KEGG   Camponotus floridanus (Florida carpenter ant): 105257555
Entry
105257555         CDS       T03919                                 
Name
(RefSeq) heterogeneous nuclear ribonucleoprotein U isoform X3
  KO
K15047  heterogeneous nuclear ribonucleoprotein U-like protein 1
Organism
cfo  Camponotus floridanus (Florida carpenter ant)
SSDB
Motif
Pfam: AAA_33 SPRY SAP AAA_18 HeH nSTAND3
Other DBs
NCBI-GeneID: 105257555
NCBI-ProteinID: XP_011266557
UniProt: E2AZ22
Position
Unknown
AA seq 1049 aa
MDPSKLKVVELRAALAERGLDTKGNKPVLVERLRKALEEEEEKEETATTTTTTQDYDQER
ALYAENTSEKESQETIAEATRSSQPPRTPSRASRSSSMVTPTKVSTRNASRTATTPNSSK
QSTPSKLQYIEKTCETLPTISESTSEEHVVQHEGISKWSPEKSDEKQEDNASNIIQNKIH
SPLSVKSQEEEAKHVNVLEGNKYEANILQVPVTESSEKASTIECVDQFSIPQEEQEAKQS
SIDEVHQVQQETTSLEEKAEVKEDIDADKVQDIPERDIDNKSSVEKENVCYVDDACNVKN
TVNIPEVEQQHVISDQVDKTNNVELKDEEKIINDNYAVQDETMDVSVNIEDVDEKTDNIP
QNEQITEMSEKEQDDASKMNIEESNQKEYNDRKRKRSPSPAEAQQTSPVSQKGEDEPDFD
ESAMILSWYDSDLNLIINKEGFLSATPMHNGDFCHIWAGARASHGFINGKVYYEAKITSS
VTKDEKYVLRIGWSVPFTSMQLGEERLSYAYTSAGQKGTDKKFTDYGSRFDKDDVVGCYL
DMTPENTVELFYTVNGKDLGSAFSISKEELGDRPLFPHILSKNCTFVCNFGQEQEGWCEQ
IPDYTLVGNVESKDRIAGPRRPDVKAECEVIMMCGLPAAGKTTWARKHATEHPDKLYNIL
ALRNLIEKTGDIALSDQEKTCRREVIIDKCNRALDQLIDVANGRRRNYILDQKSNVYSSV
QRRKIRTFCEYQRKAVVVLPTDEEYNQRLSAHGAIEGNVSESDLKEMKANFTAPLVGEIF
DEVEWIGLNEEEGKKLIEKYNKEGKEAGFSQQPSATKRPRLDKTEVSSREMRDSRNSRDT
RDHRRNNYQDRGRNQPWRGPNMGGWRGERPQRGGYMRHTGGYGPPHTPWRLRGRGGPAMI
RGVDRRVGSVDRRLGNDRNRSVAPRQGGWGSMSGSYQGSQQSSWGQQDNWSSSQTQGNWN
QPSSWGQQQWAGGWKGYGQSSYSQAGYNQQGYGNGNWNNWNQQYYNNQYWGQQQQSGQTT
AAGSQAEITSEMVAPTSASIGAGYSYSQQ
NT seq 3150 nt   +upstreamnt  +downstreamnt
atggatccgtcgaaattgaaagtggtggagctgcgggccgcgctggccgagcgcggtctc
gacaccaagggcaacaagccagtgctcgtcgagcggctacgcaaggcgctggaggaggag
gaggagaaggaggagaccgcgacgacgacgacgacgacgcaggattatgatcaggagaga
gctttgtatgcagagaatacaagtgagaaagagtcacaggagacaattgcggaagccaca
cgatcttcgcaaccaccgaggacgcctagcagagcgtctagaagttcctccatggtgact
cctacaaaagtttctacaagaaacgcatcgaggacagctacaactccaaattcttcaaag
caatctactccgagtaaacttcagtacattgagaaaacgtgtgagacgttgccgacaata
tcagaatctacttctgaggaacatgtagtacaacacgaaggaatatcaaaatggtctcct
gaaaagtctgacgagaaacaagaggacaacgcatcaaatattattcagaataagattcat
tcgccattatctgtaaaatctcaggaagaagaagctaaacatgttaatgttttagaaggt
aataagtacgaagcaaatattctccaagtacctgtgacagaatcgtctgaaaaagctagt
acaattgaatgtgtagatcaattttctatacctcaagaggagcaagaagcaaaacaatct
agtatagatgaagttcaccaagttcagcaagaaacaacaagcctggaggagaaagcagaa
gttaaggaagatattgatgccgataaagtgcaagatattcccgaaagggatatcgacaat
aaaagctcggttgaaaaagagaatgtgtgttatgtagacgatgcatgtaatgttaagaat
actgtaaacattccagaagttgaacaacaacatgtgatatctgatcaggtggacaaaaca
aataatgtcgagttaaaagatgaagaaaagattattaatgacaattatgcagtacaagat
gaaacaatggatgtttcagttaatatagaagacgtagatgagaaaacggataatattcca
caaaatgaacagattacagaaatgtctgaaaaagagcaagacgatgcaagcaagatgaat
atagaagaatcaaaccaaaaagaatacaatgacaggaaaaggaagagatctcctagccca
gcagaagcccagcagacatctcctgtatcacagaaaggagaagatgaaccagattttgat
gaatcagccatgatcttatcttggtatgattccgacttgaatttgatcatcaacaaagaa
ggatttctctccgccacacctatgcataatggtgatttctgccacatatgggctggcgca
agagcatctcacggttttataaatgggaaagtatactatgaagccaagattacatcttcc
gtcacaaaagacgagaagtacgtcctcagaatcggttggtcggttcccttcacgtccatg
caacttggcgaggagagactgagttacgcgtatacaagtgctgggcaaaagggcaccgac
aagaagttcacggattatggctcgcgattcgacaaggacgacgtagtgggatgctacctc
gacatgacgcccgagaacaccgtagaattattttatacagtgaatggcaaagatctcgga
tccgcgtttagcatctctaaagaggagctcggcgacagaccgttgttcccacatattctc
agcaaaaattgtacgttcgtctgcaatttcggacaggaacaggagggatggtgcgaacaa
attccggattacactttagtaggcaatgtagaatcaaaggacagaatcgccggtccgcgt
agaccggacgtaaaagcggaatgcgaggtgatcatgatgtgtggcttgcctgcggcggga
aagaccacctgggcgaggaagcacgcgaccgagcatccagataaattgtataatatctta
gcgcttcgcaacttgatcgagaaaacaggagacattgctttatcagatcaagaaaagact
tgtcggcgagaagttattattgataagtgcaatcgtgcgctcgatcaactgatcgacgtg
gcaaatggcagaagacgtaattatatactagaccagaagagcaacgtgtattcttctgtg
caaaggcgcaaaatacgaacattctgcgagtatcagcggaaagcggtcgttgtcctacca
acggatgaggaatacaatcaacgtttatctgcacatggtgcaattgaaggaaatgtctca
gagtctgatcttaaagagatgaaagcaaatttcactgcacctttggtgggagagattttt
gatgaagtggaatggatcggacttaacgaggaggagggcaagaagctcattgagaaatac
aacaaggagggtaaggaggctggatttagtcagcaaccgtcagcgacaaaacgacctcgt
cttgacaagactgaggtcagtagcagagaaatgcgcgattcacgaaacagtcgagatacg
cgagatcatcgaagaaataattatcaagacagaggtcgcaatcaaccttggcgtggtcct
aatatgggaggttggagaggagagagaccgcaaagaggtggatatatgaggcacactggt
ggctacggaccccctcataccccatggagactacgaggccgaggtggacccgcgatgata
cgaggagtcgatagaagagtcggcagtgttgacaggagattaggaaatgatagaaaccga
tccgtcgcacccaggcaaggaggttggggttctatgagcggaagttatcaaggatcacag
caatccagttggggtcaacaggacaattggtcgagtagtcaaacccagggtaattggaat
caaccaagtagttggggtcagcaacaatgggcaggcggttggaaaggatacggtcaaagt
tcatacagccaagcgggatacaatcaacagggatacggcaatggtaattggaacaactgg
aatcagcagtattacaacaaccagtattggggccagcaacaacagagtggtcaaaccact
gcggctggcagccaagctgagattacaagtgaaatggttgcaccgacttctgccagtata
ggagcaggatatagctattcgcaacaataa

  All links  
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 (6)   
   Pfam (6)   
All databases (20)   

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