Python bivittatus (Burmese python): 103060323
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Entry
103060323 CDS
T03091
Symbol
XPO5
Name
(RefSeq) exportin-5 isoform X1
KO
K14289
exportin-5
Organism
pbi
Python bivittatus (Burmese python)
Pathway
pbi03013
Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:
pbi00001
]
09120 Genetic Information Processing
09122 Translation
03013 Nucleocytoplasmic transport
103060323 (XPO5)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03016 Transfer RNA biogenesis [BR:
pbi03016
]
103060323 (XPO5)
03036 Chromosome and associated proteins [BR:
pbi03036
]
103060323 (XPO5)
Transfer RNA biogenesis [BR:
pbi03016
]
Eukaryotic type
tRNA transport factors
tRNA export factors
103060323 (XPO5)
Chromosome and associated proteins [BR:
pbi03036
]
Eukaryotic type
Gene silencing
microRNA pathway
Other miRNA pathway proteins
103060323 (XPO5)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Exportin-5
Xpo1
IBN_N
Sigma54_DBD
Motif
Other DBs
NCBI-GeneID:
103060323
NCBI-ProteinID:
XP_007438337
UniProt:
A0A9F2WJR2
LinkDB
All DBs
Position
Unknown
AA seq
1200 aa
AA seq
DB search
MSWDPVNTLCEQLVKAVTAMMDPASTQRYRLEALKFCEEFKEKSPVCVPCGLKLAEKSQT
AIVRHFGLQILEHVVKFRWNTMGRLEKVYLKNNVMALISSGTQNILEEESHIKDVLSRIV
VEMIKREWPQHWPDMLKELDTLSEEGETQTELVMFILLRLAEDVVTFQTLPAQRRRDIQQ
TLSQNMEKIFSFLLNTLQQNVNKYRCAKIDAAQESKAQANCRVGIAALNTLAGYIDWVAM
SHITADNCKLLEMLCLLLNEPELQIGAAECLLIVVSRKGKLEDRKPLMVLFGDVAMHYIL
SAAQTADGEGLVEKQYVFLKRLCQVLCSLGSQLCALVGSDSDVETPVNLGKYLESFLAFT
THPSQFLRSSTQITWGALFRHEVLSRDPLLLAIIPNYLQASMTNLVKLGFPSKTDCPSCE
YSRFDFDSDEDFNCFFNSFRAQQGEVIRMACRLDPHTGFQMAGEWLKYQLSLPLDTGTVN
SKTNEGPCSIFSPSFVHWDAMTFFLESIVSPMFRTLDKEEIPVSHGIELLQLVLGFETKD
PLILSCILSNVSALFPFVTYRPEYLPEVLSKLFASVTFEVIEESKAPRTRAVKNVRRHAC
SSIIKMCRDYPQLVLPNFDMLYNHVKQLLSNELLLTQMEKCALMEALVLISNQFKDYQRQ
KAFLEELMSPVATLWLSDEMKRVLMNPEDFIRYVGADNRIVDPVMEDPCGLNRSRISFCV
YTILGVIKRARWPTSLEEAKAGGFVVGYMPNGNPIYRNPCSVQILKLFDNLLALIRTHNN
LYMPEMVAKLGETFAKALDMLEVEKNAILGLPQPLLELYDSPVYKTVLERMQGFFCTLYD
NCFHILGSAGSSMQQDFYVVEGLAAELLNSAFINLDNIPDYRLRPMLRVFVKPLVLACPP
EHYESLICPILGPLFTYLHMRLSQKWQVINQRSLLCDEDTVDDNPESQEMLEEQLVRLLT
REVMDLIAVCCVSKKGAEQNNTVSADGDDEEMMSTEVTPSSSSELTELGKCLMKQENVCT
ALLITAFTSLSWKDTLSCQRTTTQLCWPLLKQVLTKNLMIPEAVIWFFTSVLKGLQVHGQ
HDGCMAALVHLAFQIYEALRPRYAELKTVMEQVPEIQKDSLEQFDSKLLNLTLQKVADKR
RKDHFKRLIAGCIGKPLGEQFRKEVHIRNLPSLFKKVKAPLDQDVFENNEDEILIALFEP
NT seq
3603 nt
NT seq
+upstream
nt +downstream
nt
atgtcgtgggaccccgtgaacacgctctgtgagcaactggtgaaggcggtcacggcgatg
atggacccggcctccacgcagcgctaccgtctggaggccctcaagttttgtgaagaattt
aaagaaaaaagtccagtgtgtgttccttgtggattgaaattagcagaaaagtcccagact
gctattgtcaggcattttggtcttcagatcttggagcatgtggtgaagtttcgatggaat
actatgggtcgacttgagaaagtctatttgaagaacaatgtcatggcactgatatccagt
ggcacccagaatattttagaagaagaaagtcacattaaggatgttctctctcgcattgtg
gtagagatgattaaacgtgaatggccacaacactggcctgatatgctaaaggagctggat
actctgtccgaagaaggggaaacgcagacagagttagtgatgttcatacttctgcgcctg
gcagaggatgtggttactttccagacattgccagcccaacgacgacgggatatccagcaa
actctttcccaaaatatggagaaaatttttagtttcctgctaaacacactacagcaaaat
gttaataaatacagatgtgcgaaaattgatgcagctcaggaatcaaaagcacaagcaaat
tgtcgagtaggaattgcagcactcaatactctggctggttatattgactgggtggctatg
agccatatcacagcagataactgcaagctactggagatgctctgcttgcttttgaatgag
ccagagcttcaaataggagctgcagaatgcctcttgattgtggtcagcagaaaaggaaaa
ctggaggaccgcaagcccttaatggttttgtttggggatgttgccatgcactatattctc
tctgctgcccagactgcagatggtgaaggtttagtagagaagcagtatgttttcttgaag
agactttgccaagtattatgttccttgggcagccagctatgtgcattagtgggttctgat
tctgatgtggaaacacctgtcaacttgggaaaataccttgagtcatttctagctttcaca
acccatccaagtcagttcttacgttcttctacccagatcacatggggtgctctttttcga
catgaagtcctgtcacgtgatcctctattgttggctattatcccaaattatctgcaggca
tctatgactaatctagtgaagttgggatttccttccaagacagactgtcctagttgtgaa
tattctcgttttgattttgacagtgatgaagatttcaattgcttcttcaattctttccgt
gcacaacaaggagaggtgataaggatggcatgtcggctggaccctcacactggcttccag
atggctggggaatggctgaaataccaattgtcccttccccttgatactggaactgtgaat
tctaaaacaaatgaaggaccctgctccatcttttctccttcctttgtgcattgggatgct
atgacctttttcctagaaagcatcgttagcccgatgttccggaccctggataaggaagag
atcccagtttctcatggcatagaactgttgcagcttgtccttggctttgaaacaaaagat
cccctgattctatcctgcatcctttccaatgtctcagcgctctttccatttgttacatac
agaccagaatacctgccagaagttctttccaagctttttgcctctgtcacctttgaggtt
atagaagaaagtaaggcaccaagaacccgtgcagtaaagaatgtgagaagacatgcttgc
tcctccatcatcaagatgtgtcgagattatcctcaacttgttctgcccaacttcgacatg
ctgtataaccatgtaaagcagctgctgtcgaatgagctactcctgactcagatggagaag
tgtgctctcatggaagccctggtcctaattagcaaccaatttaaggattatcagcggcaa
aaagctttcttggaagagctcatgtctcctgttgctacactttggctgtctgatgagatg
aaaagagttctgatgaatcctgaagattttatccggtatgttggtgctgataataggatt
gtagatcccgtcatggaagatccctgtggtttgaatcgttccaggataagtttttgtgta
tacaccattctgggagttataaaacgagctcgttggcccacttccttggaagaggcaaaa
gctggaggatttgtggtgggatacatgcctaacggcaatccaatctaccgtaacccctgc
tcagtgcagatcctgaaactttttgacaacttgcttgctcttataaggacccacaacaat
ttgtatatgccagagatggtggctaaattgggagaaacctttgcaaaggccttagacatg
ctggaagtagagaagaatgccatcctgggcctcccccagcctttgctggaactttatgac
tctcctgtttacaaaacagtcttggaaaggatgcagggatttttctgtacactgtatgac
aactgtttccacattctgggcagtgctggttcatcaatgcagcaagatttctatgttgtt
gagggtctagcagctgagctactcaactcagccttcatcaatctggacaatatccctgac
tacagactacgccctatgcttcgtgtttttgtgaaacccttggttctcgcgtgcccacct
gaacactacgaatctttgatctgccctatacttggaccactgttcacctacctacatatg
aggctgtctcagaaatggcaggttatcaatcagcggagtttgctttgtgatgaagacaca
gtagatgataatccagaatctcaagagatgttggaggagcagctcgttaggctgctcacc
cgagaagttatggatctaattgctgtttgctgtgtctcaaaaaaaggtgccgagcaaaat
aatacagtttctgcagatggagatgatgaggagatgatgtccacagaggtgactccatca
tccagctctgagctcactgaattgggcaaatgcttaatgaaacaagagaatgtctgtact
gctctgctaattacagccttcacatctctttcctggaaggataccttgtcctgtcaaaga
actaccacacaactctgctggccattgctcaaacaggtgctcacaaagaatttgatgatc
cctgaagcagtgatctggtttttcacaagtgtactgaaaggattacaggttcatgggcaa
catgatggctgtatggcagcacttgtccacttggctttccagatctatgaagctttgcgt
ccacgctatgctgagttgaaaacagtgatggaacaagtcccagaaatccagaaagattcc
ctggagcagtttgattccaaactactgaacctaacgcttcagaaggtggcagacaaacgc
cggaaggaccatttcaaacgcctgattgcaggctgcatagggaagcccctaggagagcaa
tttaggaaagaagtccacatcagaaacctcccatctcttttcaagaaggtaaaagcaccc
ctagaccaagatgtttttgagaacaatgaagatgaaatcctcattgcactcttcgagcca
taa
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