Mus caroli (Ryukyu mouse): 110310340
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Entry
110310340 CDS
T05910
Symbol
Cse1l
Name
(RefSeq) exportin-2
KO
K18423
exportin-2 (importin alpha re-exporter)
Organism
mcal
Mus caroli (Ryukyu mouse)
Pathway
mcal03013
Nucleocytoplasmic transport
mcal05132
Salmonella infection
Brite
KEGG Orthology (KO) [BR:
mcal00001
]
09120 Genetic Information Processing
09122 Translation
03013 Nucleocytoplasmic transport
110310340 (Cse1l)
09160 Human Diseases
09171 Infectious disease: bacterial
05132 Salmonella infection
110310340 (Cse1l)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
mcal03036
]
110310340 (Cse1l)
Chromosome and associated proteins [BR:
mcal03036
]
Eukaryotic type
Centrosome formation proteins
Spindle formation proteins
110310340 (Cse1l)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
CAS_CSE1
Cse1
IBN_N
HEAT_IPO9_c
Xpo1
Motif
Other DBs
NCBI-GeneID:
110310340
NCBI-ProteinID:
XP_021038869
Ensembl:
MGP_CAROLIEiJ_G0024698
UniProt:
A0A6P5QWB5
LinkDB
All DBs
Position
2:158836961..158876704
Genome browser
AA seq
971 aa
AA seq
DB search
MELSDANLQTLTEYLKKTLDPDPAIRRPAEKFLESVEGNQNYPLLLLTLLEKSQDNVIKV
CASVTFKNYIKRNWRIVEDEPNKICEADRVAIKANIVHLMLSSPEQIQKQLSDAISIIGR
EDFPQKWPDLLTEMVNRFQSGDFHVINGVLRTAHSLFKRYRHEFKSNELWTEIKLVLDAF
ALPLTNLFKATIELCSTHANDASALRILFSSLILISKLFYSLNFQDLPEFFEDNMETWMN
NFHTLLTLDNKLLQTDDEEEAGLLELLKSQICDNAALYAQKYDEEFQRYLPRFVTAIWNL
LVTTGREVKYDLLVSNAIQFLASVCERPHYKNLFEDQNTLTSICEKVIVPNMEFRAADEE
AFEDNSEEYIRRDLEGSDIDTRRRAACDLVRGLCKFFEGPVTGIFSGYVNSMLQEYAKNP
SVNWKHKDAAIYLVTSLASKAQTQKHGITQANELVNLTEFFVNHILPDLKSNNVNEFPVL
KADGIKYIMIFRNQVPKEHLLVSIPLLISHLEAESVVVHTYAAHALERLFTMRGPNNTTL
FTAAEIAPFVEILLTNLFKALTLPGSSENEYIMKAIMRSFSLLQEAIIPYIPTLITQLTQ
KLLAVSKNPSKPHFNHYMFEAICLSIRITCKANPAAVVNFEEALFLVFTEILQNDVQEFI
PYVFQVMSLLLETHKNDIPSSYMALFPHLLQPVLWERTGNIPALVRLLQAFLERGSSTIA
TAAADKIPGLLGVFQKLIASKANDHQGFYLLNSIIEHMPPESVDQYRKQIFILLFQRLQN
SKTTKFIKSFLVFINLYCIKYGALALQEIFDGIQPKMFGMVLEKIIIPEIQKVSGNVEKK
ICAVGITKLLTECPPMMDTEYTKLWTPLLQSLIGLFELPEDDSIPDEEHFIDIEDTPGYQ
TAFSQLAFAGKKEHDPVGQMVNNPKIHLAQSLHKLSTACPGRVPSMVSTSLNAEALQYLQ
GYLQAASVTLL
NT seq
2916 nt
NT seq
+upstream
nt +downstream
nt
atggagctcagcgatgcgaatttgcagacactaacagagtatttaaagaaaaccctggat
cctgatcctgccattagacggccagctgagaagtttctcgaatccgtagaaggaaatcag
aattacccactgttgcttttaacattattggaaaagtcacaggataatgtcattaaagta
tgtgcttcagtaaccttcaagaactatattaaaaggaattggagaattgttgaagatgaa
ccaaacaaaatttgcgaagctgatcgagtagctattaaagccaacatagtgcatctgatg
ctgagcagtccagagcagattcagaagcagctgagtgatgctattagcattattggcaga
gaagatttccctcagaaatggcctgacttgttgacagaaatggtgaatcgctttcagagt
ggagatttccatgtcattaatggagtccttcgtacggcgcactcactatttaagagatac
cggcatgagttcaagtcaaatgagctgtggactgaaattaaacttgtcttggatgccttt
gctttgcctttgactaatctatttaaggccaccattgaactgtgcagtacccatgcaaat
gatgcctctgccctgaggattcttttttcttccttgattttgatctcaaaattgttctat
agtttaaactttcaggatctccctgagttctttgaagataatatggaaacttggatgaac
aattttcataccctcctgacactggataataagctcttgcagactgatgatgaagaggaa
gcaggcctcctggagcttttaaagtctcagatctgtgataatgccgctctctatgcacag
aagtatgacgaagagtttcagcgctacctccctcgctttgtcacggctatctggaactta
ctcgtcacaacagggcgagaggttaaatatgatttgttggttagcaatgcaattcagttt
ctggcttcagtttgtgaaaggccacattataagaatctgtttgaggaccagaacacgctg
acaagtatctgtgaaaaagttattgtgcctaacatggaatttagagctgccgatgaagag
gcctttgaagataattctgaggagtacatacggagggatttggaaggctctgatattgat
actagacgcagggctgcttgtgatcttgtacgaggattatgcaaattttttgaaggtcct
gtgacaggaatcttctctggttatgttaattccatgctccaggagtatgcaaaaaacccg
tctgtcaactggaaacacaaagatgcagctatttaccttgtcacgtctttggcatcaaaa
gcccagacacagaagcatggaatcacgcaagccaatgaacttgtaaacctaactgaattt
tttgtgaatcacatacttcctgatttaaaatcaaataatgtgaatgagtttcctgtactt
aaagctgatggtatcaaatatattatgatttttaggaatcaagtaccaaaagagcacctc
ctagtctctattcccctcttgatcagtcacctggaggctgagagtgttgtcgtccacact
tatgccgcacatgctctcgaaaggctcttcactatgagagggccaaacaataccactctt
tttacagctgcagaaatcgcaccgtttgttgagattctgctaacaaaccttttcaaagct
ctcacacttcctggctcttcagaaaatgaatatattatgaaagctatcatgagaagtttc
tccctcctgcaagaggccatcatcccctatatccccactctcatcacacagctcacacag
aagctgctggctgttagtaagaatcccagcaaacctcatttcaatcactacatgtttgaa
gcaatatgcttatctataagaataacctgcaaagctaaccctgctgctgttgtgaatttt
gaggaggctctgtttctagtgttcactgagatcttacaaaatgatgtacaagagtttatc
ccatacgtctttcaagtgatgtctttacttctggaaacacataaaaatgatatcccatct
tcttatatggccttgtttccccacctccttcagccagtactgtgggaaagaacaggaaac
atccctgctctagtgaggctgctccaggcattcttagaacgaggctcaagtacaatagca
actgctgcagctgacaaaattcctggattgctcggtgtcttccagaagctgattgcctcc
aaggcaaacgatcaccaaggtttctatcttctcaacagtataatcgaacacatgcctcct
gaatcagttgaccagtataggaagcagatcttcatcctactcttccagagactgcaaaac
tccaagaccaccaagtttatcaagagtttcttagtgtttattaacttatattgcattaag
tatggcgcactagcattacaagaaatatttgatggcatacaaccaaaaatgtttggaatg
gttttggaaaaaatcattattccagagattcaaaaggtatctggaaacgtggagaaaaaa
atctgtgcagttggcataaccaaattactcacagagtgtccaccaatgatggacacggag
tacactaagctgtggactcctttgttacaatccctcattggcctgtttgaattacctgaa
gatgacagcattcctgatgaagagcatttcattgacatagaagatacaccaggataccag
actgccttctcacagctggcatttgctggtaaaaaggaacatgatcctgtaggtcagatg
gtaaacaaccccaaaatccatctggcacagtcacttcacaaactgtctactgcttgtcct
ggaagggttccctcgatggtgagcaccagcctcaatgcagaagccttgcagtatctccaa
ggttacctgcaggcagccagtgtgaccctgttgtga
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