Anolis carolinensis (green anole): 100560681
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Entry
100560681 CDS
T01608
Symbol
cfap221
Name
(RefSeq) cilia and flagella associated protein 221
KO
K25610
cilia- and flagella-associated protein 221
Organism
acs
Anolis carolinensis (green anole)
Brite
KEGG Orthology (KO) [BR:
acs00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
acs03037
]
100560681 (cfap221)
Cilium and associated proteins [BR:
acs03037
]
Motile cilia and associated proteins
Sperm associated proteins
100560681 (cfap221)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Ig_CFAP65_4th
HYDIN_VesB_CFA65-like_Ig
Ig_CFAP74_1st
Cep192_D4
Cep192_D3
ASH
Ig_Dlec1_1
DUF3419
PapD-like
Cep192_D7
Ig_CFAP65
TMEM131_like_N
Motif
Other DBs
NCBI-GeneID:
100560681
NCBI-ProteinID:
XP_016852957
LinkDB
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Position
Un
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AA seq
1249 aa
AA seq
DB search
MEVVETTQSDFSNIKGSSRKTESLLLSNLVEEPKKGAYVPNHLLESKIYTKLLRNDVIQA
KPAIMHFGGYEIEKHHQQVLKLINISADLINIHVLPPETKYFKIKYAKTYRLVPGLSFTI
MVDFCPDEWRYYYDCIRIHSQGDDTLLIPLHAYPVMNAVDFPSYINLSDVPLGQSKKYVI
PLQCSCPIDFEFCVEYLQPHKAFTIHPISGIIPGNGKVEVVVTFKPFEYGTAQMKLQLWI
SQFNSKPYVCSFTGTSTPQPSLTKKDFEKQEKIFQKTIKSPEKEVSHSMQRTVSPKRVQL
SSFHKVQPIKYKDLHFPVDLSNHSAVATVLIQEPGKLKIKRLREVLGGQGDVAAQTRQVK
EAVFELKVKQDMQEELTNQLKWQVHLGEDPVCPMFQKQVLEDRKREEEVYKMKRGDPILE
KEFQRKNVGISLKRIIRNSSECPKFQPTFDLLLNNPWQHRHWTLRRFQQAARKILLQCRL
NRVIKRLHGVFKAIKVKEMEEALLSGKTPEERSAFKAGNIASINEEKRMSLALTARHILP
SESPTYNPPQWADDLAPELLGIVPLKSPKVKLKQLHHFYDLKVPQHFSLMGYQPFCIHQA
ATSYSVPKYSQTLRIGAEEELIPVIPASEGELQLEAAEEDELDTSLLNLKAPEALLHPPD
DHPLQVFVSNKCLKKTTPEERMKNTGLCMYSLFTIEGFCSFSSFNVLFYCVCLIVLGGQG
DVAAQTRQVKEAVFELKVKQDMQEELTNQLKWQVHLGEDPVCPMFQKQVLEDRKREEEVY
KMKRGDPILEKEFQRKNVGISLKRIIRNSSECPKFQPTFDLLLNNPWQHRHWTLRRFQQA
ARKILLQCRLNRVIKRLHGVFKAIKVKEMEEALLSGKTPEERSAFKAGNIASINEEKRMS
LALTARHILPSESPTYNPPQWADDLAPELLGIVPLKSPKVKLKQLHHFYDLKVPQHFSLM
GYQPFCIHQAATSYSVPKYSQTLRIGAEEELIPVIPASEGELQLEAAEEDELDTSLLNLK
APEALLHPPDDHPLQVFNPCPGLHEFKSPLPYAESSIEYHICPIPKYALTRKYPLKCSIP
ITQKKFLDHKEVICGVTNWKKFPSVINSTLPHVPALNGIPIPFCTDPYNEEMIPKDVPPI
LDGLPEQDKENVIDEAKEGEATVLLTPEMVKAEFPQIDGLLDILKEGSDTNGDLKDPSCM
SLNPMPVSRDARDIVDWYVQAQSNVFGQRVEENMEKLKEKTIQKSLILN
NT seq
3750 nt
NT seq
+upstream
nt +downstream
nt
atggaagtggtagaaacaacccagtctgacttcagcaatatcaaaggatcctctaggaaa
acagagtctcttcttttaagcaacttagtggaagagcctaagaaaggagcttatgttccc
aaccaccttctggagtctaagatttatacaaagcttttaagaaatgatgtcatacaggct
aaacctgccataatgcattttggagggtatgaaatagaaaaacaccaccaacaagttctg
aaacttataaatatttctgctgatcttataaacatccatgttcttccaccagaaacaaag
tacttcaaaatcaaatatgccaaaacttaccgacttgtccctggcttgtcttttacaatt
atggttgatttctgtcctgatgaatggcgatactattatgattgcatccgaatccattct
cagggagacgacactctgctgattcccctacatgcctatcctgtgatgaatgctgtagac
tttccatcctacatcaatttgtctgatgttcccctaggacagagcaagaaatatgtgatc
cctctgcagtgcagctgtcccatagattttgaattctgtgttgagtatcttcagcctcac
aaggcgtttacaatccatccgatatctggaatcattccaggcaatggaaaagtggaagtg
gttgttacattcaaaccatttgaatatggaacagcccagatgaaattgcagttgtggatt
tcgcagttcaactcaaagccttatgtgtgttcattcacagggacatcaactccacagccc
agtttaacaaagaaagactttgagaagcaagaaaaaatatttcagaaaacaataaaaagt
cctgaaaaggaagtgtcacactccatgcagaggacagtatcgccaaaacgtgtgcagctc
agttccttccacaaagtgcagcccatcaaatataaagatttgcacttcccagttgacttg
tcaaatcactctgctgtggccactgttttgatccaggagccaggcaaactaaagataaag
cgcttaagagaagttctaggaggacaaggtgatgtagcagctcaaacaaggcaggtgaaa
gaagctgtttttgaactgaaagtcaaacaggatatgcaagaggagttaacaaatcagctg
aaatggcaagttcatttaggcgaagatccagtgtgtccaatgtttcaaaagcaagttctt
gaggaccgaaagagggaggaagaagtgtacaagatgaaaagaggagatcccattctggag
aaggagtttcaaaggaagaatgttggaatttccctcaaacgtatcatccgaaacagctct
gagtgccccaaattccagccaacatttgatctcctgctgaacaacccttggcaacacagg
cactggactctgcggcgattccagcaagctgcccgaaagatcctgcttcagtgccggctc
aatcgtgtgataaagaggctacatggagtatttaaggctattaaagtgaaagagatggag
gaggcattgctatcaggaaaaactcctgaagaacgcagtgccttcaaagcaggcaacata
gcaagcataaacgaggagaagagaatgtctcttgctctgactgcccgtcacatactgcct
tccgaatcccccacttacaaccctcctcagtgggcagatgatctggcaccagagttactt
ggtattgttcccctgaagtctccaaaagttaagctcaaacagcttcaccacttctatgac
ctaaaggtccctcagcatttcagcctcatgggatatcaaccgttctgcatacaccaggca
gcaaccagttacagtgttccaaaatattcccaaaccctgaggataggtgcagaggaagag
ctaatcccagtaatacctgcttcagagggggagctccagctggaggcagcagaagaggat
gaacttgacacctctctgctaaaccttaaagctcctgaagctttgctgcatcctccagat
gatcacccacttcaggtttttgtgagtaacaaatgcttaaagaaaaccacccctgaagaa
agaatgaagaacacagggctatgcatgtattcactatttacaattgaaggattttgctca
ttcagttcctttaatgtccttttttactgtgtttgtcttatagttctaggaggacaaggt
gatgtagcagctcaaacaaggcaggtgaaagaagctgtttttgaactgaaagtcaaacag
gatatgcaagaggagttaacaaatcagctgaaatggcaagttcatttaggcgaagatcca
gtgtgtccaatgtttcaaaagcaagttcttgaggaccgaaagagggaggaagaagtgtac
aagatgaaaagaggagatcccattctggagaaggagtttcaaaggaagaatgttggaatt
tccctcaaacgtatcatccgaaacagctctgagtgccccaaattccagccaacatttgat
ctcctgctgaacaacccttggcaacacaggcactggactctgcggcgattccagcaagct
gcccgaaagatcctgcttcagtgccggctcaatcgtgtgataaagaggctacatggagta
tttaaggctattaaagtgaaagagatggaggaggcattgctatcaggaaaaactcctgaa
gaacgcagtgccttcaaagcaggcaacatagcaagcataaacgaggagaagagaatgtct
cttgctctgactgcccgtcacatactgccttccgaatcccccacttacaaccctcctcag
tgggcagatgatctggcaccagagttacttggtattgttcccctgaagtctccaaaagtt
aagctcaaacagcttcaccacttctatgacctaaaggtccctcagcatttcagcctcatg
ggatatcaaccgttctgcatacaccaggcagcaaccagttatagtgttccaaaatattcc
caaaccctgaggataggtgcagaggaagagctaatcccagtaatacctgcttcagaaggg
gagctccagctggaagcagcagaagaggatgaacttgacacctctctgctaaaccttaaa
gctcctgaagctttgctgcatcctccagatgatcacccacttcaggtttttaatccttgc
ccgggactgcatgaattcaagtcaccattgccttatgcagaaagcagcattgagtatcat
atttgccccattccaaaatatgcacttacaaggaaatacccactaaaatgtagtattccg
attactcaaaaaaaatttctcgatcacaaggaagttatttgtggtgtcactaactggaag
aagttcccctcagtgatcaattcaactttacctcatgtgccagctctgaatggcatacca
attccattctgcactgatccttataatgaagagatgattccaaaagatgtgcctccaatt
ctggatggtttaccagagcaagacaaagagaatgtgattgatgaagcaaaagaaggtgag
gctacagtcttacttactccagagatggttaaagctgaatttccacaaattgatgggcta
ttagatatactaaaagaaggaagtgatacaaatggagatcttaaagatccttcttgcatg
tctctgaacccaatgcctgtttccagagatgcaagggacattgtggactggtatgttcaa
gcccagagcaacgtatttggacaaagggttgaagaaaatatggagaaactcaaagaaaag
accatccagaagagcctaatcctaaactaa
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