| Entry |
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| Name |
(RefSeq) nexilin isoform X1
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| KO |
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| Organism |
mthb Macaca thibetana thibetana (Pere David's macaque)
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| Brite |
KEGG Orthology (KO) [BR:mthb00001]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:mthb04812]
126963277
Cytoskeleton proteins [BR:mthb04812]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Others
126963277
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| SSDB |
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| Motif |
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| Other DBs |
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| LinkDB |
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| Position |
1:77214362..77272943
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| AA seq |
676 aa
MNDISQKAEILLSSSKPVPKTYVPKLGKGDVKDKFEAMQRAREERNQRRSRDEKQRRKEQ
YIREREWNRRKQEIKEMLASDDEEDVSSKVEKAYVPKLTGTVKGRFAEMEKQRQEEQRKR
TEEERKRRIEQDMLEKRKIQRELAKRAEQIEDINNTGTESASEEGDDSLLITVVPVKSYK
TSGKMKKNFEDLEKEREEKERIKYEEDKRVRYDEQRRSLKEAKCLSLVMDDELESEAKKE
SLSPGKLKLTFEELERQRQENRKKQAEEEARKRLEEEKRAFEEARRQMVNEEEENQDTAK
IFKGYRPGKLKLSFEEIERQRREDEKRKAEEEARRRIEEEKKAFAEARRNMVVDDDSPEM
YKTVSQESLTPGKLEINFEELLKQKMEEEKRRTEEERKHKLEMEKQEFEQLRQEMGEEEE
ENETFGLSREYEELIKLKRSGSIQAKNLKSKFEKIGQLSEKEIQKKIEEERARRRAIDLE
IKEREAENFHEEDDVDVRPARKSEAPFTHKVNMKARFEQMAKAREEEEQRRIEEQKLLRM
QFEQREIDAALQKKSEEEEEEEGSIMNGSTTEDEEQTRSGAPWFKKPLKNTSVVDSEPVR
FTVKVTGEPKPEITWWFEGEILQDGEDYQYIERGETYCLYLPETFPEDGGEYMCKAVNNK
GSAASTCILTIETDDY |
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| NT seq |
2031 nt +upstreamnt +downstreamnt
atgaatgatatttcccaaaaggctgagattctgctttcttcatctaaacctgtcccaaaa
acctatgtaccaaaacttggcaagggtgatgtaaaggataagtttgaagccatgcagaga
gccagggaagaaagaaatcaaaggagatctagagacgaaaagcaaagaagaaaagaacaa
tatattagagagagagaatggaacaggagaaagcaggagattaaagaaatgcttgcttct
gatgatgaggaagacgtatcttctaaagtagaaaaggcttatgttccaaaattaacagga
actgttaagggtagatttgctgaaatggagaaacaaagacaagaggaacaaaggaagaga
acggaggaggaacgaaaacgcagaattgagcaggatatgttagaaaagaggaaaatacag
cgtgaattagcaaaaagggctgagcagattgaggacataaacaatacgggaactgaatca
gcatcagaggaaggagatgattcactacttataactgtggtacctgttaaatcatataaa
acatctggaaaaatgaaaaagaattttgaggatctagaaaaagaacgtgaagagaaagaa
aggatcaagtatgaggaagataaaagagtaagatatgatgaacaacgacgatctctcaag
gaagcaaagtgtctttcattagttatggatgatgaactagaaagtgaagcaaaaaaagaa
tcactttctcctggaaaattgaaactaacttttgaagaactggagcgacaaagacaagaa
aaccgaaagaagcaagctgaagaggaagcaaggaaacgtttagaagaagagaagcgtgct
tttgaagaagcaaggcggcaaatggtaaatgaagaagaggaaaaccaagacacagcaaaa
atttttaaagggtaccgccctggtaaactcaaactcagttttgaagaaatagaaaggcaa
agaagagaagatgaaaaaaggaaagcagaagaagaagccagaaggagaatagaggaagaa
aagaaggcatttgctgaagcaaggagaaacatggtagtagatgatgactccccagagatg
tataagacagtctctcaagaatctcttacaccgggaaaactggaaattaattttgaagaa
ttattaaaacaaaaaatggaagaagaaaaacgacgaacagaggaagaacggaagcataag
ttagaaatggagaaacaagaatttgaacaactgagacaggaaatgggagaggaagaggaa
gaaaatgaaacatttggattgagcagagaatatgaagaactgatcaaattaaaaaggagt
ggctctattcaagctaaaaacctaaaaagcaagtttgaaaaaattggacagttgtctgaa
aaagaaatacagaaaaaaatagaagaagagcgagcaagaaggagagcaattgaccttgaa
attaaagagcgagaagcagaaaattttcatgaggaagatgatgttgatgttaggcctgca
agaaaaagcgaggctccatttactcacaaagtgaatatgaaagctagatttgaacaaatg
gctaaggcaagagaagaagaagaacaaagaagaattgaagaacaaaagttactacgcatg
cagtttgaacaaagggaaattgatgcagcactacaaaagaaaagtgaagaggaggaggag
gaagaaggtagcatcatgaatggctccactactgaagacgaagagcaaaccagatcagga
gctccatggttcaagaagcctcttaaaaacacgtcagttgtagacagtgagccagtcaga
tttactgttaaagtaacaggagaacccaaaccagaaattacatggtggtttgaaggagaa
atattgcaggatggagaagactatcaatatattgaaaggggagaaacttactgcctttac
ttaccagaaactttcccagaagatggaggagagtatatgtgtaaagcagtcaacaataaa
ggatctgcagctagtacctgtattcttaccattgaaactgatgactactag |
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