KEGG   Cucurbita maxima (winter squash): 111468397
Entry
111468397         CDS       T05246                                 
Name
(RefSeq) nuclear-pore anchor isoform X1
  KO
K09291  nucleoprotein TPR
Organism
cmax  Cucurbita maxima (winter squash)
Pathway
cmax03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:cmax00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    111468397
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:cmax03019]
    111468397
Messenger RNA biogenesis [BR:cmax03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     111468397
SSDB
Motif
Pfam: TPR_MLP1_2
Other DBs
NCBI-GeneID: 111468397
NCBI-ProteinID: XP_022969370
UniProt: A0A6J1HZR2
Position
Unknown
AA seq 2074 aa
MAHLFISDEEFSRHSNDAAFIAEKADAFIQGLYSELETVRAQADAASITAEQTCSLLDQK
FLSLSAEFSDLQSQNAQLQTTLELRLSELAEVKSQTHQLNLLSIGKDGEIERLNTELSEL
HKSKRQLMELIEHKDLEIGEKDSTIKSYLDKIVNLSETAAQREARISEIDMELVRSRAEL
AHLSQEKELVERHNAWLNDELTAKVGSIIEMRRLHSDTEAEMSAKLRDVERQLDECSSTL
KWNKDSVKELEMKLTSAQEELCSSRKLAAENEERLCAEISTVNKLVELYKESSEEWSKKA
TELEGVIKALETHLNQVESDYKEKLVKEESERNRLEEVAADLKVKLEKCEAEIELSRKKN
ELTLCPISSFAPDVLINPKESCDVVDDYHKFEPRVPVGVSGTALAASLLRDGWSLAKMYA
KYQETVDALRHEQMGRKEAEAVLQRVLCELEDKAEVILEERAEHEGMIESYSLLNQKLQH
SISEQAILEKSVQELKAVLKRHERDYMLIQRENVDLSRQVTILLKECRDVQLRCGSAGHD
VLENLSTATSFQINVESDADRVISEYLQLTFKDINGLVEQNVQLRSLVRKLSVQLQDTEL
DFKEKLEAELKSKTQEAASRVEAVLQKVEEQGQMIESLHASVAMYKRLYEEEQKRSLPHS
HSAGVALADFCRKELKFVSEDSQEDTKAALDQASKRVRSLEEELEKSRSEINLVRAERNK
FELESGFAKEKLASFMKEFEQQRVEMNGVLARNVEFSQLLVDYQGKLRKVSESLHSADEQ
SRKLSIEVSILKSEKELLSNAEKRAHDEIRNLSERLFRVQASLDTIRSVEEVHEEARVVE
RRKLEEHAKQLEREWAEAKKELQEERDNVRTLTLDREKTLKNAMSHVEDMGKELANALHA
TAAAEARAAVAEAKLFDLEKKISSSANQVIELDDRSGLKSHPSNQVGIDLHRTEAEIKKF
KEEAQACKEHMLQYKSIAQVNEEAVKQMECAHESFKIEAEKMKKSLEVELLQLRERVAEL
ENESILKSQEIASAARLKEEAIASSLADVRNLNEENAAKTSKILEMEIQISYLKEDLERE
QQKWRTAQANYERQVILQSETIQELTKTSQALASLQEEAAELRKLADAYKTENEELKAKW
EGGKVALEDFKNKADKAYNELNEQNKILHAKLEAFHIRLAEKDQKLAGVSSELNTEMVGD
SGMQSVVSYLRRTKEIAEVEISLLKKDKLRLQSQLESALKAVESAQTSLNAERQSSKALL
LTEEEIKSLQLQVREMNLLRESNIQLREENKHNFEECQKLREEFRKAKSETENFESMLKM
RQVEVEACKMEIESQKVEKAHLESRVSELLEKSKNIDYEDYNRVKDDVQRMQMELNEKDA
EIAKIKMLITERQESISQLEQDLSSCRFELKEREKKLNDVQHIEANLRTDMEKQKKFFSQ
FKRKLEIVSKEKDELGKENQALLRQLEDIKQVNVFGKRSTGDSTGEQTIEEKDTKIQILE
KHLERLREELKREKEDSRTEKSRRLKIEKAIKDSYTIVEQEKSKILNDLEKHKGNLKQAS
DELEKLRQSKSNLSEDALPQPLSGIGLDDLASTYVLAAENFEKTVQSVLTDLGAQNATSE
VSLVTDALVQSSTGPDVPLQTPDVAVPVAPVTTNFPVKILEEREKKGQLSKAKVETRKAG
RKLVRPRLGKPGGSLGDIDMSTSELPNSESKRATSGKSETESESTTSAHQLARKRVATAS
ELHEHAVIPGESITEMAAPVMKKAKGSDTLADDVGGPSSTSLESLKTQSPLEEVPDVCEF
PHGSSEDAADVEKEVEIAGEKADRPKELSSDGSISHEEIHTDRMDENLDKQIVAVSDDGL
KDQAEPDNWHLTSEIGSEREEGEVAPEVMELEGANNVESIEIGDDHIEPVATPDASPSRV
DDDAMAVTDMEIGEINSPEIQNEEKNDEGDAAEETSEILDKPTDSNQIDMESDQAVETTS
VATENVSSTPPEINDSKQGSPIVAKRSSPVGSSTSTTINLQERAKERAMLRQAGVVSSLD
RRPVRGLRGRGGRIERGGRGQRSGRGPPGESGRS
NT seq 6225 nt   +upstreamnt  +downstreamnt
atggcccacttattcatctccgacgaggagttctctcggcactccaacgacgctgctttt
attgccgagaaggccgatgccttcatccaaggtctctatagcgagctcgagaccgtcaga
gcccaagctgatgctgcttcaatcactgcggagcagacttgttctcttcttgatcagaag
ttcctctctctttccgctgagttctctgacctccagtctcaaaatgcacaacttcaaacg
accctcgaacttagactctccgagcttgccgaagtcaagtcccaaacgcatcagcttaat
ctactttccattgggaaggatggggagatagagaggttaaatacagagttatctgagttg
cataaatcaaaaaggcagttgatggagcttattgagcacaaggacttggaaattggtgaa
aaagattccactataaagagttatcttgataagattgtcaatttgtctgagacagctgct
caaagagaagctcgtatcagtgagatcgacatggagttggtgcgctcccgggctgaattg
gctcatctttcacaggagaaagaacttgttgagaggcataatgcgtggcttaatgacgag
ttaactgctaaagtaggcagtatcatagaaatgcgtaggcttcattctgatactgaggct
gaaatgtctgccaaacttagagatgttgagagacagttggatgaatgctctagcacctta
aaatggaacaaggatagtgtgaaagaacttgagatgaagctaacatctgcacaggaggaa
ttgtgttcgtcaagaaaacttgctgcagaaaatgaggaacgtctttgtgctgaaatatca
acagtcaataagcttgtcgaactttacaaagaaagttctgaggagtggtctaagaaggca
acagaactcgagggtgtcataaaagccttggagacacacttgaaccaagttgagagtgat
tataaggagaagcttgtaaaggaagaatctgaaagaaatcgtttggaagaggtggctgca
gatttgaaagtgaaactggaaaagtgtgaagcagagattgaacttagtaggaaaaagaac
gaactcactctttgtcccatcagcagctttgctccagatgttttgataaatccgaaggaa
agttgtgatgtggttgatgactatcacaaattcgaacccagggtacctgtaggtgtttct
gggacagctttagcggcttcacttttgcgtgatggttggagtttggccaaaatgtatgcc
aagtaccaagagactgttgatgctttgcggcatgagcagatgggaaggaaagaagctgag
gcagttctgcagagggtgctatgtgaattagaggataaagcagaagtcattttagaggaa
agagcggaacatgagggaatgatcgagtcatattccttgttaaaccaaaaattgcagcat
tctatttctgaacaggcaattttggagaaatctgttcaagaattgaaggctgttttgaag
agacatgaacgtgattacatgttaattcagagagagaacgttgacctttcaagacaggtt
acaattcttctaaaggaatgtcgagacgtacaacttcgctgtggatctgctggacatgat
gttcttgagaatctttcaacagctacatcctttcaaatcaatgtggagtctgatgccgat
agagttatatctgaatatcttcagttaaccttcaaggacataaatggattagttgaacag
aatgtccagctgagaagcctcgtacgtaaactttctgtgcagcttcaagatacagagctt
gatttcaaggagaaactggaggctgaactgaaaagtaaaactcaagaagctgcatctaga
gttgaagcagtgttgcaaaaagttgaagagcagggacagatgattgagtcccttcatgcc
tccgttgccatgtacaaaaggctgtatgaagaggagcagaagcgtagtttgcctcactcc
cactctgctggagttgctctagcagatttttgtaggaaggaactcaagtttgtttctgaa
gattctcaggaagacacaaaggctgctctggaccaggcttctaaacgagtaagatctctc
gaggaagagcttgaaaaatctagaagcgagataaatttagtaagggctgaacgtaacaag
tttgaactcgagtcaggttttgccaaagaaaaactggctagtttcatgaaggaatttgaa
caacagagagtggaaatgaatggtgtgttggctcgcaatgtggagttctcgcaactctta
gtggactaccaaggaaaactgcggaaagtttcagaatccttgcacagtgctgatgaacag
tcccggaaattgagtattgaggtgtccatcttaaagtctgaaaaggagttgttatcaaat
gctgaaaagagagcacatgatgaaatacgaaatttatctgaaagattattccgcgtgcag
gcttctctggataccattcgaagtgttgaagaagttcatgaggaggctagggttgtagaa
aggaggaaactggaggaacatgctaagcaacttgagagggaatgggcagaggcaaagaaa
gagttgcaagaagaaagggacaatgttcgaactctcactcttgatcgtgagaagacttta
aagaatgcgatgagtcatgttgaggacatgggaaaggaactagcaaacgcactacatgcc
actgctgctgctgaggcgagagctgccgtcgctgaggccaaactgttcgatctggagaag
aaaattagttcttcagctaaccaggtcattgagctggatgataggagtggacttaagtct
cacccttcaaatcaggttggcatagatttgcatagaacggaggcagagattaagaaattt
aaagaagaagcacaagcttgtaaagaacatatgctacagtacaagagcattgcacaggta
aatgaagaagctgtgaaacagatggaatgtgctcatgaatctttcaagattgaggctgag
aaaatgaagaaatctttggaagtcgaacttcttcagcttagagagagggttgctgaactt
gaaaatgaatctattttaaaatctcaagaaatagcttctgctgctagattgaaggaagag
gctattgcatcttccctggcagatgttagaaatctgaatgaagaaaatgctgcaaaaacg
tctaagattctggaaatggaaattcagatatcctatttaaaagaagacttggaaagggaa
cagcaaaaatggcgtactgctcaagctaattacgaaagacaggttattctccagtcagag
acgattcaggagctgacaaaaacatcacaagctttggcttctttacaagaggaagcagct
gagcttcgtaaattagctgatgcttacaaaacagaaaatgaagaactgaaggccaagtgg
gaaggtgggaaagtagcacttgaggattttaagaataaagctgacaaggcatacaatgaa
ctcaatgaacagaataaaattctgcatgctaaacttgaggcattccacattcgattggcg
gagaaagatcaaaagttggctggagtttcttccgaacttaatactgagatggttggggat
tctggtatgcagagtgtggttagttacctcagacggacaaaagaaattgctgaagtagag
atctccttgctaaagaaggacaagttgagattgcagtcacaattagaaagtgctcttaaa
gctgtggagagtgcacaaacttcacttaatgctgagcgtcaaagctcaaaagcattattg
ttaaccgaggaggaaattaaatctttgcaacttcaggttagggagatgaacttgcttcgt
gaaagcaatatccaactgcgagaagagaataagcacaattttgaggaatgccagaaacta
cgtgaagaatttagaaaggctaaaagtgaaacagagaactttgagagcatgctgaagatg
agacaagtggaggtggaagcctgcaaaatggagattgaatcgcagaaagtggagaaggct
catcttgaaagcagagtctctgagttgcttgaaaaatctaagaatatagattatgaagat
tataatcgtgtgaaggatgatgttcaaagaatgcagatggagctgaatgagaaagatgca
gaaattgcaaaaatcaaaatgcttatcactgaaagacaggaatcgatatctcaattggag
caagacctttctagttgcagatttgaactgaaggaaagggaaaagaaactgaatgatgtt
caacatattgaggccaatctgaggacagatatggagaaacagaagaaattcttttctcag
tttaagcgaaagcttgaaattgtctcaaaggaaaaggatgaattgggcaaagaaaatcaa
gctcttttgaggcagttggaagacattaaacaagtgaatgttttcgggaaaaggtccact
ggagattcaactggtgagcagaccatagaagaaaaggacactaaaattcagatacttgag
aaacatctggagcggctgagagaagaactaaaaagagagaaggaagatagtcgtacagag
aaaagcagacggttgaaaattgagaaggcaataaaggattcttatactatcgttgagcag
gaaaaatcaaagatcttaaatgatttggagaagcataagggaaacttgaagcaagcttct
gatgaacttgagaagcttagacaatctaaaagcaatctttcggaggatgctttacctcag
ccactttcagggattggcttggacgatcttgcttctacctacgttttagctgctgagaat
tttgagaagactgtgcagtcagttttgactgatcttggagctcagaatgctacttcagag
gtttctttggtcacagatgctttggtacaaagtagtacaggtcctgatgttcctctccaa
acgcctgatgttgcagtgcctgtggctcctgtaacaaccaactttcctgtcaaaatccta
gaagaacgggaaaagaaaggtcaattatccaaggcaaaagtagaaacgcgtaaagcaggg
cgaaagttggttcgacctcgtcttggaaaaccaggagggtctctgggtgatatagacatg
tcaacatcagaattaccaaacagtgaaagcaagcgtgcaacttctggaaaatcagaaact
gaaagtgaatctactacatcagcccatcagctggctcgcaagcgtgtagcgacagcttct
gaattgcatgaacatgcagttatccctggggagagcattactgaaatggcagctcctgtc
atgaagaaggctaaagggtcagataccttggctgatgacgttggtggaccatcttctacc
tctctggaaagtctcaaaactcagtcgcccttggaagaagttcctgatgtttgtgagttt
cctcatggttcaagtgaggatgcagctgatgttgaaaaagaggttgaaattgcaggggag
aaggctgataggccaaaagaactatcatctgatggatctatcagccatgaggagatacac
actgacaggatggatgaaaatctggataagcagattgtagcggtgtcagatgatgggtta
aaagatcaagctgaaccagacaactggcatctaacttcagagattggaagcgagagagag
gaaggtgaggtggcccctgaagttatggaactggagggtgccaataatgttgaaagcatt
gaaataggggacgatcatattgagccagttgcaacgcctgatgcctccccatctagagtt
gatgatgatgcgatggctgtcacagacatggagattggcgagataaactcccctgagatt
caaaatgaagaaaagaatgatgagggtgatgcagctgaggaaacttccgaaattttagat
aagccaactgatagtaaccagattgatatggagagtgatcaggctgttgaaaccacctca
gtagctaccgagaacgtttcgagtacgccgccagaaataaatgattcgaaacaaggtagc
cccattgttgctaaacggtcgtctcctgtcggtagtagcacgtctactacaataaatttg
caagagcgagccaaggaaagagctatgctgagacaggctggagttgtttcttcattggat
agacgccctgtgagaggattgcgtggccggggtggtcggatagagcgaggtggccgtggt
caacgatctggacggggaccacctggggaatcaggtaggagttaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (1)   
   Pfam (1)   
All databases (18)   

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