Antennarius striatus (striated frogfish): 137608825
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Entry
137608825 CDS
T10427
Name
(RefSeq) cilia- and flagella-associated protein 44-like
KO
K24224
cilia- and flagella-associated protein 44
Organism
astr Antennarius striatus (striated frogfish)
Brite
KEGG Orthology (KO) [BR:
astr00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
astr03037
]
137608825
Cilium and associated proteins [BR:
astr03037
]
Motile cilia and associated proteins
Tether/Tether head (T/TH) complex
137608825
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Beta-prop_EML
Beta-prop_EML_2
WD40
WD40_Prp19
WD40_CDC20-Fz
WD40_WDHD1_1st
WD40_MABP1-WDR62_1st
Beta-prop_WDR90_POC16_2nd
Beta-prop_TEP1_2nd
WDR55
EIF3I
WDR90_beta-prop_4th
ANAPC4_WD40
Beta-prop_Vps41
NBCH_WD40
Beta-prop_WDR35_TULP_N
Motif
Other DBs
NCBI-GeneID:
137608825
NCBI-ProteinID:
XP_068191514
LinkDB
All DBs
Position
15:complement(4753305..4769003)
Genome browser
AA seq
1647 aa
AA seq
DB search
METVMEKKDEMESITEIPVDKYYDYEELCSRPYITPNSQIPENLLQLRHSFGYDSELRGN
LQLLDDSTLMFIAGNLLVLLDLSTRKQRYLRSCRGGGIGSVAVHPTKKYFAVAEKGNHPD
IIVYEYPSLRPYRILRDGTEKAYSSVDFNTNGSLLAGVGNAPDYMLTLWNWRQEQVTLRA
KAVSQEAFKVRFSLHYPELLTSSGFGHVKFWEMAYTCTGPKLLGDIGRFGVTDPTDIEGF
IDLPNAQVVSGSSWGNLLLWRNTVIRMEITRTDGQSCHDGTVQPFFLEEGQIMTFGSDGM
IRVWDFDSIDYTIGASKYELDPRNEKLVGRNVCICSMVRSSHPESTMWFAQDSCGAIWKV
DLSFTHKSPDPERLFSFHAGAIQGLDVSKTSYLMATTAPDRSVKVFDFLSNREVTDIHFN
QGGTVINWAPPLVNQTGGLLVAGFEDGVVRLLELYDPQKLKLGSGYVHKGGAKLRLKQAL
KPHSGPVTAIEYKHDGVILATGSSDGTVFFFNIGDAYVPIGFIHVPGPVQALEWSPFSGS
EDKLLIMCRSGHVVEVQIGDLQAHCSANTFQLRGLPSRSFRFRSIKSQIRAKEEEIARRQ
ALQEAMEEEEEEEEEIDEKEEEEEEEEEELPPIYIPDPPSPLCLGFYSHPDHFWLSVGGF
DSGFLYHCKFSENQDEDPNQRQDEPFHFLPVHNADEDPILSITFSSDRQLMFCGMHSGAI
RVYPLHPADHSLTSMQAYWTLNIHDNHCGHLHHIRCSHDNKFVLTAGDDGNIFSFSTVPQ
EELEQDQMMAKIPSPRVIPEDEQPPNDIEDPAANTIEMYKHEMDELKLQQEIQLRNTTKS
RKLAGLRKEFSKLVEENEKLPEHVRLKPSELLLDQYFSDQAEKVKAQKVMEVRKQLRWEE
ERCNIGLSKLQDYFRDIFGSKVLSVVAIATDHKLSTYRMSPILREFSPSKLYVDKPAAGA
AAPQKIASPKPVEPCTSTSGDETMVLYSRPERIDQQSEKFRKAAEKADRHRAAIEKRKKE
WAQLYTDKPEEDCEDPKDVQAIQEAKRNIGDLKLRSDKNFAVPKHLRMNTETTMAKLKIL
EEKIHGRQTKMNERILALRDAKVCLVSQLLDQGEQLQEIQTGLSPHLHRPPPALPTILPE
ETQEKKVQHSDDALERYRALREQSCTPSLTKEQEEETTSKWELSDREKEILWHLEVTRLY
KQDRLLDQMESSICQFDAELRLLHHEKLKLDWELKLAELQWLTIFQELPIHEEFREREKS
LEEKLNRLKEVSKTHRVDRCYKDLELRQAEVAQLQVKKTDLLAAFQYLLGEQNKFKKFLT
KVFNMKAENVNKRTEMRDEDEEDEEELSDHNSDSDEEAVDYKVCPPGCDPGLFRDTLRLR
EHRLQLEERLEKEEENLEILKRDYNHLLEKESVMWANQEALERGIDSIFREKQLKLNALE
VVVPLRLNQIKLLSDGSVPSDMTNALVVDRKELTRLQDRIKHFGVEKSQQRELYCQARKE
HAKLTYDIKIMNTKIEELERKCHQSMMSKFGRVVDLEDLLTIKKSTLVDELEQKERQQEF
NQYRKLDQLKKEEEKARTSLMVAIRESSILLQRLTKLFNEKRELQAEIEKKIKKMGRAPG
HNTPVDVEDMEIQTFRLTDIAECEPSK
NT seq
4944 nt
NT seq
+upstream
nt +downstream
nt
atggaaacagttatggaaaagaaagatgaaatggaatcaattacagaaattcctgtagac
aagtattacgattatgaggagctctgctccagaccgtacatcacacccaactctcaaatc
ccagagaatctcctgcagctacgccattccttcggttatgacagtgagctcaggggaaac
ctgcagctgctggatgacagcacgctgatgtttatagctggaaacctgcttgtcctgctg
gacttatccaccaggaagcagagatatctccgttcctgccgtggaggaggaatcggctcc
gtcgcggttcacccaaccaaaaagtactttgctgtagcagagaagggaaaccatcccgac
atcatcgtctatgagtatccttcattgcgaccctatcgcatcctccgtgatggtacagag
aaggcctacagctctgtggatttcaacacaaatgggagtctgctggctggtgtggggaac
gcgcctgactacatgctgacgctgtggaattggaggcaggagcaggtgacactgagagcc
aaggccgtatctcaggaagctttcaaagtgaggttctcacttcactaccctgaacttctg
acgtcatcaggatttggacacgtcaagttctgggaaatggcctacacatgtacaggtccc
aaattgctaggcgatattggacgttttggagtaactgacccaactgatattgagggtttc
atagaccttcctaatgcacaggtggtgtctgggtcaagctggggcaacttgctgctttgg
aggaacactgtcattcggatggagattacccgtacggatggtcagagttgtcacgatggg
acagtccagccctttttcttggaagagggacagattatgacttttggctctgatggaatg
atccgggtctgggactttgacagtatcgattatacaatcggtgccagcaaatatgagctg
gatcccaggaatgagaagttggtaggacgtaatgtctgtatctgctctatggtgaggagc
tcccacccagaatccaccatgtggttcgctcaggattcatgtggagccatctggaaagtg
gatctttcattcacccacaaatctcctgatccagagcgcctgttctccttccatgctggc
gcgatccagggcctggatgtctccaagacatcctacctcatggccacaacagctcctgac
cgttcagtcaaagtctttgacttcctgtccaacagagaagtgaccgacattcactttaat
cagggtggaacagtgatcaactgggctccacctttagtgaaccagactggaggtctactg
gtggccggctttgaagatggggtggtccggttactggaactgtacgaccctcagaagctg
aaactgggcagcgggtacgtccacaaaggaggggccaaactgcgcctcaaacaggccttg
aaacctcatagcggccccgtaactgctattgaatataagcacgatggagtaatcttagct
acagggagctccgacgggactgtattcttcttcaatattggtgacgcatatgttcccatc
ggttttatccatgttcctgggccagttcaggcgctggagtggtcacctttttcaggaagt
gaagacaagctgctcatcatgtgtcggagtggtcacgtggttgaggtccagatcggtgac
ttgcaggcccattgttcggccaacaccttccagctgcgtggacttcccagcagatctttc
aggttcaggagcatcaaatcgcagatcagggcaaaagaggaggaaattgcacgacgtcaa
gccctgcaggaggcaatggaggaggaggaggaggaagaagaagaaatagatgaaaaggaa
gaggaagaagaagaggaagaagaagagctgccccctatctacatcccagaccctccaagt
cctctctgcctcggattctactcacatcctgaccacttttggctctccgtgggaggtttt
gactcaggctttttgtaccactgtaagttctctgagaaccaggatgaggaccccaaccag
cgacaggacgagcccttccacttcctgcctgtacacaatgcagatgaggaccccattctc
tctatcacttttagctccgacaggcagctgatgttctgcggcatgcactcaggcgccatc
agggtctaccccctgcaccctgccgaccacagcctcacctccatgcaggcttactggacc
ctcaacatccacgataaccattgcggacatcttcaccacatccgttgtagccatgacaac
aaatttgtgctgacagctggagatgacgggaacattttttccttcagcacggtcccccaa
gaagaactagaacaagaccagatgatggcaaagattccttcaccgagggtaattcctgaa
gatgaacagccacctaatgacattgaggacccagcggccaacaccatagagatgtataag
catgagatggatgaactcaagctgcagcaggagattcagctgagaaacacaacaaagagc
aggaaactggctgggctccggaaggagtttagtaagctggtggaagaaaacgagaaactg
ccggaacatgttcggctgaaaccgtcggagctgctcctagatcagtatttcagcgatcaa
gcagaaaaggtgaaggcccagaaggtgatggaggtcagaaaacaactgagatgggaggag
gagcgctgcaacataggactcagcaaactacaggactatttcagggacatttttggatcc
aaagtgttgtctgtggttgccatagccaccgaccacaaactgtccacctaccgtatgtct
ccaatactacgagagtttagtcccagcaagctctacgtagacaaacctgctgctggtgct
gctgcaccccaaaaaatagccagccccaaacctgtagaaccctgcaccagcacttcagga
gatgaaacgatggtgctgtattcacggcccgagaggattgatcagcagtcggagaagttc
cgaaaagctgcagagaaagctgatcgtcaccgggctgcgatagagaagaggaagaaggaa
tgggcccaactgtatacagacaagccagaggaagactgtgaggatccaaaggatgtccag
gctatccaagaggctaaaaggaacattggagatttaaaactaaggtcagataaaaacttt
gcagtgccgaaacacctgaggatgaacactgagacgacgatggcaaagctgaaaatccta
gaggaaaagatccacggtaggcagaccaagatgaatgaaaggatcttggctttgcgggac
gctaaggtttgcctggtgtctcagttgttggatcaaggtgagcagttacaagagatccag
acgggtctgtcaccccatctccaccgccctccccccgccctgcccaccatactaccagag
gaaacccaggagaagaaggtgcagcacagcgatgatgctctggagcgataccgggctctg
agggaacagagttgcacacccagcttgaccaaggagcaggaggaggaaaccacatctaaa
tgggagctgagcgaccgagagaaggagatcctgtggcacctggaggtcacacggctgtac
aagcaagatcgtctcctggaccagatggagagttctatctgtcagtttgacgccgagctc
cggctcctgcatcacgagaagctgaagctggattgggagctgaagctggctgaactgcag
tggttgacgatcttccaagaactgccgatccatgaggagttcagggagagggagaagagc
ctggaggagaagctcaacagactgaaggaggtgagcaaaactcaccgggtagacaggtgt
tataaagatctggagctgaggcaggcagaggtggcccagctgcaggtcaaaaagacggac
ctgttagctgccttccagtatttactgggcgagcagaacaagtttaagaagtttcttacg
aaagtcttcaacatgaaggctgaaaatgttaataaaaggacggagatgagagacgaagac
gaggaagacgaggaagaattaagtgaccataacagtgactcagatgaggaagctgtggac
tacaaggtttgccccccaggctgcgatccaggcttgtttcgggacacgctgagactgcgt
gagcatcggctgcagctggaagagcgactggagaaggaggaggagaacttagaaatcctg
aagagggattataatcatctccttgagaaagagagtgtaatgtgggcaaatcaggaggca
ctggaacgtggcatagactcaattttcagagaaaaacaactgaaattgaatgcactggaa
gttgttgttcctctcaggctgaaccagattaagcttctttctgatgggtccgtaccatcg
gacatgaccaatgcactggtagtggacaggaaagagctgacgcggctacaggatcggatc
aagcactttggagttgagaagagccagcagagagaactgtattgtcaggcccgtaaagag
cacgccaagctcacttatgacataaagatcatgaataccaagattgaggagctagagagg
aaatgccaccagtcgatgatgtccaagtttgggagggtagtggatctggaggatcttctg
acgataaagaagagcacgttggtggatgagctcgagcagaaagaaaggcaacaagaattc
aatcaatatcggaagctcgaccagttgaagaaggaggaggaaaaggccaggacttctctg
atggtggcgatcagagagagctcgattcttctccagagactgacgaaactctttaacgag
aagagagaactgcaggctgagattgaaaagaagattaagaaaatgggcagagctccggga
cacaacacacctgttgacgtggaggacatggagatccaaacttttagactcacagatata
gctgaatgtgaaccgtcaaaatga
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