Amphiura filiformis: 140152782
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Entry
140152782 CDS
T10871
Name
(RefSeq) exportin-5-like isoform X1
KO
K14289
exportin-5
Organism
afil Amphiura filiformis
Pathway
afil03013
Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:
afil00001
]
09120 Genetic Information Processing
09122 Translation
03013 Nucleocytoplasmic transport
140152782
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03016 Transfer RNA biogenesis [BR:
afil03016
]
140152782
03036 Chromosome and associated proteins [BR:
afil03036
]
140152782
Transfer RNA biogenesis [BR:
afil03016
]
Eukaryotic type
tRNA transport factors
tRNA export factors
140152782
Chromosome and associated proteins [BR:
afil03036
]
Eukaryotic type
Gene silencing
microRNA pathway
Other miRNA pathway proteins
140152782
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Exportin-5
Xpo1
Vac14_Fab1_bd
IBN_N
NCH4
HEAT_EZ
TOR1L1_N
Motif
Other DBs
NCBI-GeneID:
140152782
NCBI-ProteinID:
XP_072031375
LinkDB
All DBs
Position
5:20471610..20506740
Genome browser
AA seq
1205 aa
AA seq
DB search
MGETAEYVLQLSEAVNAAMDPAVAQQKRMEAYELCEKFKETSPHCVACGVEMSNVKYPPV
IRHFGLQLLEHCARFRWNNMGGQEKVIFKDTIIELLKNGTLSLVEEQAYIKDGLSRIVVE
MIKREWPQQWPTLLAELDQLCQCGELQTELVLFILLRLVEDVVAFQNLPSQRRRDLLQAL
TANMGEIMKFLLQLLQQHTERYKQFLQSSQEQQAALSCRVAQAVLLTLSGYVDWVNCQHV
FAEDLALLKMLYNLLGDSNLKLLAAECLHLIVTRKGKVEDRRPLLVLFSEDAMCTILNAA
RLACSVGVDEENYIFLKKLCQVLTGLGVQLCALYSPDLKDFSRPPNFKSYLEALLSFTQH
PSIHVSNMTMATYLAFLRHEHISEDPVLKEIIPQILKLFTEKLQRVGFPSRDDSPSCEYS
RLDFDSDDEFNYFFSAVHRAQQMDLIRLATQVYTEETFQVACEWFNHVIVTPLQWEQGKD
KCTPYSPSYLQWDALSCFMDSTMWGLFKVENPPPIPVQGIIKLLKEILCLQIEDPCILSF
VLTCVSASHPIIKYAPELLDPMLDKLFSAAVFSLPGQTKKTRTRPVQNLRRHACSALVRM
CKDHPDLMMPAFEKIYAQIRRLSADPDQLTQLERVTLNEALILISNKFKNFVRQSALIGE
ILQPVRELWTADNFKEAISCAESFVGYIGLNHVLLEDNESMGSNRVVLLFCITSITASLK
RAEWPNDPKEAEAGGFISSHLANGNPIYKNPSLPHVLPLLENVLIITRTFNNMWSPEIRN
AIPAENNKVYDMQEVDKNQILGITIASPAPEPFDVQASKSQAEKIQGFLVAIHDNCYHIL
ASCCQSLGHEFYAIPGLAAQLISSVFVNLQYLPEFRLRPIIRVFMKALVHYCPVEHYNSV
LVPILSELCSYMFGRLSSSWETLNKRAETSDLSQEDQETQEILEEQLIRLVTREYLDLLS
AVCKKRYVPSASKDEGAALSAVNVNEAMGDGEVVMAEAGGSKKPEGEELSELGRCILQNE
SLCQSIVVCVYTAMSWMDSATCLKAANLCQPLFNHLYNSSGLSCEAAKVLYTAILRGLEL
HGQHDAIQSALVIKGLHHYEILRPHYQDLAQIMLQIPNCDKKSLDQFDEKFILHVDPNKP
MSEKKRREAYKKLVAGVVGKHIGQEFRREVHIRDLPPIIKLSKPKPSVLDDEPRDTGLAD
LFSTS
NT seq
3618 nt
NT seq
+upstream
nt +downstream
nt
atgggggagacagccgagtatgtactgcaactttctgaagcggtcaacgctgctatggat
ccagcggttgcacaacagaaacggatggaagcctacgagctctgtgagaagttcaaggag
acatcgcctcattgtgttgcctgcggtgtagagatgtccaatgtgaagtatccccctgtt
attcgccactttggcttacagctgctggaacattgtgcaagattcagatggaacaacatg
ggtggacaggagaaggttatttttaaagacacaattattgaattattaaagaacggtacc
cttagtctagtagaggaacaggcttatataaaggatggcttgtcaagaatagtagttgaa
atgatcaaaagggaatggcctcagcagtggcctacattactggctgaactagatcaactg
tgtcagtgtggggaattacaaacagagctagttttgttcatcttactgcggctggtggaa
gatgtagtagcattccaaaatttaccctctcaaagaagaagagatttactacaagcattg
accgccaatatgggagaaatcatgaaatttcttttacagctattacagcagcatacagaa
agatataagcaatttcttcaatccagtcaagagcagcaggctgcattatcttgtcgagta
gcccaggcagtattactaacattgagtggatatgtggactgggttaactgccagcatgtc
tttgcagaggaccttgccttattgaagatgttgtataacttgttaggcgattcaaacctc
aaacttctggctgctgaatgcctacatctcattgtcacaagaaagggcaaggtggaagat
agaagacctctgttggtgttgttcagtgaggatgcaatgtgcactattttaaatgcagca
agactggcttgcagtgtcggagtagatgaagaaaactacatctttcttaagaagttatgt
caagtgctgacaggactgggagtgcagttgtgtgccttatattctccagatttgaaggat
ttttcgcgtccacccaatttcaagtcatacctggaggccttattgtctttcacacagcac
ccaagcatccatgtttccaatatgactatggcaacatatctagcattcctgagacacgaa
catatctcagaggaccctgtgctgaaggaaattataccacagatcttgaagctgttcact
gaaaaactacaaagggttggttttccatcaagggatgattccccaagctgtgaatactca
aggctggattttgatagtgatgatgaattcaactacttcttctctgcagtacaccgtgcc
caacaaatggatctaatccggttggcaactcaggtctatacagaagagacattccaagtg
gcgtgtgagtggtttaatcatgtcatagtcacaccattacaatgggaacaagggaaagat
aagtgtacaccatatagtccatcatatctgcagtgggatgcactatcatgctttatggat
agcaccatgtgggggctgtttaaagttgaaaaccctcccccaataccagtacaaggaatt
attaagctcctgaaagaaatactttgtctacaaatagaggatccatgtattctttccttt
gtattaacgtgtgtgtcagcttcacatccaatcatcaagtatgcccctgaactgcttgac
cctatgctagataagttgttttctgctgctgttttctcactacctggccaaacaaagaag
acgaggacgcgacccgtccaaaatcttagacgtcatgcttgctcggctcttgtcaggatg
tgcaaggaccaccctgatcttatgatgccagcatttgagaagatctatgcccaaataagg
agattatcagcagatccagaccagttaacccagctggaacgagtcacccttaacgaggct
ctgatacttatcagtaacaaattcaaaaactttgtaagacagagcgccctcattggtgag
atcttgcagccagtcagggaactgtggacagcagacaattttaaagaagctatttcatgt
gcagagtcctttgttggctatatagggttaaaccatgttttactggaggacaatgagtcg
atgggttcaaaccgtgttgtactcttattctgtattactagtataacagcttctctcaaa
agagctgaatggcctaatgacccaaaggaagctgaagcaggtgggttcatcagcagccat
cttgcaaatggcaatcctatctacaaaaatcctagccttcctcatgtgttaccccttcta
gaaaatgtactgatcattaccaggacatttaacaacatgtggtcaccagaaattcggaat
gcaatccctgcagagaataacaaagtgtatgatatgcaggaggttgacaagaaccagata
ttaggtataacaatagcttcccctgccccagagccttttgatgtgcaagctagtaaatca
caggcagagaagatacaagggtttcttgttgctatacatgacaactgctaccatatatta
gccagctgctgtcaaagtttaggtcatgagttctatgccatacctggattggcagctcaa
ctcatcagctccgtctttgtcaatcttcagtacttgccagaatttaggttacgacccatc
atccgtgtattcatgaaagctcttgtgcattactgccccgttgagcattacaactcagta
ctagtacccatcctctctgaactatgttcctatatgtttggcagactcagcagcagttgg
gaaactctcaacaagagagcggaaacaagtgatctttctcaagaggaccaagaaacccaa
gagatccttgaagaacagctcattcgtctggtcacccgggaatatctggacttactctct
gctgtctgcaagaaacgatatgtccccagtgcatcaaaagacgagggcgctgcattatca
gcggtcaatgtaaatgaagcgatgggtgatggtgaagtggtcatggcagaggcagggggt
agcaagaaaccagaaggggaggagttgagtgaactaggaagatgcatcttgcaaaatgag
tcattgtgccaaagcattgtagtgtgtgtatatacagccatgtcatggatggattcagct
acgtgtctaaaagcagccaatctttgtcaaccattattcaatcatctatacaattcatca
gggttatcgtgtgaagcagccaaagtcctttacacagcaatactacgaggtctagagtta
catggtcaacacgatgctatccagtctgcattggtcatcaaaggtttacaccactatgaa
attttgagaccgcattatcaagacttggctcaaattatgcttcagatcccaaattgcgac
aagaagtcactagatcaatttgatgagaaattcatactccatgtagatcccaacaaacca
atgtcagagaagaagaggagagaggcttacaagaaacttgtagctggagttgtaggaaaa
cacattgggcaggagttcagacgagaagtacacatcagggacttaccaccgattatcaaa
ctgtcaaagccaaaaccttctgttctcgatgatgaacccagggatacaggccttgctgac
ttgttctcaacttcatga
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