KEGG T02286: 100921974

Sarcophilus harrisii (Tasmanian devil): 100921974

Entry

100921974 CDS T02286

Gene name

NUP205

Definition

nucleoporin 205kDa

Orthology

K14310

nuclear pore complex protein Nup205

Organism

shr Sarcophilus harrisii (Tasmanian devil)

Pathway

shr03013

RNA transport

Module

shr_M00427

Nuclear pore complex

Class

Genetic Information Processing; Translation; RNA transport [PATH:shr03013]

SSDB

Motif

Pfam:

DUF3414

Other DBs

NCBI-GI:

395539445

NCBI-GeneID:

100921974

UniProt:

G3WNP3

Position

AA seq 2014 aa
MASLLAVNSAASLWGPYKDIWQTVGNAIWRRQPEAVHLLDLILKKHKPDFISLFKNPAKN
VQQHEKVQKASTEGVAIQGQQGTRLLPEQLIREAFILSDLFDIGELAAVELLLAGEHQQP
HFPGLTRGLVAVLLYWDGKRCIANSLKALIQSRRGKTWTLELSPELVSMTTRFTDELMEQ
GLTHKILTLVSQIDVNNEFEKLQRERGLGSEKHRKEVSDLIKECRQSLAESLFSWTCQSP
LSKDDTLLLIGHLERVTVEASGSLDSVNLALVMALLYCFDISFIEQGAEDREDIIHQLPL
LTERQYISSIHSRLQDSQPWKLPGLQATVRLAWALALRGISQLSDVPALAEFTEADEAMA
ELAIADNIFLFLTESVVGSENFYQEEFYIRRIHNLITDFLALMPMKVKQLRNRADEDARM
IHMSLHMGNDLPISLRRDLEHLMLLIAELYKKNPFNLELALEYWCPSEPLQTSTIMGSYL
GVAHQRPPQRQVVLSKFVRQMGDLLPPTIYIPYLKMLQGLASGPQCAHYCFSLLKVNGSS
HAENIQGAGGSPVSWEHFFHSLMLYHEHLRKDLPSADSVQYRHLPLRGITQKEQDGLIAF
LQLTTTIITWSENARLALCEHPQWTPVVVILGLLQCSIPPILKAELLKTLTAFGKSPEIA
ASLWQSLEYTQILQTVRIPSQRQAIGIEVELNEIESRCEEYPLTRAFCQLISTLVESSFP
SNLGAGLRPPGFDPYLQFLRDSVFLRFRTRAYRRAAEKWEVAEVVLEVFYKLLRDYEPQM
EDFVDQFVELRGEEIIAYKPPGFSLMYHLLNESPMLELSLSLLEEGVKQLDTYAPFPGKK
HLERAVQHCLALLNLTLQKENLFMDLLRESQLALIVTPLEQLLQGINPRTKKADNVVNIA
RYLYHGNSNPELAFESAKILCCISCNSNIQIKLVGDFTHDQSVSQKLMAGFVECLDSEDA
EEFISPEEELEPDKKLARIRHETRIHILNLLITSLERNPPNLALYLLGFELKKPVSTTNL
QDPGVLGCPRTCLHAILNILEKGTEGRTGPMAVKESPQLAELCYQVIYQLCACSDTSGPT
MRYLRTSQDFLFSQLQHLPFSNRECEISMLNQMSWLMKTASIELRVTSLNRQRSHTQRLL
HLLLDDMPVKPYSDGEGGIEDENRSVSGFLHFDTATKVRRKILSILDSIDFSQEIPEPLQ
LDFFDRAQIEQVIANCEHKNLRGQTVCNVKLLHRVLVAEVNALQGMAAIGQRPLLMEEIS
TILQYVVGRNKLLQCLHAKRHALESWRQLVEIILTACPQDLIQAEDRQLIIRDLLQDVHD
KILDDDAAQELMPVVAGAVFTLTAHLSQSVRTEQKQPQPPPLAAAGPGESQFLMLDSSFT
SPPMTECMNVGFASIGDSSLHIILKKLLDFILKTGGGFQRVRTHLYGSLLYYLQMAQRPD
EPDTLEAAKKTMWERLTAPEDAFSKLQRENIAIIESYGAALMEVVCRDACDGHEIGRMLA
LALLDRIVSVDKQQQWLLYLSNSGYLKVLVDSLVEDDLTLQSLLSPQPPLLKALYTYESK
MAFLTRVAKIQQGALELLKSGVIVRLAQCQVYDMRPEIDHQGLFGIREPPVFIPAPVDRY
RQILLPALQLCQVILTSSMAQHLQAAGQVLQFLISHSDTIQAILRCQDVSAGSLQELALL
TGIISKAALPGVLSELDVDVTEGSLMELQGHIGRFQRQCLGLLSRFGGSDRLRQFKFQDG
VDGDRMNKRDEIELAMQQICANVMEYCQSLMLQSSPTFQHAVCLFTPSLSETINREGRQD
TQAPVVPYWRLPGLGIIVYLLKQSANDFFTYYDSHRQNVNKLQNVEQLPPDEIKELCQSV
MPAGVDKISTSQKYILGRRRLVKLINNRAKLLSLCSYIIETCLFIFWRHLEYYLLRCTPT
DSQDSLLASTATFKSRRLQDAFTSETNLDFRSGLTRVSQHDIEQLQIEAINVFGESLQKK
LLDIEGLYSKVRSRYCFIQALVRRIRGLLRLSRA

NT seq 6045 nt +upstreamnt +downstreamnt
atggcttcgttgttggcggtaaattcggctgctagcctctggggtccatacaaagacatc
tggcaaacagtgggaaacgccatttggagaagacaacctgaagctgtccatcttcttgac
ctgattttaaagaaacacaaacctgatttcatctcattattcaagaatccagccaaaaac
gttcagcagcatgagaaggttcagaaggcaagtacagaaggagttgctatccagggtcag
caaggaactcgacttcttcctgagcagctcattagagaagccttcatccttagtgacctc
tttgacattggtgaactagctgctgttgaacttcttttggctggagaacaccagcagcct
cattttcctggtcttacaagaggattagtagcagttcttttatattgggatggaaaacga
tgcattgcaaattctctcaaagccttgatacagtcacggcgaggcaagacatggacacta
gaactaagtcccgagctggtttccatgacaacacgttttacagatgaactaatggaacaa
ggattgactcataaaatcctaactctggtgtctcaaattgatgtgaataatgagtttgag
aagttacagcgggaaagaggcttgggcagtgaaaagcatcgcaaagaggtttcagatctt
atcaaagaatgccgccaatctttggcagaaagcctattttcctggacctgccagtcacct
ttaagcaaagatgatactctgctccttatcggccatctagaaagagtcacagttgaagct
tctggctcattggatagtgtgaacttggctctcgtcatggctctcctttattgctttgat
atcagttttatagaacagggtgcagaggaccgagaagatataattcatcaactaccacta
ttaacagagagacagtatatttcatcaattcactcgcgccttcaagactcacagccttgg
aaactacccggcctacaagccactgttagacttgcttgggcattggcattgcgagggatt
tctcagctctctgatgtgccagctcttgctgaatttacagaagccgatgaagcaatggca
gagcttgcaattgcagataatatcttccttttcttaactgagtctgtagtggggtcagaa
aatttctaccaggaagaattttatatccgcagaattcataatctcatcacagacttcctt
gcacttatgccaatgaaggtgaaacagttaagaaatagagcagatgaagatgctcgaatg
attcacatgagtttgcatatgggtaatgaccttcctatttcacttcggagagatctggaa
catcttatgcttttgattgctgagctgtataaaaaaaacccttttaatttggagcttgct
ttggaatattggtgtccttcagaacctctccagacttccactataatgggatcctattta
ggggtagctcatcagagaccccctcaacgccaggttgttttatcaaagtttgttaggcaa
atgggagacctacttcctcctactatttatattccatatctgaaaatgctccagggattg
gccagtgggccacagtgtgctcattactgtttcagtttgttgaaagtcaatggcagtagt
catgctgaaaacattcaaggagcaggtggcagtcctgtgtcttgggaacatttctttcac
tctttgatgctgtatcatgaacatttaaggaaagatctgccaagtgcagatagtgtccag
taccggcatctccctttacgaggcatcacccagaaagagcaggacggattgattgctttt
ttgcaacttacaactacaatcattacatggagtgagaatgctcgtttggctctctgtgag
catcctcagtggactcctgtggttgtcatcctgggactcctgcagtgtagcatccctcct
attttgaaagctgagctattgaagacacttacagcctttggaaaatctcctgaaattgct
gcttccctctggcagtctttggaatatacacagatactacagactgtaaggattccaagc
cagagacaagcaattggcattgaggttgaactaaatgaaatagaatcaaggtgtgaagaa
tatccactgacaagggccttttgtcagcttattagcacactagtagaaagttcatttcca
tctaacttgggggctggactacgtccacctggctttgacccatacttgcagttcctcagg
gattctgtgtttcttcgatttcgcaccagagcttatcgcagagcagctgaaaagtgggaa
gttgctgaggtggtgcttgaggtgttttataaactgctcagagattatgaaccccagatg
gaagattttgtggaccagtttgtagaattgagaggtgaagaaatcatagcttataaacct
ccaggatttagtttgatgtatcatcttctgaatgagtcaccaatgctggagctctctctt
agtttgttggaagaaggagttaaacagcttgatacctatgcacctttccctggaaagaaa
catttggagagagcagtgcagcactgccttgctcttctcaatttaactctgcagaaggag
aatctcttcatggatcttctaagagaaagtcaactggctctaatagtcactccactggaa
cagctattacaaggcatcaatccccgaacaaagaaggcagacaatgtggttaacattgcc
aggtatctgtatcatggcaatagcaatcctgagttggctttcgaaagtgccaagatcctt
tgctgtatctcttgcaattctaacattcagataaaattagtaggagatttcacacatgat
cagagtgtaagccagaagctgatggctggatttgtggaatgtttggatagtgaagatgca
gaggaattcattagtccagaagaggaattagaacctgataagaaattagcacgaatccgc
catgaaacaagaatccacatcttgaatcttcttatcacttctctggagcgcaatcccccc
aaccttgccttgtatcttctgggctttgaattgaagaaacctgttagtactacgaacctc
caggatccaggagtcttaggttgccctcggacttgtcttcatgccatattaaatatcttg
gagaaaggaacagaagggagaactggcccaatggcagtaaaggaatcacctcaacttgca
gaactgtgctaccaggttatttatcagctgtgtgcatgctcagatacatctggtccaact
atgaggtatttgagaaccagccaagattttttattttctcagttgcagcatttgcctttt
tctaacagagaatgtgaaatatccatgctgaaccaaatgtcatggcttatgaagactgcc
tcaatagagctaagagtaacttctcttaatcgccagcgctctcacacgcaaagacttctg
cacctattgctagatgatatgccagtcaaaccttactcagatggtgaaggaggaatagaa
gatgaaaatagatctgtcagtgggttccttcactttgatactgccacaaaagtacgtcga
aaaatactaagtattttagattcaattgacttcagtcaggagattcctgagcctttgcag
ttggatttctttgatcgtgctcagattgagcaagtcattgccaattgtgaacacaagaat
ttgaggggacaaacagtttgcaatgtcaagcttcttcacagggttcttgtggcagaagta
aatgcgcttcaaggtatggcagctataggtcagagacctttgcttatggaggaaatcagc
actattctacagtatgttgtgggcagaaacaaattgttacagtgccttcatgcaaaacga
catgcgcttgagtcatggaggcagctggtagaaattattctgactgcttgtcctcaggac
ctcatacaggcagaagataggcaactgattattcgtgacctcttacaggatgtacatgat
aagatattggatgatgatgcagcccaagaattaatgccagttgtggcaggggccgtgttt
accttgacagctcatttgagccagtctgtgcggacagagcagaagcagccacagccaccg
cccctcgctgctgctgggcctggggaatcccagtttttgatgcttgatagttctttcacc
tcgccacctatgacagagtgcatgaatgtggggtttgcttctattggagattcctcactt
cacatcatattgaagaaactcttagacttcattttgaaaacaggtggtgggttccagcga
gtgaggacacacttgtatggctctttgctttattatttacagatggcccagagaccagat
gaaccagacactttagaagcagccaagaagactatgtgggaacggctaacggcacctgaa
gatgctttcagtaaattgcagcgagaaaacatagctatcattgagagttatggagcagcc
cttatggaagtagtctgtcgagatgcctgtgatggtcatgaaattggaagaatgttggcc
ctggcgttgcttgatcgaattgtgtctgtagataaacaacagcagtggctcttgtatctc
tctaacagtggttacttgaaggtgcttgtggacagtctggtggaagatgaccttactctt
cagagcttgcttagtccccaacctcctcttttgaaagctctctatacttatgaatccaaa
atggcattcttgacaagagtggccaaaatacaacaaggagcattagagctgctgaagtct
ggtgtgattgtgagactggcacaatgccaagtctatgacatgcgtccagaaatagaccat
cagggactgtttggcataagagaacctcctgtattcattcctgcccctgtggaccgatat
cgccagattcttcttcccgctctccagttgtgccaggtcatcctcacatctagtatggct
cagcatctgcaggcggcaggacaggtgttgcagttcctcatttctcactctgacaccatt
caagcaatattacgttgtcaggatgtcagtgcagggtccctgcaagagctagccctcctc
acaggaatcattagcaaagctgcattacctggagtgctaagtgaactagatgttgatgta
actgaagggtctctgatggagctacagggtcacatagggcgattccagcgccaatgctta
ggactactaagtcgctttggtggttcagacagactacgccaatttaagtttcaagatggt
gtggatggtgatagaatgaacaagagagatgagattgaactggctatgcaacagatttgt
gccaatgtcatggaatattgtcagtcactcatgttacagagttctccaacatttcagcat
gcagtgtgtctcttcacccccagtctttctgaaaccattaacagagagggacgacaagac
actcaagctccagtagttccgtattggcgtctgcctggcttaggcattattgtctacttg
ctgaaacaaagtgctaatgatttcttcacttattatgacagtcatcgacagaatgtcaac
aaactacaaaatgtagaacagcttccccccgatgagataaaagagttgtgccagtcagta
atgccagctggagttgataaaatctccacatcccagaagtacatcttggggagacggcgt
ttggtgaagttgatcaacaatcgagccaaactgctctccctttgttcttatatcatagag
acctgcttatttattttttggcgccacttagaatactatctattacggtgcactcccact
gattcccaagattctctactggcttctacggctacatttaaaagtaggaggttacaagat
gctttcacttcagagacaaatttggatttcagaagtgggttgactcgagtgagccagcat
gatatagagcagcttcagattgaagccatcaatgtctttggtgaatcactgcaaaagaag
cttctggatattgaaggattatactccaaagttcgatcccgctattgtttcatacaagca
cttgtcaggcgcatccgtggtttattaaggctgtcaagagcctga

All links

Pathway (2)   
   KEGG PATHWAY (1)   
   KEGG MODULE (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (11)   

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