Salmo salar (Atlantic salmon): 106590255
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Entry
106590255 CDS
T04363
Symbol
ipo4
Name
(RefSeq) importin 4
KO
K20221
importin-4
Organism
sasa
Salmo salar (Atlantic salmon)
Pathway
sasa03013
Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:
sasa00001
]
09120 Genetic Information Processing
09122 Translation
03013 Nucleocytoplasmic transport
106590255 (ipo4)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03009 Ribosome biogenesis [BR:
sasa03009
]
106590255 (ipo4)
Ribosome biogenesis [BR:
sasa03009
]
Eukaryotic type
Pre-40S particles
Export and cytoplasmic maturation factors
106590255 (ipo4)
Pre-60S particles
106590255 (ipo4)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TPR_IPO5
HEAT_EZ
HEAT_GCN1
TOR1L1_N
HEAT
TPR_IMB1
HEAT_EF3_N
HEAT_MROH2B_C
HEAT_2
IBN_N
Cnd1
Vac14_Fab1_bd
RIX1
Adaptin_N
UME
HEAT_GCN1_C
Ltn1_1st
IFRD
MMS19_N
HEAT_ECM29
HEAT_IPO9_c
MMS19_C
Xpo1
ARM_ECM29
mTOR_dom
HEAT_MROH2B_1st
UTP20_N
Motif
Other DBs
NCBI-GeneID:
106590255
NCBI-ProteinID:
XP_014036539
UniProt:
A0A1S3QAV1
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All DBs
Position
ssa29:20190292..20202355
Genome browser
AA seq
1086 aa
AA seq
DB search
MSGELEQILLQLTQPDNAIIQQATAQLKLAFKDPAIIPALCAVMTGSQNPQIRQSAAVML
RMRVKKHWKKISLDHRESLKAVVLQAFQQETEHTVRHSLSQLSAVMVKHETPDRWPALFT
LLNQSTKSNNPTDRQVGLLLLSKVVESNPEPFKPHYRQLLQLFGTVLQDLDNPTAMYYCI
LTLTAMTAYTGTEEMNLMRSLIPRLIIALKHLIKADQGQASDAMEVFDELMESEVSIIVP
HIAEIVHFCLEVSADTTLTDSLRVKALSCIAFLIRLKSKTVLKQKLLNPILQTVFPVLSA
APPPGEEDPEDEENGDEGDTDNESPKHFAAQVIDTMALHMPPEKLFQQLMPLTQVCLASE
NPYERKAGLMCMAVLAEGCADHIRTKLLSSMLQTVCQSLSDNNQVVRSAGLFALGQFSEH
LQPEVSKYCAELMPLLLGYMSALNQAKIGHITKAFYALENFMENLGSEIEPYLPTLMETM
LSALSNAENLKLKELAVSAIGAIANAAKEKLVPYFPPVIESLKGFLTDTRDEMRALQTQA
LDTLSVLARTIGKDVFSPLAAECVQLGLNLTNAIDDPDLRRCTYSLFSAVSTVSPDCLSP
HLTAITTIMLLSLKSTEGVTAHLEEDKTFVLLDDDDDDDDTEGDAILDDEGADTADPDTA
GFSVENAYIDEKEDACDALGEIAFNTGAAFQPFLESSFQQVYELRDFPHEDVRRAAFGAM
GQFCRAQHKVWQENPTEANHQAMQKLLGVVLPSFLEAVRGERERQVVMGVLEAMNAVLKA
CQGEALQSPGRLQEISQAIRDVLKKRTVCQDGGGDEADDDEQQAEYDAMLQEFAGEGIPL
LASAVPADTFQPHLNELLPLIMNKAKSSCTVADRSFSVGTLGEILQSLVSVSGGRACAGK
LSNRLLPVLVAGVRDSDNEVRNNSVFGLGALAQAAGPLVAQDYPMMLSLFSNLLSKEQDR
RVIDNLCAALCRMIMSHMEGVPLEQVFPALLACLPLKEDLEENKTVYSCLAMLYSQNPAM
VVSQIKPIVSASSHVLGTKDLDPETQNTLVMLLRDVAQRHSQKFEGAVRSLPAEQKMKLT
AAVSQS
NT seq
3261 nt
NT seq
+upstream
nt +downstream
nt
atgtctggggaactagaacagattctcttacaactcacgcagcctgacaatgcgattatt
cagcaggccaccgcccagttgaagctggcttttaaagacccagccataatcccagcgttg
tgtgctgtcatgactgggtcccagaacccacagatccgccagtcagctgcagtgatgttg
cggatgagagtaaagaagcattggaagaagattagccttgatcacagagagagtctgaaa
gcagtggtactacaagcttttcagcaggagacggaacacacagtgcgccactccctctca
cagctcagtgcagtgatggtcaaacacgagacgccagaccgctggcctgctctattcaca
ctcctcaaccagtccaccaagagcaacaacccaacggacagacaggtgggtctactcttg
ctcagcaaagtggtggagtccaacccagagcccttcaagccccattaccgccaactgctg
cagctgtttggcaccgtgctgcaagacctggacaaccccacagctatgtactactgcatc
ctcaccctcactgctatgactgcctacactggcacagaggagatgaacctcatgcgctcc
ctcatcccaagactgatcattgcgctcaaacacctaatcaaggcagaccagggtcaggcc
agtgatgccatggaggtgtttgatgagcttatggagagtgaggtgtcaatcattgtgcca
cacattgctgaaattgtccatttctgcttggaggtcagtgcagacaccaccctgactgac
tccctgcgtgtaaaggctctgtcctgcatcgcttttctcatccgactcaagagcaagacg
gtgctaaagcagaagctgctgaatcccatcctgcagacagtgttccctgtgctgagtgca
gcgcccccacctggggaggaggacccagaggatgaggagaatggcgacgagggcgacacc
gacaacgaaagtcctaaacactttgctgctcaggttattgacaccatggctcttcacatg
ccccctgagaaactattccagcagctgatgccactgacccaggtgtgcctggccagtgag
aacccctatgagaggaaggcaggcttgatgtgtatggcagtgctggctgagggctgtgcc
gaccacatacggactaagttgctgtcctccatgctgcagacggtgtgccagagtctgtca
gacaataaccaggtagtccgcagcgccggcctctttgccctgggacagttctcagagcac
ctgcagcccgaggtcagtaagtactgtgccgagctgatgccacttttgctgggctacatg
tcggctctgaaccaggccaagatcggacacatcaccaaggccttctacgccctggagaac
ttcatggaaaacctgggttcggagattgagccctacctgcccaccctgatggagaccatg
ttgtctgccctcagcaacgcagagaacctgaagctcaaagagctggctgtcagtgccata
ggagctatagccaatgcagccaaagagaagctagttccttacttcccacctgtcattgag
agtctgaagggcttcctcactgacacaagggatgagatgagggctctgcaaacacaggct
ctggatactctgtcagtgctggcccgcaccataggcaaggatgtgttcagccccctggct
gcagagtgtgttcagctgggactcaacctcaccaatgccatcgacgaccccgacctgcgg
cgctgcacgtacagcctgttctcggccgtgtccacagtgagtccagactgtctgagtccc
cacctcacagctatcaccaccatcatgctgttgtccctcaagtccacagagggagtcacg
gctcaccttgaggaggacaagacttttgtcctgctggacgacgacgatgatgatgacgac
accgagggagatgccattttggatgacgagggggccgacaccgcggacccagacacagcc
gggttcagtgtggaaaacgcctacattgacgagaaggaggacgcctgtgatgctctggga
gagattgccttcaacactggtgctgccttccagcccttcctggagtccagctttcagcag
gtctatgagctgcgtgatttcccccacgaggacgtacgcagggctgccttcggggccatg
ggccagttctgccgagctcaacacaaagtgtggcaggagaatcccactgaggccaaccac
caggccatgcagaagctgctgggggtggtgcttcccagcttcttggaggcggtgcgcggt
gagcgtgagcgccaggtggtgatgggtgtgctggaggccatgaacgccgtgctgaaggcc
tgccagggggaagcgctgcagagccccgggcgcctgcaggagatcagtcaggccatccga
gatgtgctcaagaagaggactgtctgtcaggacggaggaggagatgaggcagatgatgac
gagcagcaggcggagtatgatgccatgctccaggagtttgcaggtgaggggatccctctg
ctggcctcagccgtaccagcggacaccttccagccccatctcaacgagctgctgcccctc
atcatgaacaaggctaaatcgtcgtgcacggtggctgaccgttccttctccgtgggcacg
ctcggagagatcctgcaatccctggtcagtgtgtccgggggaagggcctgtgctggtaaa
ctgtccaatcggctgctgcctgtgctggtggccggggtgagagacagtgacaacgaggtt
cgcaacaacagcgtgtttggactgggagctctggcccaggctgctggaccacttgtcgct
caagactaccccatgatgctgtccctcttctccaacctgctgtccaaagaacaggacagg
agggtgattgacaatctgtgtgctgccctctgcaggatgatcatgagccacatggagggt
gtccctctggaacaggtgttcccggccctcctggcctgcctccctctgaaggaggacctg
gaggagaacaagactgtgtacagctgcttggccatgctctactcacagaaccctgcaatg
gtggtgagtcaaattaagccaatagtatctgcttcgagccacgtcctgggaacgaaggac
cttgatccagaaacccagaacaccctggtcatgctgctccgagacgtcgctcagcgccac
tcccagaaatttgagggtgccgtgaggtcacttcctgccgagcagaagatgaagctgact
gcagccgtcagccaatcgtaa
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