| Entry |
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| Symbol |
SCLT1
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| Name |
(RefSeq) sodium channel and clathrin linker 1 isoform X1
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| KO |
| K25400 | sodium channel and clathrin linker 1 |
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| Organism |
lcat Lemur catta (Ring-tailed lemur)
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| Brite |
KEGG Orthology (KO) [BR:lcat00001]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:lcat03037]
123638575 (SCLT1)
Cilium and associated proteins [BR:lcat03037]
Primary cilia and associated proteins
Other primary cilia associated proteins
123638575 (SCLT1)
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| SSDB |
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| Other DBs |
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| LinkDB |
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| Position |
5:93098588..93232853
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| AA seq |
688 aa
MAREIDVLREQNRKLYEALRWYENENFLKYSVVQKAVFKGDGDDILGNSVAAQSCLAPLI
TEYEKHLEVLNGQLKYYQKQMGEMKLQLENVIKENERLHSELKDVVEKQLEALPLGTEIG
TDIYTEDETVKNLQEQLQLANQEKTRAVELWQIVSQELDSVQKLYQEHMTEAQIRVLESQ
KHKDQLTNYKQLTKQLHISKENTQMANQHILKIITEQSVQIEQLRKQLRQAKLDVRVAAA
KVEELTKAAEDLRGQMQKKEEDMVSAQGREEASDRRLQQLQTSIKQLETRLCVVIQEANQ
LRAEKNNLEKQTRDLQAKCNELENEKYEAIIRARNSMQLLEEANLQKNQALLEEKQKEEH
IKKMKETVSQILQDAAVRTRKEITNTKKQYNIQISRLSEELSALQMECAERQGQIERTIK
EKKAVEEELEKIYREGRENESDYRKLEEMHQRCLVAERSKDDLQLRLKRAENRIKQLEIN
SSEEISRSQEMIQKLQNVLESERKNCGFVSEQRLKLQQENEQLQKDTENLRKIALEAQKT
AKLKISAMEHEFSIKEHGYEVQLREMEDSNRNSTVELRHLLATQQKAANRWKEETKKLTE
SAEIRISNLKSELSRQKLHTQELLSQLEMANEKVVENEKLILEHQEKANRLQRRLSQAEE
RAASASQQLSVITVQRRKAASMMNLESI |
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| NT seq |
2067 nt +upstreamnt +downstreamnt
atggcaagagaaatcgacgtgctgagagagcaaaatcgaaaactatatgaagctctcagg
tggtatgaaaatgaaaattttctcaaatattcagttgtacagaaagctgtcttcaaagga
gatggagatgacatattaggaaactcagtagctgcccaaagctgtttagctcctcttatt
actgagtatgaaaaacatctagaagtgctaaatgggcaactgaaatattatcagaaacag
atgggtgagatgaaactacagcttgaaaatgtcatcaaggaaaatgaaaggttacacagt
gaattaaaagatgttgttgaaaagcaattggaagcccttccccttggcacagagatagga
actgatatatatacagaggatgaaacagtcaagaaccttcaagaacaattgcaactagcc
aatcaagaaaaaactcgggctgtggaactctggcagattgtttctcaggagttggacagc
gtgcagaaactttaccaagaacatatgactgaggcccagattcgtgtattggaaagtcaa
aaacataaggatcagctgaccaattataaacaactgaccaagcaacttcatatcagtaag
gagaacacacaaatggctaaccaacacattctgaaaataataactgaacaaagtgtgcaa
atcgagcaactgcgaaaacaacttaggcaagccaagttagatgtgagagtcgccgcagca
aaagtggaagagttaacaaaagcggcggaagatcttcggggacagatgcaaaagaaggag
gaggatatggtgtctgcccaaggaagagaggaagcatcagataggcgcttacagcagtta
caaactagtataaaacaattagaaacaagattatgtgtggtaatccaggaagccaaccaa
ttaagagcagaaaaaaacaatctggaaaaacagactagagacctacaagcaaagtgcaat
gaattagaaaatgagaaatatgaggctattataagagccagaaatagcatgcaactctta
gaagaagctaaccttcaaaaaaatcaggctctgcttgaggagaagcaaaaagaagaacat
ataaagaagatgaaagaaacagtttctcagattttacaagatgctgccgtaagaaccagg
aaagaaatcacaaacacaaaaaagcaatataatatacagatttctcgattatcagaagaa
ctttcagcccttcaaatggagtgtgccgaaagacaaggccaaatcgaacgaaccattaag
gaaaaaaaagcggtggaagaagaactagaaaagatttaccgtgaaggcagagaaaatgaa
agtgattacagaaaactggaagaaatgcaccaaagatgcctggttgcagagcgttcaaaa
gatgatcttcagctaagacttaagagagcagaaaatagaataaaacaacttgaaattaat
tcttcagaagagatatcacgttcccaagaaatgattcagaaacttcaaaatgtactggag
tctgagagaaagaactgtggatttgtcagtgaacaaaggctaaaacttcagcaagaaaat
gaacagttgcagaaagatactgagaatttaagaaagattgctctggaggctcagaaaaca
gccaaattgaagatcagtgctatggaacatgaattttcaataaaggaacatgggtatgaa
gttcaattgagagagatggaagacagtaatcgaaattccactgttgaactgcggcatctc
ttagcaactcaacagaaggcagccaataggtggaaagaagaaacaaagaaacttactgaa
agcgcagaaattagaatcagtaatctaaagagtgagctgagtcgacagaaacttcatacc
caagagctgctttctcagctggaaatggcaaatgaaaaggtagttgagaatgaaaagtta
attctagagcatcaagaaaaagccaacagacttcaaaggcgtctaagtcaggctgaagag
agagctgcttcagcttcccagcagctcagtgtgattacagtgcagagaagaaaagcagcc
tccatgatgaatctggaaagtatttaa |
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