KEGG   Nicotiana attenuata (coyote tobacco): 109213559
Entry
109213559         CDS       T05870                                 
Name
(RefSeq) uncharacterized protein LOC109213559
Organism
nau  Nicotiana attenuata (coyote tobacco)
SSDB
Motif
Pfam: C3H7_N ZC3H3_M zf-CCCH_12 zf-CCCH Adeno_shaft zf-CCCH_2 zf-CCCH_RBM22 zf-CCCH_3
Other DBs
NCBI-GeneID: 109213559
NCBI-ProteinID: XP_019232918
UniProt: A0A1J6KCF0
Position
Unknown
AA seq 2114 aa
MDLPPYHHHHQHRYVERPPNVSHNPNFFRHLPPPPPQRRPPPPPHITNLPHHHHHIPPPS
PPFHRQSQFSFPPHSPPQENPKFFDCRSPPKVSSNLILDQSPYHPTHPQHPNFPYNDRYH
KPHPPNSPRFIVDDFMRVNRPRAVELDYDDDERYRLERRRMEEHIDVREFRSIAENYELH
HDDRYEGERWEYGHNVDDETLVGSSRRVSLDNSGYDYGGGDVRFSNRLRVDKEEIYRSPP
QKKSALLRIQYGKANNNRSSRNQDNDSSSVGGCGVRGKQKDVFERLERRGEGRDGREGSS
MELDVSFKSNALVAKAIMAPVSSPTNDSDRSETPRYKKIRKVNLSDSPMKKVGYDLGKSD
GSAIDSGRCSSSNKESKCLADKVTVSAGWTSNSTLDSNMETKDLADKIKDSTGGRASDGT
LNSNKESICLPDKVKAPVVRSALLSSNGTNDLIVTQESKGSPEIMILDQGGNHVGKGGTP
QRKIRKKKKVTKKKVTAPKIVGVNPCNATDSLNKASFVRQQLKSVVELVERTRSDDMITL
EDVNMKKVKKKKVMTPKKVGVDLGNATDSPNKASFVRQQLKSVVELVEKTRSDDMTTLED
VNMNKATKKNVTAPKKVGVDPDNATDLLNKACSVRQPLKSVVELVERTRSDDMTTLEDVS
MKLPVNEVVSKLGKPSKLAAVSEDESVEHSNSGGKKAGPAKVLVSSSNVGSEINDFADCT
SRSVLSGPSMLNSETCMIEVQNKPTSFIVDNADNVGGNSQDERRVSEDGLIKEPSAAMVC
VERNGDVVLSSLDGSTIHKDEVSSSTKDTYISSVSDLGFSDGKENAVAVIGLLEAGSVEP
SSEPKNVPLLTNIERGLKESFLDENDSSFNSSEAGRVVVVSDLLSAECSSNSDPTAGSFV
CSMKKSCVDGVTLSPEMSHIKGSVNAVVSAGDDIMIIADDDCLPNVTRKRKITEDESVLP
TTKAIETEENAVSSLLGQGKSFSCLRGDHASKEEEVTVPGNGSDSLKGDPSHEGPSEVEL
SLQDCFKDGSSSCSIKSPKKTEVSSPRLVKSASCVTTHEGASSIPITVPLIDDVSATELE
SRNTLSDLDDGPPSCPSVILLESSTAEEDVSQAEPFEDGLMDHFSDVDQVIAHNSQPGAA
GQETTTSVISVGPLRMACGISEDKGSSLGIDQKLAPEDCESHNYVLDKACLPLLANNHSL
FSDSNCVSTIKVSAKGMESVPDMSALVSFPEDLPNNSFLEETNAKSSMSNEIVIEKAQNV
DENSITADDHVSSLVKTSSDTSELGNTSSDTSRFGRSSDHKVGGVPLVNLNTVPLSSQNT
VKSTQNVTSPSWKPNFRANQQSPAGPRVLSLRPSNFLTSRNVPTSKKPLTWHRTGNSSFS
VVGRGSQMNSLPPQSHLPKDIGKAGSYIRKGNSLVRKPPPVGSLSQGFHAPSSSVYRLNS
SAVNDLKRKPENKTLITDSPSCKGTPEVNAPSERTKTPPQSEPFNCITLKSASFPVVDHP
GTGSIATSNPLAVTDNMLALKPSEHPSTSSALPECQIGLGDNSKSQNILDEGSSGKEIVY
VKQRSNQLVAASDKTQSSSDGYYKRRKNQLIRASSSNHMKQRVTAAKNVVPTRKGLAKTS
KWSKSSLVWKLGDTQSSRKCGNAVEYEKLWPYLFPWKRASYRRSFQNSSPSDISISIIRR
KMLLSRKRETIYTRSIHGLSLRRSKVLSVSGSSLKWSKSMEQRSRKAAEEAALAVAAVDK
RKRGQDDSNAGSMNGNNVSRERIFRIGCERYKMDPSGKTLQRISDEEPSVSVGPEAKKSY
IPKRLLIGNDEYVRVGNGNKLVRNPKTRVRILASEKVRWSLHTARIRLARKKQYCQFFTR
FGKCNKDSGKCPYIHDPSKIAVCTKFLNGSCSDTNCKLTHEVLPERMQDCSYFLQGICSN
ENCPYRHVNVNSNASICEGFLRGYCADGNECRKKHTYVCPVFEATGNCPQGSKCKLHHPK
NKRKGVKRKASSEMKNGRGRYFGSPHIDSSERITAGSEKASVRGNNDIFFKKGKFVDFIS
LDGSDEEELTIDQRSEEPPLCESGSAEMQLDDHDELIKPMKLINRNRSVDSSPFIDSPSD
MAASYVSEESQCCK
NT seq 6345 nt   +upstreamnt  +downstreamnt
atggatcttcctccctaccaccaccaccatcaacacaggtacgtcgaacgccctccaaac
gtttcacataaccctaatttcttccgccacctccctcctccgccgccacaacgacgaccg
ccaccaccaccacatatcactaatctccctcatcaccaccaccacatccctcccccctcc
cctcccttccaccgccaatcccaattctcgttccctcctcatagccccccacaagaaaat
cctaaattcttcgattgccgctctccccctaaggtttcctctaatctaatactagatcaa
tccccctaccatcctactcatccgcaacacccaaattttccttataacgaccgttatcat
aaaccccatcctcctaattctcctaggtttattgtcgatgattttatgagagtgaatcgt
ccgagagccgtggaattggattatgatgatgacgaaagataccgtcttgagaggcgtaga
atggaagagcatattgatgttagggaatttagatcgattgccgagaattatgagttgcat
catgatgataggtatgaaggtgagagatgggaatatggtcataatgttgatgatgagact
ttggttggttcttcaaggcgagtgtcattagataatagtggttatgattatggtggtggt
gatgttaggtttagcaataggttaagagtggacaaggaggaaatttataggtctcctcca
cagaagaagagtgcattgctcaggattcaatatgggaaagctaataacaacaggagtagt
agaaatcaggacaatgactcgagtagtgttggtggatgtggggtaaggggaaagcagaaa
gatgtgtttgagaggttggagagaaggggtgagggaagagatggaagagaaggaagttcg
atggagcttgatgtttcatttaaatctaatgcacttgtggcgaaggctattatggccccg
gtgtcaagcccaaccaatgactcagacagaagcgaaacacctagatataagaagattaga
aaagtgaatctctctgattctccaatgaagaaagtcgggtatgatttgggtaaaagtgat
ggttcagcaattgattctggtcgttgttcgagttctaataaggagtctaaatgtttggca
gataaagttacggtttctgcgggttggacatctaatagcactttggattctaacatggag
acgaaggatttggcagataaaattaaagattctactggtggacgtgcatctgatggtact
ttgaattccaacaaggaatctatatgtttgccggataaagttaaagctcctgtcgtgaga
agtgcattgctgagttccaatgggacaaatgatttaattgtaactcaagaaagcaaggga
tctccagagatcatgattttggatcagggtggtaatcatgttggaaagggtggaacacct
caacgcaagattagaaagaagaagaaagtcacgaaaaagaaagtcacggcccctaaaata
gttggtgttaatccctgtaatgccactgattcactgaacaaagcatcttttgtccgtcag
cagcttaaaagtgtcgtagaattggtagagagaactagatctgatgatatgattacgctc
gaggatgtcaatatgaagaaggtcaagaagaagaaagtcatgacccctaaaaaagttggt
gttgaccttggtaatgccactgattcaccgaacaaagcatcttttgtccgtcagcagctt
aaaagtgttgtagaattggtagagaaaactagatccgatgatatgactacactcgaggat
gtcaatatgaataaagccacgaagaagaatgtcacagcccctaaaaaagttggtgttgac
cctgataatgccactgatttactgaacaaagcatgttctgtccgtcagccgcttaaaagt
gttgtagaattggtagagagaactagatctgatgatatgactacactcgaggatgtcagt
atgaagctgcctgtgaatgaagtagttagcaaattaggaaaaccttcaaaactggctgct
gtcagtgaagatgagtctgtcgagcactctaattctggtgggaagaaagctggtccagct
aaagtcttggtttcttcgagcaacgtgggctctgaaatcaatgactttgctgattgtacc
agtagatcagttctgagtggcccttccatgttgaattctgagacatgtatgattgaagta
caaaacaaacctactagtttcattgtggataacgctgataatgttggagggaattctcag
gatgagcgccgagtgtcggaagatggtcttattaaagaaccttctgcggccatggtttgt
gtagaaagaaatggtgatgttgtcttgtcaagcctagacgggagcacaattcataaggat
gaagtatcttcgtcaactaaagatacatacatctcttctgtttctgacttggggttttct
gatgggaaggaaaatgcagttgctgttataggattgttagaagcaggttccgtggagcca
tctagtgaacccaagaatgtacctttgctgactaatattgagagaggacttaaagagagt
ttcttggatgaaaatgacagtagttttaattcttctgaggctgggagagttgtggttgtc
agtgacttgctaagtgcagagtgctctagtaatagtgatccaacggccggtagttttgta
tgtagtatgaaaaaatcatgtgttgatggagttacattgtcacctgagatgagccatatt
aagggatctgttaatgctgtggtttctgctggagatgatattatgattattgcggatgat
gactgtttacctaatgtcacaaggaagagaaagattacggaagacgagtctgttttgccc
actacgaaggcgattgagacagaggaaaacgcagttagttctttgctaggccaaggtaaa
agtttcagttgtttgagaggagatcatgcctctaaagaagaggaagttacagttcctggt
aatgggagtgactcattaaagggagacccttcacatgaggggccttcagaagtggagctt
tcacttcaggattgttttaaagatggttccagttcatgttctatcaagagtcccaagaaa
acggaggtttcttcgccgagactggttaaatctgcttcgtgtgtcaccacccatgaggga
gcttctagcataccaattacagtgcctttgattgatgatgtttctgcaacggaattagaa
tctcgaaatacattgtctgatttagatgatggtccaccatcttgtccttcagtcatattg
cttgagagcagtactgctgaggaggatgtaagtcaggctgagccatttgaagatggcttg
atggatcacttttcggatgttgatcaggtcattgctcacaattctcagccgggagctgct
ggacaagaaactacaacttcagttatatctgttgggccgctaagaatggcttgtggaata
agtgaggacaaaggttcctcccttggaatagatcaaaagttggccccagaagattgcgaa
agccataattatgtgcttgacaaggcatgtctgcctttgttggcaaataatcactcttta
ttttctgattcaaattgtgtgtccacaattaaagtaagtgccaaaggtatggagtctgtg
cctgatatgtcggcgctcgtgtcatttcctgaagacttacctaacaactcattcttggag
gaaactaatgctaagtcatcaatgtccaatgaaattgttattgaaaaagcccaaaatgtt
gatgaaaattccattactgctgatgaccatgtttcttctttggtgaagacatcttcagat
acttctgagcttggtaatacatcatcagatacttctaggtttggtagaagttcagatcat
aaagttggtggcgttcctttggttaatctaaatactgtgccattatcatcacagaatact
gtaaagtccacccagaatgtgacttcaccgagttggaaaccaaattttcgtgcaaaccag
caaagtcctgctggtcctagggttctctctcttcgcccatcgaattttctcacttcaagg
aatgtgcccacttcaaagaagccactgacatggcatagaactggtaatagctctttctca
gttgttggacgaggttcccaaatgaactctctacctccacaaagccatttacctaaggac
attgggaaagccggctcttacattcgcaagggtaacagtcttgttagaaagcctcctcct
gttggttccctttcccaaggattccatgctccaagttcttccgtttaccggttgaactct
tctgctgtgaatgacctgaagagaaaacctgagaataagacattgataactgattcaccc
agctgcaagggaactccagaagtaaatgctccttcagagaggacgaaaaccccgccacaa
agtgaaccatttaattgcattacattgaagtctgcctcttttccagtggtagatcatcct
ggaaccggtagtattgctacctcaaatcctttggcagtcacagacaatatgttggcgctg
aagccttctgagcatccttcaacatcttctgcactacctgaatgtcaaattggtttggga
gacaattccaaaagccagaatatattagatgaaggcagttctggaaaggagatagtttat
gtgaagcaaagatcgaatcagttagttgcagcttctgataagacccagtcatcatccgat
ggttactataagaggagaaagaatcaactgattcgtgcatctagcagtaatcatatgaag
cagagagttactgcggcaaagaatgtagttccgacccgaaaaggtttagccaagacctct
aaatggtcaaagtcctcattggtctggaaattaggtgatactcagtcatcaaggaaatgt
ggcaatgctgtagaatatgagaagctttggccttacttgtttccgtggaaaagagctagc
tataggaggagtttccagaattcctctccaagtgatatttccatatctattatcagacgg
aagatgctgctctcaagaaagcgggagacaatctacacaaggtcaattcatggactatct
ttacgaagatctaaggtgttaagtgtctctggctctagtctcaagtggtcaaaatctatg
gagcaaaggtcaaggaaggctgctgaggaagctgcgctagctgttgctgctgttgacaaa
aggaaaaggggacaggatgattctaatgctggctcaatgaatggaaataatgtctctcga
gaaaggatattccgtattggttgcgagcggtataagatggacccttctgggaagacacta
cagagaatttcagatgaggaaccgtcggtgtcagttggtcctgaggcgaagaaatcttac
atccccaaaagattattaattgggaatgatgagtatgtgcgggttggcaatggtaataag
ctggttagaaacccaaagacgcgagtacgcatcttagcgagtgagaaagtacgctggagt
ttgcacactgctagaattcggttggcaagaaaaaaacagtattgccagttttttacaagg
tttggcaagtgtaacaaggatagtggaaaatgtccttacattcatgatccatctaaaatc
gctgtctgcactaaatttctgaatggttcttgctctgacactaattgtaaattgactcat
gaggttcttcctgaaagaatgcaagactgctcctattttctgcaaggaatatgctcaaat
gagaattgtccatatagacacgtaaatgtgaattcaaatgcctctatttgtgaaggtttt
ctcagaggctattgtgctgatggcaatgagtgtcggaagaaacacacctatgtctgccct
gtttttgaagcaactggcaactgtccccaaggttcgaaatgcaagcttcaccatccgaaa
aacaaaaggaagggtgtgaagaggaaagcttccagcgagatgaagaatggtcgaggtcgt
tattttggctctccgcacatagacagtagtgagcgtataacagctggatcagagaaagct
tctgttagggggaacaacgacatattctttaagaaggggaagtttgttgattttattagc
ctagatggcagtgatgaagaggaactgactattgaccagagaagtgaggaaccgccactt
tgtgaaagtggttctgcagagatgcaactagatgatcacgatgagcttattaaacccatg
aagctgataaataggaatagatctgtagattcatctcccttcatagatagccctagtgat
atggctgcaagctatgtatcggaggagtctcagtgttgtaaatga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (8)   
   Pfam (8)   
All databases (15)   

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