KEGG   Amborella trichopoda: 18441603
Entry
18441603          CDS       T02990                                 
Name
(RefSeq) nuclear pore complex protein NUP160 isoform X3
Organism
atr  Amborella trichopoda
SSDB
Motif
Pfam: DUF5311 Nup160
Other DBs
NCBI-GeneID: 18441603
NCBI-ProteinID: XP_006851894
UniProt: W1PZ87
Position
Unknown
AA seq 1503 aa
MAAPAVSARPFAGMEVPLLGSDSIQWSQVTVPSSLSPSPQTVAPITENIAGCHVIGDSSR
YIIWRIHKNVPNTIELVELSPNREFPKGGLRLIFKDSLCPFAYICRHEVQNTSGISYVLY
ALTVSGVAYLFKLRSPSTYVSGSIFPEADMIEFDIQRHPLHPEKITAVSATLGLLTIGGQ
DGSVFCCQLGVFDESSPGFLFELREEVGITRLWGHLGRGRRAGPVQSQVVADIYGRNLLF
VLHTDGSLRVWDLIDRVKLLSHNLSLVELEGFTPLRLEVGNVSHDADTMALVVQYGSLSG
PESDKVVIYGFDISFGDKITLSPQSSVQHVYLEGKLVDMKLCHSKLWVLKEYNSMLYSLF
HTDLDRGSACNYCLQEAVVADQLFQSSDCAADDLLCIGYAISSLMKGSVSQFLSSTFVRR
LLLLGVHQHSSLCASLRNHISHLTDSNFQYLTVEGLEKEMYSAIQNEGVAESPLSVMHNW
KTFCSQYFQFWCQESVPYGILVDPLTGGTGLVRRNSISWFRYLEDIESFLFGPFSDAGDF
VNSGLVLLDDDLDSEILCEILRCINSINHQLGKAARAALYESLVNPDLVIFDDVIPRFVK
ILESGYDSFVRTNYASHYEGDTAHAMEHMDHKNQRMFAIDMLLSLQTLCNKAGGWGRILN
VIENYLNYLIWERSEVGQSSDAKSLYNMHSEFLVYATSQVAKVLLEASCDLLLLLNYVVT
IRGQLGLMDEENFKIKVQLIPVVHDIIKQWFVVHMMGTTPSECPVLEDFSSQLSSLHIDN
KNVKRSWDGKFGTLDLTLASILLLEYPITSEERVVLLSGSFPEPNSFRNLVRNFSGWIVL
GKSRDKSLAFYNHAIPLAGVLLQHGQYAAIEKLFITIDKHLLTKKISQSIPSFDDEWSAS
LHLLGFCLLVRAQCGLHGVHKERKVCEAIRCFFRAASGQGVSQALQNIPFQTSLPFPGSA
PEAAWKLHYYEWVMQIFEQYRLSHGACQFALAALEQVDEVVGLEGETHITSPLPESASSI
KGRLWANVFKFTLDLNQFFDAYCAIISNPDEESKYVCLRRFIIVLCEHGATKVLCDGELP
FVGLIEKVEQELVWKAERSDIRVKPNPYKLLYGIQMYQHNWRKASAYMYRYCVRLAKEVT
SMEYSQLSLALQERLHALTAAINALHLVRPAYAWIESLQESYSFPDQQSPSKRLKSLSED
VVNSNDEQAPKQQHHVDIEKLEKEYVLTSAELLLTQANLKLTSRGSFTFLADTVDQLVEA
NLYDTAFTVILKFWKGSDLKRELERAFVVISQKCCLNRFGTSAAGTIGHPNYLLLSSSDD
QRKLPGFSGVKATTIQFKANNQWQTLEHYLEIYKKLHPRLPVTVVETLLYTDPYIELPLW
LVDMFKGGRRAMPWGMTGQESDPACLFRLYVDYGRYTEATNLLLEYIEAFAAMRPVDIVR
RKKMCAVWFPYTSIERLWSQLSEMRSSGLMVDQCDKLQKLLHGTLLNHLKQVKVDSDDAI
SAG
NT seq 4512 nt   +upstreamnt  +downstreamnt
atggcggctccagctgtttccgctcggccatttgctggcatggaggtgcctcttctcgga
agcgattcaattcaatggagtcaagttacagtgccttcttctctctcgccatcacctcaa
actgtggccccgattactgagaatattgcaggctgccatgttattggtgattcctctcgc
tatattatctggcgaattcacaaaaatgttccaaataccattgaattggtggaattatca
cccaacagagaatttccaaagggtggactgcgtctcatattcaaggactcactttgtcca
tttgcctatatatgcagacatgaggtgcaaaatacatcagggatatcctatgtgctttat
gctttgacggtctctggagttgcctatcttttcaaacttcgaagcccttcaacttatgta
tcaggttctatctttcctgaagctgatatgatagaatttgatatacaacgtcatcctttg
caccctgagaaaataactgcagtatctgcgacactgggcctcctaacgattgggggacaa
gatggttcagttttttgttgccaacttggtgtatttgatgagagttccccaggttttttg
tttgagttgcgagaagaggtaggaattactcgtctttgggggcatttgggcaggggcagg
agagctggacctgtccagagtcaagtggttgctgatatatacggtagaaacttattattt
gtactccacacagatgggagtttgcgagtatgggacctgattgatcgtgtaaagctttta
agtcataatttaagcttagtggagttagaaggatttaccccattgcggctagaagttggt
aatgtgagccatgatgcagataccatggctttagttgtgcagtatggaagtttatcggga
ccagaatcagataaagttgtcatttatggctttgatattagttttggggacaagatcact
ctatcaccacagtcttcagtacagcatgtctacttggaggggaagcttgttgatatgaaa
ctatgtcatagcaaactctgggtactgaaagaatacaactcaatgttgtatagtttgttt
catactgatcttgacaggggaagtgcatgcaactattgcttgcaagaagctgttgttgct
gatcaactatttcagagctctgattgtgctgcagatgatcttttatgcattggttatgca
atttcatcgctaatgaagggttctgtttcgcagtttctatcatccacttttgttcgcagg
ctactactactgggtgttcatcagcatagttctttgtgtgcatctcttcggaatcacatc
agtcatcttactgacagcaacttccagtatcttactgttgaaggtttagaaaaggaaatg
tattctgccatccagaatgagggagttgcagaaagtccgttgtcggtgatgcataattgg
aaaactttttgcagtcagtatttccagttttggtgtcaggagagtgtaccatatggtatt
cttgttgatcctttgacaggagggactggattggttaggagaaactcaatttcatggttt
cgttatcttgaagatatcgaatcatttctatttggacccttcagcgatgctggggatttt
gtgaattcgggcttagtactactggatgatgacctcgattctgaaattctttgtgaaata
ttgagatgcattaatagtatcaatcaccaattaggtaaagctgcaagagctgcattatat
gaatcacttgtgaacccagatcttgtaatatttgatgatgttatcccacgctttgtgaag
atactggaatcaggatatgattcatttgtacgtaccaattatgcatctcattatgaaggc
gataccgctcatgccatggaacacatggatcataaaaatcagaggatgtttgctattgac
atgctgctttctctacagacattgtgtaataaagctggtggctggggtagaattttgaat
gtcattgaaaattatctgaactacctcatttgggagagatccgaggttggacaaagttct
gatgcgaaatctttgtataacatgcatagtgaatttttggtgtatgctacttctcaagtt
gcgaaagtactgcttgaagcttcctgtgatctacttctgttactaaattatgtcgtgacc
atcagaggacagcttggtctaatggatgaagaaaatttcaaaataaaagttcagttgatc
cctgtggtccatgatattattaaacagtggtttgttgttcatatgatgggtacaacacca
tctgaatgcccagttctggaggatttcagttcgcaattatcatcattacatattgataac
aaaaatgtgaaaagatcatgggacggaaagtttggtacacttgatcttacattggcttct
atacttttacttgagtatcctataacttcggaagagcgtgtcgtcctcctttcaggctca
tttcctgaaccaaactcctttcgtaatttagtgcggaacttcagtggctggattgtcctt
ggcaagagccgggataagtctctagccttttacaaccatgcaattccgcttgcaggtgtc
ctacttcagcacggccagtatgctgcaattgagaagctgttcataaccattgataagcat
ttgcttactaaaaaaatatcacaaagcattccaagtttcgatgatgaatggtctgcgagc
cttcatcttctgggtttctgcttgcttgtgcgtgcacaatgcggactgcatggggtccac
aaagaaaggaaagtttgcgaagctattcgctgtttctttagggctgcatctggacaagga
gtttctcaagctctgcaaaatataccatttcagacaagcttaccttttcctggttctgcc
ccggaggctgcatggaagcttcattattatgagtgggtgatgcagatctttgagcagtat
cgtctaagccatggtgcttgccaatttgctcttgctgcacttgagcaggttgatgaagtt
gtggggttagaaggcgaaactcatatcacctctcctcttcctgaatctgcaagttcaatt
aaagggcggctatgggctaatgttttcaaattcactttggatctaaatcaattttttgac
gcatattgtgcaatcatatcaaatcctgacgaagagagcaaatatgtctgcttgcggcgt
tttataattgttctatgtgagcacggtgcaactaaggtactttgtgatggtgaacttcca
tttgttggtctaatagaaaaggtcgaacaggaattagtttggaaggctgagcgctcagat
ataagagtcaaaccaaatccatacaagctgctttatggtattcaaatgtatcagcacaac
tggcgaaaagcttctgcttacatgtatagatattgtgtgcgtttggctaaagaagtaaca
tcaatggaatactcacagctttccttagcattacaagagagactccatgcattaactgct
gcaattaacgctctgcatcttgttcgtcctgcttatgcctggattgaatcacttcaggaa
agctactcttttcctgatcaacagtctccttcaaaaaggcttaaatctttaagtgaggac
gttgtgaatagtaacgatgaacaagcaccaaagcagcaacatcatgtagatattgagaag
cttgaaaaggaatatgtactaacttcagcagaacttctacttacacaagcaaacctcaaa
cttacatctcgagggagcttcacctttctagctgatacagtggatcagttagtggaggct
aatttatatgatacggcatttacagttattctcaagttctggaagggctcagacctgaag
agagaactggaaagagcttttgtagttatttcgcagaagtgttgtctgaataggtttgga
acttcagctgcagggactattggacacccaaattaccttctcttgtcatcatcagatgac
cagcgaaagttgccaggtttttctggtgtaaaggctacaacaatccagttcaaggcaaat
aaccagtggcaaactcttgaacattaccttgaaatatacaagaaattgcatccaaggtta
ccagtaacagttgttgaaactcttttgtatactgatccttacattgaactgcctctctgg
cttgtagacatgtttaagggtggaagaagggcaatgccgtggggaatgactggacaagaa
tctgatcctgcatgtctcttccgactatatgttgattatggcagatacacagaagcgact
aatctcttgcttgagtacattgaagctttcgccgcgatgagacctgttgatattgtgagg
cgtaaaaagatgtgtgctgtgtggttcccatacacatcaattgagcgcctttggagccag
ctttcagagatgagaagctcaggcctcatggttgatcagtgcgacaaacttcagaagcta
ctgcatggaactcttctaaaccacttgaaacaggtaaaggtggactctgatgatgcaatt
tcagcaggatag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (35)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (2)   
   Pfam (2)   
All databases (45)   

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