Chelonia mydas (green sea turtle): 102930523
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Entry
102930523 CDS
T02989
Symbol
CFAP74
Name
(RefSeq) cilia- and flagella-associated protein 74 isoform X1
KO
K25607
cilia- and flagella-associated protein 74
Organism
cmy
Chelonia mydas (green sea turtle)
Brite
KEGG Orthology (KO) [BR:
cmy00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
cmy03037
]
102930523 (CFAP74)
Cilium and associated proteins [BR:
cmy03037
]
Motile cilia and associated proteins
Sperm associated proteins
102930523 (CFAP74)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Ig-CFAP74_4th
Ig-CFAP74_3rd
Ig_CFAP74_1st
Ig-CFAP74_2
Ig_CFAP65_4th
HYDIN_VesB_CFA65-like_Ig
Cep192_D4
PapD-like
ASH
DUF1573
Ribosomal_S8
Motif
Other DBs
NCBI-GeneID:
102930523
NCBI-ProteinID:
XP_037737253
LinkDB
All DBs
Position
18:complement(17256073..17362517)
Genome browser
AA seq
1705 aa
AA seq
DB search
MEDTEFFDICEKEQTAATPFLEQEKDDDDSVTDQFWNVANEPKGHKIGEESEEDDKIKSK
DASEGVGEDFDSSGESQECHVNSGNNNNNKTMKYADRVRILNLRRNLNQLDNIAKEKALT
IAKAREELSACQLRIEMLTKERECTETKIEEEKEAGNTAAVFRLQAMHRRLCAELGNEKD
LESKIALMLKENMYEMWQIEIEQGKFGSLREQLEQDEEELERQCKERAEQRIQKEKTVAQ
LAERKQQVGKKKETEAWEAYERRHQKVVDDAHRNHEKAAQFLKKSMSRIHQKEAKEELKT
QEHMEKRMQAVLSLKNNITSNRETLRTLQLRDKAKALEAKKQEMKMRGNILAEGGDVTKE
IFLHKQRVELERHKQEFTEQQKSRKTEIVARILQEEAYVEKQKKHQAWAEALRSQGKLQD
SLRWRIKTWQYIENACEDPAATVLQKSWRTPSTFSLVDNKSSSVVDFSEKALKDTIHEND
DEEASQTLAEPEFTGLWSQECNLYKMPKDETDPKPLGASKMERKIFTENLEKLRSGIIRK
QVVSGREFKGCPFYSKPSLIHFKDFDVGKTYKKKIILINASYSVNFCKLVGVSEHLKDFI
NIHFDPPGQMSAGMSCEVVVTFKPMINEVLEGKVTFLAQNGSFSIPLKCTTKRCVLALDK
ELIDFGTHVVGETISRMIILTNRGALGTRFKLQTSAGDNGTCTTTAKSSLERMVSPALDG
ITSEEKASSSPVESSIYENKEQVSPVHTEEVTLHISLPESQKTESNLGSSHIEQFSQDAL
ITEADLEAENAQSPAEPPPEEELIEITLGKVTEGEIGPFSSIELQIIFTPCVPGDVRAEF
EITFDNPNCKPLHFCVIGVSVDVPVWVPNPNVDLKICMYDRLYQDCIIIRSRAKAALRLK
FEVCKELSNHMELLPKTGYIQAQSSFSVQLKFLPRHSLPEDAGKYFDTETRVLEVPMTIK
IADKTKPVEFIVHAIVTTSDLEISPAEVNFGYCTIYEAVQTTITLTNKSILPQEFGFVGL
PEFVEIQPSDGFGTLLPLERLNLDIIFKANKAKEYSFELTCKSEINRQFKLSCKAVGVHP
PLELSHSLVKFAATALNDVSTATLYVINAHVSLNRFTHAVPRIGKGEIAPVGPTSFEFLV
PEDSPVTIMPSVGTVLPGKKCLIQVYFRPVLSEQLIREEAVQMLCRADAQRMMLKKIRES
EMQKRKDETVAGKKDGKKPSFAAFRQPLRVRNSKYAAASSGFEPPKPEEIKTNSEEYIAA
QYSLIRNFTGKFERYIIPCFVASGDIDEKRGSENLKYSPYNTLYLELHCPAVAPSVVVTS
NNGKNIINFGEVAVGHRIIERVTIQNISQEQLALGFSILNPNGPFLLISPVGTLEPGENQ
FLFISFCPNESKLFFETLDIRSIKATLTLSITGHGVAPSIACSVEGEVLDMGYVIAKEKV
TSTFKIQNTSTLPLRYSIKLESLSQTRDKEQQRLPFFITSPPGRTDFVGTQNYSGLSVFN
IFPVEGGIEPRKSQDFTVTFSPDHESLYYSDCLKVVLFGKEIARVIWLKGAARNHMMFVE
GGDPLDVPVESLAITSPMSEEAAKGELEEPAKPLLLSLEYIQAESSGTPAVRELKIGAIR
TAQFASKKNVEFSLDNLPLLQQKGFTIEPVKGTVDRGQIKCISVSWVPPADFDPDHPLMV
AAVLTLKGDIKESYKVLFTARVVCT
NT seq
5118 nt
NT seq
+upstream
nt +downstream
nt
atggaagatactgagttctttgatatttgtgaaaaggaacagacagctgctacaccattt
ttggaacaagaaaaagatgacgacgacagtgtaacagatcagttctggaatgtggcgaac
gaaccgaaaggacacaagattggagaagagtcagaggaagatgataaaatcaaaagcaag
gatgcttctgaaggagttggagaggactttgattctagcggggaaagccaggagtgccac
gtgaacagtggtaataacaataataataagaccatgaagtatgcagacagagttcggata
ttaaacctgcgcagaaatctcaaccagcttgacaacatagccaaagaaaaggctcttacc
attgcaaaagcaagagaggagctcagtgcctgccagctgcggatcgaaatgctaacaaaa
gaacgagagtgcacagagaccaaaatagaagaagagaaagaggctggaaatactgctgct
gtattccgcctacaggcaatgcacagacgactgtgtgctgaactggggaatgaaaaggac
cttgagtcaaaaattgctttgatgctgaaagaaaatatgtatgagatgtggcagatagaa
attgagcaggggaaatttggaagcctccgggagcaacttgagcaggatgaggaggaacta
gagagacagtgcaaagagcgggcggaacagaggattcagaaagaaaagactgtagcccag
ctggcagaacgaaaacaacaggttggaaaaaaaaaagaaacggaagcctgggaggcgtat
gagagaagacatcaaaaagtagtcgacgatgcacacaggaatcatgagaaagcagctcag
tttctgaaaaaatctatgtcaagaattcatcagaaagaagcaaaggaagaactgaaaact
caggagcatatggaaaaaaggatgcaagctgtgctgtccctgaaaaacaacataacttcc
aatagggaaacccttcgaaccctccagctgagggacaaagcaaaggctcttgaggcaaaa
aagcaagagatgaagatgagagggaatattctggcagaaggaggcgatgtcaccaaggag
atttttctccataaacaacgtgttgagttagaaaggcacaagcaagaatttacagaacag
cagaaatctagaaaaactgagattgtagctcggattttgcaagaggaagcatatgtagag
aagcagaaaaaacatcaagcttgggcagaagcacttaggagtcagggtaaacttcaggat
tccttacggtggagaatcaaaacatggcagtatattgagaatgcctgtgaagatccagct
gcaacagtactgcagaagtcttggcgcactccatcaactttttccttagttgataacaaa
tctagttctgtggtggatttttctgaaaaagcattgaaagatacgatccatgaaaatgat
gatgaagaggcgagtcagactctagctgagccagagtttacaggactttggagtcaagaa
tgtaatttatacaagatgccaaaagatgaaacagatccaaagccactaggtgcaagtaaa
atggaaagaaagattttcactgaaaacttggagaaacttcgaagtggaattattcgcaaa
caagtcgtgtccggtcgtgaatttaaggggtgtcctttttatagcaaaccaagtcttatt
cacttcaaggattttgatgtaggtaaaacctacaaaaagaagataattttgataaatgca
tcctacagtgttaacttctgcaagctggtgggagtcagtgagcatctcaaggatttcatc
aatattcactttgatccacctggccagatgtctgctggaatgtcatgtgaagtggtggtc
acatttaaaccaatgataaatgaagttcttgaaggaaaagtcacatttttggctcagaat
ggttccttttccattccactgaaatgtacaaccaagagatgtgttctggcactagataaa
gagctcattgactttggcactcatgtggtgggggagacaatttcacggatgatcatccta
acaaaccgtggcgctttgggaacgagatttaaacttcagacatcagcgggtgacaatggc
acatgcacaacaacagcgaaatcttcccttgaaagaatggttagtcctgctttagatggc
atcacctctgaagagaaagccagcagcagtcctgtggaatcatctatatatgaaaacaag
gaacaagtttctcctgtccatactgaagaagttaccctacacataagcctgcctgagagc
cagaagactgaaagcaacctgggcagcagccatatagaacaatttagtcaagatgcatta
atcaccgaggcagatctagaggcagaaaatgcacaaagcccagcagaaccgccacctgaa
gaagaactcattgaaattacactgggcaaggttacagaaggtgaaattggacccttcagc
tcaatcgaacttcagattatttttactccctgtgtccctggggatgtacgtgcagagttt
gagattacatttgacaacccaaactgcaaaccactacacttttgtgtcattggagtctct
gttgatgtgcctgtttgggtgcccaatccaaatgtcgatctaaagatctgtatgtacgac
cggctctatcaggactgtatcattattcgaagcagagcaaaagccgctctacgcttgaag
tttgaagtatgcaaagaactgagtaaccacatggagcttcttccgaaaacaggttacatt
caagcccagtcatccttcagtgtgcagctgaagttcctgcccaggcactctctcccagaa
gatgcaggaaaatattttgacacagaaaccagggttctggaagttccaatgacaataaag
attgctgataagactaagccagttgaatttattgtccatgcaattgttactacctctgat
ttggaaatcagcccagctgaagtgaattttggttactgcactatctatgaagctgttcag
acaaccataactctaacaaacaaatccatcctgccacaagagtttggatttgttggactc
cctgagtttgtagaaattcaaccgagtgatggatttggaactctcctccccctggaaaga
ctgaacctggacataatcttcaaagccaacaaggcaaaagaatacagttttgagctgacc
tgcaagtcggagattaatagacaattcaagctgtcatgcaaagcagttggagtccaccca
cctcttgagttgtctcattccttagtcaagtttgcagcaacagctttaaatgatgtatct
acagcaacactgtatgtgataaatgcacacgtgagcctcaaccgctttactcacgctgtc
ccaaggatcggcaaaggggaaattgcccctgttggacccacttcctttgaattccttgtg
ccagaagattctcctgtgacaattatgccttctgttgggacagttttgccagggaagaaa
tgtttgatacaagtgtacttcagaccagtgttgtcagagcagctaatcagagaagaggca
gttcaaatgctgtgcagggcagatgcacaaaggatgatgttgaagaagattcgtgaatcg
gaaatgcaaaagaggaaagacgaaactgtggcaggaaagaaagatggaaagaaaccaagt
tttgccgctttcagacagcctttgagggtcagaaacagtaaatatgcagctgctagcagt
ggctttgagccaccaaaaccagaagaaataaaaaccaactctgaagaatatattgcagct
cagtattccctgattaggaatttcacaggaaaatttgagagatacatcataccttgcttt
gttgcaagtggagatattgatgaaaagagaggatcggaaaatctaaagtacagtccttat
aacaccttgtacctagagttgcactgtcctgctgtagcaccatctgttgtggtcacttca
aataatggaaaaaacatcatcaactttggggaggtcgcagtaggccacagaataatcgaa
cgggttacaatacagaacatctcccaggagcagctagcactaggattctccatcctgaac
cccaatgggcccttcctattgatcagtccagttggcactcttgagccaggggaaaaccag
tttctcttcatttctttttgtccaaatgagagtaaattgttctttgaaactctggatatc
cggagcataaaagccaccctgaccctcagtattactggccatggggtggctccatcaatt
gcttgttctgtggaaggagaagtgctcgatatgggatatgtcatagcaaaagagaaggtc
acttccacattcaagatacagaacacttctactctgcccctgagatactccatcaaacta
gagtcactctcacaaacaagggacaaagagcagcagagacttcccttcttcatcacgtct
cccccaggacggacagattttgttggtacacagaactacagtgggttaagtgtgttcaac
atatttccagtagagggcggaattgagcctaggaagagtcaggatttcactgttaccttc
agtccagaccatgaaagtttgtattattctgactgtctcaaggttgtgctctttggcaag
gaaatagctcgtgtgatctggctgaagggtgctgcaagaaaccatatgatgtttgtggaa
ggaggggatcccttggatgtgcccgtggagtctttggctataacatcacccatgtctgaa
gaagcagcaaaaggagagctggaagaaccagcaaagcccctcctcctgagcctggagtac
atccaggcagagagctctgggactccggcagtgagggagctgaaaatcggggctatacgg
acagctcagtttgcatcgaagaagaacgtagagttcagtttggataacctaccactcctg
cagcagaagggatttaccatcgagcctgttaaaggaactgttgatcgtggtcaaatcaaa
tgcatcagtgtttcttgggtgccacctgctgactttgatccagatcaccctttgatggtg
gcagctgtactgaccttaaaaggagatattaaagaatcttacaaagtcctcttcacagcc
agagttgtgtgcacatga
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integrated database retrieval system
