Ficedula albicollis (collared flycatcher): 101816935
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Entry
101816935 CDS
T02815
Symbol
CCDC146
Name
(RefSeq) coiled-coil domain containing 146
KO
K27712
coiled-coil domain-containing protein 146
Organism
fab
Ficedula albicollis (collared flycatcher)
Brite
KEGG Orthology (KO) [BR:
fab00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
fab03037
]
101816935 (CCDC146)
Cilium and associated proteins [BR:
fab03037
]
Motile cilia and associated proteins
Sperm associated proteins
101816935 (CCDC146)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Other DBs
NCBI-GeneID:
101816935
NCBI-ProteinID:
XP_005039237
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Position
1A:complement(12579397..12643803)
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AA seq
1025 aa
AA seq
DB search
MSQADEEGPTDTELAAENESPPRVLTPTAPSQEEGPTPTAPSQEEGPTPTAPSQEEGPTP
TAPSQEEGPTPTAPSQEEGPTPTAPSQEEGPTPTSPSHEEGPTPTAPSQEEEPTPTSPSQ
EEGPTDITASPAFQCLDELFSAGKITDARVAELKEQYILLHEAVISLQESETQLLQEAER
LSAELEQQCELEKAEQFPEEASSEASQIRQQLLSCRSEYSAVKGRVYENRLKIECLREEK
KLLENEYEKISKEKKDNKIKRLKENCDELSKEVIQRKAEIDSMKEAVSSKEKMILTDEEE
MEKLQEMQTFLKAELVRILGVPKQLAKETEKLNQKKIDAEKKNEALNDQIEELNRTLKAT
ERRTEEILQEKEVVMKEFDEKQTLIQKNERECSALTKSLEIGAEKEMAVLSDRQILENNL
NKCVSENKKQQDILSHHQTQKDKELKSLKKIELQLKGIWDSLEGDKAKYKRLKSEAEINS
KKNAVLLERRQELQEEIETIKRGLAEQEMISDMDARVLEECLAAEHLLFKEQEKCRNELS
TLTQLACLRADERQLKCRNVQKAKIQLQSIVKELKRKDRELIICKKMKKEMQKELQGFAR
MFDFMQIEKEKCMQLMRIAQWKARETENRVKLLENNIENLRNAVITRERKLQEEYLKIKK
NERTKALIKKDCNKIAQEMLEHKEKEKDLNIDRLTTAATQMEEEILQLRKNYERAIQQKN
ESGLLLREREEELGFLYERINRQEVLCRNGDIKMQVMDEKISCLKLKVAEKKREIKLCFE
ELTVKNALDAQLGRLQTQYSQCRDKIKQLEENHGDATDESRKQEMGGKDPSPPELLKRIE
QMEAELVLKEQRLLKIDFLCENISDLTDRIRAVVENGKQDTLQFARRTNELQKKINDKTQ
EIRALFAEISMKQALVIKLQQEIRDKEQFVMTASLMISQGLPFPKEAEKEQWKILHNEMM
QKAAAEARAKHPAEEEQDAVPGHASTSPKEERLPPLQPHMAPFRPSELSSSLRHFKKPPA
KPSEI
NT seq
3078 nt
NT seq
+upstream
nt +downstream
nt
atgagtcaggctgatgaagaagggcccactgacacagaactggcagctgagaatgagtca
cctccccgtgtgctgactccaacagctcctagccaggaagagggacccactccaacagct
cctagccaggaagagggacccactccaacagctcctagccaggaagagggacccactcca
acagctcctagccaggaagagggacccactccaacagctcctagccaggaagagggaccc
actccaacagctcctagccaggaagagggacccactccaacatctcctagccacgaagag
ggacctactccaacagctcctagccaggaagaggaacccactccaacatctcctagccag
gaagagggacccactgacataacagcaagtcctgcatttcagtgtttagatgagctattt
tctgctggaaaaatcacagacgccagagtagctgagctgaaggagcagtacatcctgctg
catgaggctgtgataagtttgcaggaatctgaaacccagctgttgcaggaagccgaacgc
ctgagtgcagaactggaacaacaatgtgaactggaaaaagcagaacagttccccgaagaa
gcttccagtgaagcttcccaaataaggcaacaacttctgagctgccgaagtgaatacagt
gctgttaaaggaagagtgtatgaaaatcgcttgaagatagaatgtttgcgagaagaaaaa
aagcttctggaaaatgaatacgaaaaaatttcaaaagagaagaaagacaataaaattaaa
cgattgaaagaaaattgtgatgagctcagcaaagaagtaatccagaggaaagcagaaatt
gattcaatgaaagaagctgtttcatccaaggaaaagatgatattaacagatgaggaagaa
atggaaaaacttcaggagatgcagacctttttaaaagctgagctagttaggatccttggt
gttccaaagcaacttgcaaaagaaactgagaagttgaatcagaaaaaaattgatgcagag
aagaagaatgaagcccttaatgaccaaatagaagaactgaatagaaccctgaaagccact
gaaagaaggactgaagagattttgcaagaaaaagaagtagtaatgaaggaatttgatgag
aaacaaactttgatacaaaagaatgaacgagaatgcagtgctttgacaaaatcactagaa
attggtgcagagaaggagatggctgtcctatcagacagacaaattctggaaaataattta
aataaatgtgtctccgagaacaaaaagcagcaagatattctcagtcaccatcaaacacag
aaggataaagagctgaaaagtctaaaaaagatagagttacaactcaaagggatttgggat
tccttggaaggagataaggcaaagtataaaagactcaaatcagaggcagaaataaactca
aaaaaaaatgcagtattattagaaagacgacaagaactgcaggaggagattgaaacaatc
aagagaggtttagctgaacaggaaatgatatcagatatggatgcccgcgtgttagaggaa
tgtcttgctgcagaacacttgcttttcaaagagcaggaaaaatgcagaaatgagttatcc
acacttacacagctggcttgtctcagagctgatgagaggcaactgaaatgcaggaatgtt
cagaaagccaagattcaactccaaagtattgttaaggaactaaaaagaaaggatcgtgaa
ctaatcatctgtaaaaagatgaaaaaagaaatgcaaaaggaactccaaggatttgctagg
atgtttgattttatgcaaattgaaaaggagaaatgtatgcaattgatgcgtattgctcag
tggaaagcaagggaaactgaaaaccgggtaaaattgctagaaaataatatagaaaattta
aggaatgctgttataaccagggaaagaaaattgcaggaagagtatctgaagattaaaaag
aatgagagaacaaaagcattgatcaaaaaggattgtaacaaaattgcacaagagatgcta
gagcataaagaaaaggaaaaggatttgaatattgacagacttaccactgcagccacacag
atggaagaggaaattttacagctacgcaaaaattatgaaagggctattcagcaaaaaaat
gagagtggtcttttgctcagagaacgagaagaagaactaggctttttgtatgaaagaata
aacaggcaagaggtgctgtgtagaaacggagatattaagatgcaagttatggatgaaaag
atcagttgtctgaagctgaaggtagctgagaaaaaaagagagattaaattgtgttttgaa
gagctcacagtgaagaatgccctggatgcacaactggggagacttcagacacagtattcc
cagtgcagagacaagattaaacagctcgaggaaaaccacggtgatgccacagatgagagc
agaaagcaagaaatgggagggaaggacccatctcctccagagctgctaaaaaggattgaa
cagatggaggcagagctggtgctgaaggagcagagactgctgaagatagattttctctgc
gagaacatttccgatctgacagacaggatccgtgctgtggtggagaacggcaagcaggac
acgctgcagttcgccaggaggaccaatgaactgcagaagaagataaatgacaaaacccag
gagataagggctctttttgcagagatatccatgaagcaagcacttgtcattaaactccag
caggaaatcagagacaaagaacaatttgtgatgactgcttcattgatgattagtcaaggc
cttccctttcctaaagaagcagaaaaggaacagtggaagattctacacaatgagatgatg
caaaaagcagcagctgaagccagagctaaacaccctgcagaggaggaacaagatgcagtg
cctggccatgcctccaccagccccaaggaggagaggctcccaccgctgcagccccacatg
gctcccttcagaccaagtgagctcagctcgagtctgaggcatttcaaaaagcctcctgca
aagccatctgaaatctga
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