KEGG   Chlorocebus sabaeus (green monkey): 103244116
Entry
103244116         CDS       T04361                                 
Symbol
RTTN
Name
(RefSeq) rotatin
  KO
K16484  rotatin
Organism
csab  Chlorocebus sabaeus (green monkey)
Brite
KEGG Orthology (KO) [BR:csab00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:csab03037]
    103244116 (RTTN)
Cilium and associated proteins [BR:csab03037]
 Primary cilia and associated proteins
  Other primary cilia associated proteins
   103244116 (RTTN)
SSDB
Motif
Pfam: RTTN_N
Other DBs
NCBI-GeneID: 103244116
NCBI-ProteinID: XP_008011997
Ensembl: ENSCSAG00000018219
UniProt: A0A0D9S046
Position
18:9574647..9770940
AA seq 2227 aa
MVLAGLIRKLGHQLAEIRERALKSILCKIEHNLICYADLIQERQLFLHLLEWFNFPSVPV
KEEVLNLLSRLVKYPPAVQHLVDLGAVEFLSKLRSNVEPNLQAEIDGILDGLFILPSEVP
ALSSASYQTNQTELSKNPAILTGYFPQDKSNFQQMEVPPQPVVNQTVKCLKFSTFPWLPL
TTTDRHVLSSNESSLRSSNHTLIWNTCELLKDVIMQDFPAEIFLQRPKIVQSLLSLLKLA
FGGDGKHRLALQSVSCLQQLCVYLRNRLNFHRDPGFFSNKQDTVSQNSSLSYCHEARGPH
HSQNPSPGSSSPRPSVVGRTGQRPRGDGQDWDAVSSSGSSSHAHVNSRISVHSPLDMGHI
DLPELETEDTLELQFQQLSLPQFCVSVLESAVPLLRTGSRQMIIRVLELLAEDMTLIGEA
ISTDIWDDSSLFGIDMKEKLLLVLGALGETMCYHKSSINLEQPEVMLVHHRMAFISISLF
AVRLLQTLLPVEKASEFLPEPMSTALFLLSLDMPVSLEYPNIHEAVVAYLEQLNSENYSI
YKRTAEAVYSIECTCNFLSDIEKEGEKNLLELVELADQALRSFSYHQHFPLIKEIISICS
KIWKSAQASPLLQGESQKVLLHMLSHPLPQVKAETYHCCLEITKECLGVHNVTKSVSSLC
NGIHFLLHPKVLYEISVFGIQDPKSEVNTAAKAILLYLLQGRLMMTALTWNKFIESLCPV
IPILQGYADTEDPLGNCILLLSKASSDTEEILPCTTRLKSMLRLLLVKKPSVRSQALKLL
AFHLTSEEGADTKRPLIDARVLSRVTNLFIVKKPIELKLDDRRELVIKSETVEKVYEIFT
SDDVDLVLRKSAAEQLAVIMQDIKMHAVVKKLCLIDKIIEYLNECVSQDGKVVECLVQPC
LTLLRKVLCGDPVMRVSLSQQPSLLTLLFRVSLIFHEDCTVVTEVGALFCLLLFDEVSRM
DMWSVNPSNKPSLPSVFSLPVSVFRRYHLPVHVIRHHAVSPYSIVLPLSADCLDLKPVSD
MLRIAWNLSWYHGSDNLLKQMNSESKTQGFLDALKLSTEDVFTLKITHMASGLQDCLHSI
VQAATHREVRAAVTRMSFYLLNDRLSLKGGPGPCGVTLKSLAWHTALNRFLQVLPACIED
EKLLIDIIHFLNKLIKEQRKNSSLELLNWILELLLRHNANPLLDLLVLTESQAREETDDI
RTAVRQQLQKELMALFDTLLLNFMEVTDRKCSELLYVFQTQLALKLLQCLKVTDAPHFYG
LPSLERTLRGMANLTAFPGWSSHSPLTEPLDICVKYLSGLLEVITSFYVERGGNAMSFMG
KGVTKSTILCLLHLSHEMMAQAGSSEWMSLWFLPLGSHSEEHIPTQQGLAWLIPLWVDRD
PEVRFTSLGLGSALTTRETGCVALANSCQNISGGLWGTVVNILLDQSECSMVRREAAFIL
QNLLVIPMPTEIIKDYTWQGPCVHDEDSGLSLIGKPALQALLYHCHFYEHLNQMVKHCYL
GRCMFDLNFSAFDRNLEGNDLNGLDDSFKFWRAPSRICQDRDPSSLSTSETTVAPSLEST
EFQPLVQSTTLVPEASHDQFVAQGHQESTSPRPPHDSSLSAPLPKLCVFVTPSLLSAMCS
LLDNLLTIAPRDTAKAFRQAHLIELLCSIADAALIQTCVQELRALLPSSPPAEHTQAQVS
FLLEYLSSLSRLLQSCLLVEPDLVIQDELMKPLITNIIGILTICTKDVLDKELISAFYHT
WTHLFNLLATLLRKAGAVTLPSITVALARHWTAVIDMFCKCAGLSATCPALYTASLQFLS
ILLTEEAKGHLQAKRKTNLCHCPTMASLLDETQENQKSLEQLSDVILQCYEGKSSKDILK
RVAANALMSLLAISRRAQKHALKANLIDNCMEQMKHINAQLNLDSLRPGKAALKKKEDGV
IKELSIAMQLLRNCLYQNEECKEAALEAHLVPVLHSLWPWILMDDSLMQISLQLLCVYTA
NFPNGCSSLCWSSCGQHPVQATHRGALSNSLMLCVLKLASQMPLENTTVQQMVFMLLSNL
ALSHDCKGVIQKSNFLQNFLSLALPKGGNKHLSNLTILWLKLLLNISFGEDGQQMILRLD
GCLDLLTEMSKYKHKSSPLLPLLIFHNICFSPANKPKILANEKVITMLAACLESENQNAQ
RIGAAALWALIYNYQKAKTALKSPSVKRRVDEAYSLAKKTFPNSEANPLNAYYLKCLENL
VQLLNSS
NT seq 6684 nt   +upstreamnt  +downstreamnt
atggtcctggcggggctcatcaggaaactcggtcatcagctggccgagatcagggagcgg
gctctcaagagtattctctgcaagattgagcacaacttaatctgctacgctgatctcatt
caggagaggcaactttttcttcatttgctggaatggttcaatttcccgtccgttccagtg
aaggaagaggttctgaacctgttaagcagattggttaagtatcctccagcagtccaacat
ttggttgaccttggtgcagtagagttcttatctaagcttcggtcgaatgtggagccgaat
ctgcaggctgaaattgatggcattctggatggactttttattcttccttcggaagttcct
gcactgtcttctgcctcataccaaaccaatcaaactgaattgtcaaaaaaccctgcaatc
ttaacaggatattttccccaagacaaaagtaatttccagcagatggaagtgccgccacaa
ccagtggtaaatcagactgtgaagtgcttgaagttttctacatttccttggctacccctg
accaccacagacagacatgtcctctcctctaatgaaagctctttaagaagtagtaaccac
actttaatctggaacacctgtgaactattgaaggacgttatcatgcaagattttcctgct
gagattttccttcaaaggccaaaaattgttcagagccttttatctctgttgaaactggcc
tttggaggagatggaaagcatcgcctggcattacagtcagtgtcctgcctgcagcagctg
tgcgtgtatttaagaaacagacttaactttcaccgagatccaggttttttctccaataaa
caggatacagtttcccaaaattcttccttatcttattgtcatgaagcaagaggtcctcat
cattcccagaacccttccccaggaagcagcagccctcggccttctgtggttgggcgcaca
ggccagcgacccagaggagatggccaggattgggatgcagtgtcctctagtggaagtagt
agtcatgctcatgtaaactctaggatatccgttcattcacctttggatatgggacacata
gatctgccagagctggaaactgaagacacattggaactacaattccagcagctcagtctt
ccccagttttgtgtctccgttctggaatcggctgttcctctcttaagaacaggtagcaga
caaatgataataagagttctggaattgcttgcagaggatatgacacttattggtgaagca
atttcaacagatatctgggatgacagcagcctttttggtatagatatgaaagagaaacta
ctcctggtattgggagcccttggagaaaccatgtgctaccataaaagtagtatcaatttg
gagcaaccagaagtgatgcttgtgcaccacagaatggcctttatcagcatttccctgttt
gcagttcgactgctacaaacgcttctccctgttgaaaaggcaagcgagtttttaccagag
cctatgtcaacagcattatttctcctttctttggacatgcctgtttctttggaatatcca
aatattcatgaagctgttgtggcctatttggaacagctgaattctgaaaactacagtatt
tataaacgaactgcagaggccgtttattcaattgaatgcacctgtaacttcctgtctgat
attgagaaggagggagagaagaatctcttagaattagtggagctggcagaccaagccttg
cgtagcttttcctatcatcagcatttccccctaataaaggaaatcatcagcatttgttca
aagatctggaaatctgcgcaggccagcccgttactacaaggagaaagtcagaaggtgctt
ctccatatgttgtctcacccgttgccacaagtgaaagccgaaacttaccactgctgtctg
gaaatcaccaaggaatgtttaggtgtccataatgtcactaaatctgtgtcttcactttgc
aatggaattcattttctacttcatccaaaagttctgtatgaaatctctgtatttggcatt
caagaccccaaaagtgaggtgaacactgctgccaaggccattctgttatacctgcttcag
ggacgattgatgatgacagccctgacctggaacaagtttattgagtctctctgtcctgtc
attccaatactacagggctatgctgacacagaagatcctttgggtaactgcattctcctt
ctaagcaaagcaagttctgacacagaagagattcttccgtgtactacccgattaaaatcc
atgctgcgacttttgctagtgaaaaagccatcggtccgctcacaagcgttaaaactttta
gcgttccatcttaccagtgaagaaggggctgacacaaagcgtcctctgatagacgccaga
gttctctccagagttacgaatttattcattgtgaagaaacctatcgaactcaaactggat
gacagaagagagctggttattaagtcggagactgttgaaaaggtgtatgaaatcttcacc
tcagatgatgttgatcttgttttgagaaagtcagctgccgaacagttagctgtgattatg
caagatattaaaatgcatgctgtggtgaaaaagttgtgcttaattgacaaaataattgag
tatttaaatgaatgtgtgagtcaagatggcaaggttgtagaatgtttggtacaaccatgc
ctcacactcttgaggaaggttttatgtggcgatccagtcatgcgtgtttccctctcacaa
cagccttctcttttgaccctgttattcagagtttccttaatatttcatgaagattgtact
gtcgtgactgaagttggagcactattttgtcttctattatttgatgaagtatcaagaatg
gatatgtggtctgttaatccttccaataaaccttctttgccgtcagtcttcagtttgcct
gtttcagtttttagaaggtatcatctacctgttcatgtaatcagacaccatgctgtgagt
ccttactccatagttttgcccttgtctgctgattgtttggacttgaagccggtgtcagat
atgctgagaatagcttggaacctgtcatggtatcatgggagtgataatctgttgaagcaa
atgaactctgaaagtaaaacgcaaggatttttagatgcattgaagttatccacagaggac
gtcttcactctgaagataacacacatggctagtgggctgcaggactgcctccattccatt
gttcaggctgcaacccacagggaagttagggctgctgtcactaggatgagtttttatctt
ctgaatgacagattgtctttaaagggtggccctggtccatgtggggttaccttgaagtcc
ttggcttggcacacagcactgaacaggtttttacaagtgcttcctgcttgcattgaagat
gagaaactgctaatagatatcatacattttttaaataaattaataaaagaacaaagaaaa
aattcttcactagaacttctaaactggattctcgaattacttcttagacataatgcaaac
ccactgttagacctcttggttctgacagagtcacaggcacgagaagaaacagatgatatc
cggactgctgtcaggcaacaacttcagaaagaactgatggctctttttgataccttgctg
ctcaatttcatggaagttactgacaggaaatgctcggaacttctttacgtttttcaaaca
cagctggctctgaaactgctccagtgtctgaaagtgacggatgcgcctcatttctatggc
ctgccgtcccttgagcggaccctacgagggatggctaacctcactgcgtttccggggtgg
agctcacactcccctctcacagagcctctcgatatctgtgtgaagtacttgtcaggtctc
cttgaggtcattacttctttttatgtggaacgtggaggaaatgctatgtcgttcatggga
aaaggtgttacaaagagcacaattctttgcttgcttcacttatcccatgagatgatggcc
caggctgggagctcggagtggatgtcactttggttcttgcctttgggtagtcatagtgaa
gaacacattcctactcaacaaggattggcttggttgattccattatgggttgatcgggac
ccagaggtgagattcacttcgctggggttaggatcagcactgaccacccgtgaaactggc
tgtgtggccttagcaaacagttgtcagaatatttctggtgggctctggggaactgtggtg
aatattcttctggaccagtcagaatgtagtatggtgcgccgggaggctgcatttattctt
cagaatctccttgtaattccaatgcctacagaaattataaaggattatacttggcagggg
ccctgtgtccatgatgaggactctggcctatcgctcattggaaaacctgcccttcaggct
cttttatatcattgccatttttatgaacatttgaatcagatggtaaaacattgttaccta
ggacggtgtatgtttgatttgaatttttctgcttttgatagaaatttagaaggcaatgat
ttaaatggtttagatgactcattcaagttttggagggccccatctaggatatgtcaggat
cgagatccaagttctctctccacctcagaaacaacggtggcaccttcattggagagtact
gaatttcagccacttgtgcagtcaacaacacttgtacctgaagcttcccatgaccagttt
gtggctcaaggtcaccaggaaagtacatcaccacggccacctcatgattcatctctttct
gcccccctgcccaaactgtgtgtttttgttactccatctcttctttcagcaatgtgcagc
ctcttggacaacctcttgacgattgctcccagagacaccgcaaaggcttttcgacaagct
catctcatagaacttctctgtagcattgcagatgctgccctcatacagacatgtgtccag
gaactcagagccctgctgccttcgtcacctccagctgaacacactcaggctcaggtttcc
tttctcctggaatacctatcctctttgtccaggcttttgcagtcatgtttattggtggaa
cctgaccttgtgattcaggatgagcttatgaaacctcttatcaccaatatcattggaatt
ctcaccatatgtaccaaagatgtattagataaagagttaatatcagctttttatcacaca
tggacacatttatttaatcttctggccacgctcctgaggaaagctggtgctgtcacactc
ccatctattaccgtggccctggccaggcactggacagcagtaattgatatgttctgcaaa
tgtgcaggcttgtctgccacgtgtcctgccctgtatactgccagcctgcaattcctttct
attctcttgactgaagaagcaaaagggcatctccaggctaagcgcaaaacaaatttatgc
cattgtccaacaatggcttcacttcttgatgagactcaggaaaatcagaaatctctagaa
caacttagtgatgtaattcttcagtgctatgaagggaaatcctccaaagatatcctgaaa
agagtagctgcaaatgcgttgatgtcacttctggctatcagtagaagagcacagaaacat
gctttgaaagccaatcttatagacaattgcatggagcagatgaaacacataaatgcacaa
ctgaacctagattctctgaggcctgggaaagcagcattgaaaaaaaaggaggatggtgtt
attaaagagttaagcattgccatgcagctcctaagaaactgtctttatcaaaatgaagaa
tgtaaagaagcagctcttgaagctcaccttgtgcctgtcttgcactctctctggccttgg
attttgatggatgattcattgatgcaaatttctctgcagctcctttgtgtctatactgca
aattttccaaatggttgcagttctctttgttggtcaagttgtggacaacaccctgttcaa
gctacacatagaggagccctgagcaactctctgatgctgtgtgtcctcaagctggcttcc
cagatgccgctggagaacaccacggttcagcagatggtttttatgcttctttcaaacctg
gccttgtcgcatgactgtaaaggagtaattcagaagagtaacttcttacagaacttcctc
tctctagcattgccaaaaggaggaaataaacatctcagtaatctgactattctttggttg
aagttactcctgaatatatcgtttggagaagatgggcaacaaatgattctgaggcttgat
ggctgtctagacttactaacagagatgagcaaatataagcacaagagcagccctttattg
cctcttcttatctttcataatatttgcttcagtcctgctaataaacccaagatcctggct
aatgaaaaagtcattactatgcttgctgcctgtctggaaagtgagaatcaaaatgctcag
aggattggagcagctgcgctttgggctctgatttacaattatcagaaggcaaaaacagct
ttgaaaagtccatcagtaaaaagaagagtggatgaagcatactccttagcaaagaaaact
tttccaaactcagaagcaaaccctctgaatgcctattatttgaaatgtcttgaaaacctt
gtgcagctccttaactcttcctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (7)   
   UniProt (1)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (1)   
   Pfam (1)   
All databases (22)   

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