Rhinopithecus roxellana (golden snub-nosed monkey): 104653570
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Entry
104653570 CDS
T03989
Symbol
CFAP74
Name
(RefSeq) cilia- and flagella-associated protein 74
KO
K25607
cilia- and flagella-associated protein 74
Organism
rro
Rhinopithecus roxellana (golden snub-nosed monkey)
Brite
KEGG Orthology (KO) [BR:
rro00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
rro03037
]
104653570 (CFAP74)
Cilium and associated proteins [BR:
rro03037
]
Motile cilia and associated proteins
Sperm associated proteins
104653570 (CFAP74)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Ig-CFAP74_2
Ig-CFAP74_3rd
Ig-CFAP74_4th
Ig_CFAP74_1st
Ig_CFAP65_4th
HYDIN_VesB_CFA65-like_Ig
ASH
Cep192_D4
Cep192_D3
Motile_Sperm
Cep192_D8
Ig_CFAP65__9th
OCRL-like_ASH
Rho_N
Motif
Other DBs
NCBI-GeneID:
104653570
NCBI-ProteinID:
XP_030768965
LinkDB
All DBs
Position
12:complement(23919748..23985625)
Genome browser
AA seq
1641 aa
AA seq
DB search
MEDDGSLLPEDDGSLLPEDGLLEDERDELEDPEFDIRCLLQEAEDDMDPGHSSSVKELDT
GADKLKKKTAEDRTQAFHLRQNLSALDKMHEEQELFIEKMRGELRTCRQRQDLIGKQQEA
VAAEIATEGEAGNMATVGRLQAVSRRLFVELENERDLQSRTEAVLKESENAMWHIEIQEG
RLEAFRTADREEAEAAGRRLQVRAAQQLCREQEALGKMERNWLLRIRKSLHTQKELGLRH
QKLLEDARKNHKVAVRFLKASLGRIQEQEKKEEMKCQEHMRRRMDAVVALKGSISANRDT
LRKFQAWGHAKAELAEQRVQAEKKVILAQGGDAFRHLVHQRRRQELEAQKRTFEEEQKLR
KQEIVSRILKEEAEEDKRKKRRPPTNATHRPTLRDKTWNYISDFCEKTTAPTNTYTLDYE
AAAGPGPSRLVDVISSELIQGDPGASSEEETLAEPEISGLWNEDYKPYQVPKEDVDRKPV
GGTKMDKDILARTVERLRSRVVHKQVVLGREFQGRPFNSKPELLHFKDFDIGKVYKKKIA
LVNTTYTINYCKLVGVEEHLRDFIHVDFDPPGPLSAGMSCEVLVTFKPMINKDLEGNISF
LAQTGEFSVPLKCSTKKCSLSLDKELIDFGSYVVGETTSRTITLTNTGGLGTSFKFLPAS
EPCETDDSQSILKLSSLLTYEDKSLYDKAATSLSEQQLEGTESSQADMQSRKELEKLDKE
QEEEQPTEPERLTTAIPPSEEQTEITLGEITVGEIGPFSSIKVPVIFTPVVPGNVQARFK
VMFKNPQCPTLHFRVMGVAIDVPVWVPKPSVDLKICMYDRLYQDSVLVHTRSKAALRLKF
EVCKELRAHLELLPETGYIQAQSSYSVQLKFLPRHSLPEDAGRYFDKETRVLEAPMTIWV
ADQNKPVEFTVHAIVTTSDLELSPSEVDFGYCTIYEAVRTEISLHNHSLLPQEFGFVKLP
KFVDVQPNDGFGTILPLETLQFDVIFQPTKAEEHSFKLTCKSEINRCFKLSCRAVGVHPP
LELSHYQIKFAATALYDTSVATVYVINSHLSASSRTHSKPRIGSEDASPVGPMSFEFLLP
PDSPITISPSVGTVWPGKRCLVQVAFRPVLPEKLIRQEALPLLNKEMETKSFRKGTTSQR
KDLHRLSLSVLRMQNRDKLFKVSVPHVLELRKRELKPSSDEYQAARATLVRAFQAKFDTF
VIPCVVASGDIKDRKGSEPPSFSPHNTLYLELWCPTVAPSVVVTSHKGKTIFNFGDVAVG
HRSIKKVSIQNVCPEDLALDFSLLNPNGPFVLLNHSSLLRAGETQVLVLSFSPHESILAQ
ETLDIITKRGTLTLTLVGTGVASMITCSIEGSILNMGYVIAGESVSSGFKLQNSSLLPIT
FSIHLDSLSSARDQDQQQLPQFLSSPSQRTEVVGTQNLHGQSVFSVAPVKGVMDPGKTQD
FTVTFSPDHESLYFSDRLQVVLFEKKISHQILLKGAAREHMMFVEGGDPLDVPVESLTVI
PVFDPKHREASSRPGPPSPEAEELRPILVALDYIQFDTDTPAPPATRELQVGCIRTTQPS
PKKTVEFSLDSVTSLQHKGFSIEPCRGSVERGQTKTISISWVPPADFDPDHPLMVSALLQ
LRGDVKETYKVIFVAQVVTSP
NT seq
4926 nt
NT seq
+upstream
nt +downstream
nt
atggaggacgacggcagcctgctcccggaggacgacggcagcctgctccccgaggacggg
cttttggaagatgaaagagatgaattagaggatccggagtttgacatcagatgtctcctg
caggaagctgaggatgacatggacccaggacacagcagctcagtgaaggaactagatact
ggtgctgataaattgaagaagaaaacagctgaagacagaacgcaggcatttcacctgcga
cagaacctgagcgccctggataagatgcatgaggagcaggagcttttcattgagaagatg
agaggggagctgcgcacctgtcggcagaggcaggacctgatcggcaagcagcaggaggct
gtggcagccgagatcgccacagagggagaggcgggcaacatggccactgtgggccgtctc
caggctgtgtccagacgcctgtttgtggagctggagaatgagagagacctgcagtcgagg
actgaggccgtgctgaaggagagcgagaacgccatgtggcacattgagatccaggagggg
cgactcgaggccttccggacagctgaccgtgaggaggcagaggctgcggggcggcggctc
caggtgcgtgcagcccagcagctctgcagggagcaggaggccctggggaagatggagcgg
aactggctgctgagaatccggaagtccctgcacacccagaaggagctcgggctcaggcac
cagaagctgctggaggatgcccggaagaaccacaaggttgccgtgcggttcctgaaggcc
tccctgggaagaatccaagagcaagagaagaaggaggagatgaagtgccaggagcacatg
aggcgacgcatggatgcggtggtggcgctgaagggcagcatctccgcgaaccgggacaca
ctgcggaagttccaagcatggggccatgccaaggcagagctggcggagcagagggtccag
gctgagaagaaggtgattctggcccagggcggggatgcgttcaggcaccttgtccaccag
cgccggcgccaggagctggaggcccagaagaggacctttgaggaggagcagaagctcaga
aagcaggagatcgtcagtcggattctgaaagaggaggctgaggaggacaaaagaaagaaa
cggcgtcccccgaccaatgccactcaccggccgaccctgagggacaagacctggaactac
atctccgacttttgcgagaagaccacagccccaaccaacacgtacacgctggactacgag
gctgctgcaggccccgggccctctcggttggtggacgtcatctccagtgagcttatccag
ggggaccccggggccagttcagaggaggaaacgttagctgagcccgagatctccgggctt
tggaacgaagactacaagccgtaccaggtgcccaaggaggacgtggaccgaaagcctgtg
ggcgggacgaagatggacaaggacattctggcacgaacagtggagagactgcggagcagg
gtggtccacaagcaggtggtgctggggcgtgagttccaaggtcgccccttcaacagcaaa
ccagagctcctgcacttcaaggactttgatattggcaaagtgtacaagaaaaagatcgcg
ttggtaaacaccacctacacgatcaactactgcaagctggtgggcgtggaggagcacctc
cgggacttcatccatgttgactttgaccccccgggccccctgtcagccgggatgtcctgc
gaagtgcttgtcaccttcaagcccatgataaacaaagatctagaaggaaatatctcattt
ttggctcagacgggcgagttttcagttccattgaaatgttcaactaagaaatgttcgctg
tccctcgacaaggagctcattgacttcggcagctacgtggtgggagagaccacgtctcgg
accatcacactgaccaacactgggggcttgggcacgagtttcaagttcctgccagcttca
gagccctgcgagacagacgactcccagtccatcctgaaattaagcagcctcctgacctac
gaagataaaagcttgtatgacaaagctgccaccagcttatctgagcagcagctagagggc
acggagtcttcccaggcggacatgcagagccggaaggagctggagaagctggacaaggag
caggaggaggagcagcccacagagccggagagattaaccacagcaatacctcccagcgaa
gagcagacggagatcacgctgggggagatcacagtgggggaaattggccccttcagctcc
atcaaggtgcccgtcatcttcaccccggtcgtcccaggaaacgttcaagccaggttcaag
gtcatgtttaagaacccccagtgcccaacgctgcatttcagggtcatgggcgtggccatc
gatgtgccggtctgggtgccaaagcccagcgtggacctgaagatctgtatgtacgaccgg
ctctaccaggactctgtgcttgtgcacacacggtcgaaagctgccctgcgcctgaagttc
gaggtgtgcaaggagctgagggcccacctggagctcctgcctgagacaggctacatccag
gcacagtcatcctactccgtgcagctcaagttcctgccgcgacactccctgccggaggat
gcggggaggtattttgacaaggagacccgagtcctggaggccccgatgaccatatgggtg
gctgaccagaacaagccagtggaattcaccgtgcatgccattgtcaccacctcggacctg
gagctcagtccctcggaggtggattttggctactgcaccatctacgaggccgtcaggaca
gaaatcagcctccacaaccactcgctcctgccccaggagtttgggttcgtcaagcttccc
aagtttgtggacgtgcagcccaacgatgggtttgggacgatcctgcccctggaaacgctg
cagttcgatgtgatcttccagcccaccaaggccgaggaacacagcttcaagctgacctgc
aagtctgagatcaaccggtgctttaagctgtcttgccgggctgtgggcgtccacccaccc
ctggagctgtcccactaccagatcaagtttgcggccacggccctgtatgacacctccgtg
gccacagtgtacgtcatcaactctcacctgagcgcgagctcacggacccactccaagccc
cgcattggctcagaggacgcctctcccgtggggcccatgtccttcgagttcctgctgccc
ccagactcgcctatcaccatctcgccctcggtggggaccgtgtggccaggaaagaggtgc
ctggtccaggtggccttccggcccgtgctgcccgagaagctgatccgccaggaagccctc
ccactcctgaacaaagaaatggagaccaaatccttccgaaagggtacgacctcccaaagg
aaggacctgcacagactgtcactctccgttcttcgaatgcagaaccgcgacaagctattc
aaagtctctgtcccccacgtcctggagctgcggaagcgggagctgaagcccagttccgac
gagtaccaggccgcccgagccaccctggtcagagcgttccaggcgaagtttgacacattt
gtaattccctgtgttgttgccagtggtgacatcaaagacaggaaagggtcagaaccccca
agcttcagcccccacaacaccctctacctggagctgtggtgcccgacggtggcgccgtct
gttgtggtgacgtcccacaaaggcaagaccatctttaacttcggcgacgtcgccgtgggg
caccgcagtatcaagaaggtctccattcagaacgtctgtcccgaggatctggccctggac
ttctccctgctgaaccccaatggccccttcgtcctgctgaaccactccagcctgctgcgc
gcgggtgagacccaggtcctggtgctgtccttctctccccacgagagcatcctggctcaa
gaaacactggacatcattaccaagagaggcacgctcaccctcaccctcgtgggcactggc
gtggcgtccatgatcacgtgctccattgaaggcagcatcctcaacatgggctacgtgatc
gccggagagtctgtgtcctcaggcttcaagctgcagaacagctccctgctccccatcacg
ttctccatacacctggacagtctctccagcgcccgggaccaggaccagcagcagctgccg
cagttcctcagctcgccctcccagaggacggaggtggtcgggacgcagaatctccacggt
cagagtgtgttcagcgtggcccctgtcaagggcgtcatggaccccgggaagacgcaggac
ttcactgtcaccttcagccccgaccacgagagcctctacttctccgaccggctccaggtg
gtgctctttgaaaagaaaatctcccaccagatcctgctgaaaggggccgcccgtgagcac
atgatgttcgtggagggcggggaccccctggacgtgcccgtggagtctctgacggtgatc
cccgtatttgaccccaagcacagagaggccagctcccggccaggccctccctctccagaa
gccgaggagctgaggcccatcctggtggccctggactacatccagtttgacacagacacg
ccagccccacctgccacccgagagctgcaggtgggctgtatccggaccacccaaccatct
ccaaagaagactgttgagttcagcctggacagtgtcacatccctgcagcacaagggtttc
tccattgagccctgccggggctccgtggagcgcggccagacgaagaccatcagtatctcc
tgggtgccgcctgcggactttgatccagaccacccactcatggtgtcggccctgctgcag
ctcaggggggatgtgaaggagacctacaaggtcatctttgtagcccaggtggtgaccagc
ccctaa
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