRFAEAGAELARSQAMCFRLSQEKELMERHTKWLDEELTAKVDSYAELRRRHSDLEAEMSAKLVDVEKNYNECSSSLNWHKERLRELETKITSLQEELSSCKDAATTTEEQYSAELLTANKLVELYKESSEEWSRKAGELEGVIKALEARLSQVESGYKDRLEKEMSTNQKLEKENEDIKQKLEKYEAEIEKTRKTDELTLVPFSSFTRGVDVSGTSNMIEESHEIISKVPAGVSGTALAASLLRDGWSLTKIYEKYQEAVDAMRHEQLGRKEAELILQRVLSELEEKAGFFQEERGEHERLVEAYSLVSQKLQDSVSEQSYMEKIIMELKAELRRRERESILYQKDISDLQKQVTILLKECRDVQLRCGAARDEEEDDTQLSDVEMDLESEADKIISEHLLKFKDINGLVEQNVKLRNLVRSLSEQIESREMELKEKYEIDLKKKTDEASSKVAIVLERAEEQGKMIESLHASVAMYKRLYEEEQKLHSSNSHFSVSPPVPGRKNFLHLLEDSQEATKRAQEKTFERIRSLEEDLAKARSEIIAIRSERDKLSMEANFAREKLEGIMKESERKREEMNSVLARNIEFSQLIIDHQRKLRESSESLHAAEGISRKLSMEVSVLKQEKEVLSNAEKRASDEVCVLSQRVYRLQATLDTIQSTEEVREEARAVERRKQEEHIKQLEKEWAEAKRELQEERSNARNSTSDRNQTLNNAVRQVEEMGKELANALKDVSEAESRASVAEARLSDLEKKIRSSDPKVRDMDSGAVVSLSDNEISVGLHTAKDEMEKLRGEVESSKSHMLQYKSIAQVNETALKQMESAHENFRIEAEKTHKSLEEELVSLRERVSELENDCIQKSEQIANAAAGKEDALVSASAEIASLREESLIKSSQIEAVNIQMSTLKNDLEKEHEKWRVAQRNYERQVILQSETIQELTKTSQALASLQEEASELRKLADARGTEISELTSKWSEEKYMLEQQKNLAEKKYHELNEQNKILHSRLEAMHLHSAEKDSRSGKISSESTGSDQLGDSGLQTVVNYLRRTKEIAETEISLMKQEKLRLQSQLESAVKMADSARGSLNAERASTRATLLTEDEIKSLQLQVNEMNLLRESNIQLREENKHNFEECQRLREVSQKARMDFENSENLLKQKQTELDLCMKETERLRKEIDLQKRRVDELRETYKNIDVADYNRLKDEVRQFEEKLKGKDAHIEEIKKLVLEKESKISLLEKDLTNCKNELREREKDLTKCKTEMSEREKRLDAAQQAQVAMQSEIENLKAEISKLKGDSERFRKSFSNIKRKLDKEKDDLNRENQSLSKQLEEAKEAGKRTTADATVEQAVKERDEKEQKIQILDKFHRSLKDDLKKKDDELTKEKTERKSVEKVFGDSLAKIKQEKAKVDEELVKLERYQTALAQLSEELDKLKQADGNLPEGTSAVQALSGSVLNDQAAAYVSAVDYFERMARTIVLNSQDSTKSTGTVTEASPATVEPSATVKASPSKAPVATTQQPTKEKRLVSLKPSAELRRPVRRIKRPQFIKPEEPPQADVEMPEAEGAGDEGKQPSSHVLTESQVATMAPPVQTHVRKRQADSLISEPHQGTQGETSSETAPPASKKPKGSESEPDTTETLSKEPDVDESMDATTGAEDDNEETEAETAEEKTEETTEAQQESEAEEQEKADEPVEENPAETETIPTEEEFKEQTEQENQDLLGDVEFDKEEGELDLDTLDDLEEARDVATTPTQSPSRMETTMEEPETTIEPPLEDVKNDEAAEEVSDKPNDDNNQQVAETDLKPETTIATTVSASTSSTPASASPSETPETEEAKRAASPSRTINIADKAKEKAALRQAGVATLGGTRTPSPGNRAPLSSTLRGRGRIANTRGGRLPTRGGRTPRGGGGGRGPPPSQP |