Anas platyrhynchos (mallard): 101805001
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Entry
101805001 CDS
T02816
Symbol
CCP110
Name
(RefSeq) centriolar coiled-coil protein of 110 kDa isoform X1
KO
K16453
centrosomal protein CEP110
Organism
apla
Anas platyrhynchos (mallard)
Brite
KEGG Orthology (KO) [BR:
apla00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
apla03036
]
101805001 (CCP110)
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
apla03037
]
101805001 (CCP110)
Chromosome and associated proteins [BR:
apla03036
]
Eukaryotic type
Centrosome formation proteins
Centriole proteins
101805001 (CCP110)
Centrosome duplication proteins
Centriole replication proteins
101805001 (CCP110)
Cilium and associated proteins [BR:
apla03037
]
Primary cilia and associated proteins
Other primary cilia associated proteins
101805001 (CCP110)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CaM_bind
Motif
Other DBs
NCBI-GeneID:
101805001
NCBI-ProteinID:
XP_005018531
Ensembl:
ENSAPLG00000012915
LinkDB
All DBs
Position
15:9258002..9277755
Genome browser
AA seq
1014 aa
AA seq
DB search
MKMEDYEVFCKKHLTRIQGEAIKTETSFIVQHKNISFIQFHGVPVLSPLLNFEKKKEIEQ
YKQKALDLETWRQNSKKRALLNRVQEILENVQIRKGSIASDVNTWEGANMCPASDSKALT
DLTAPSDDNLPCSPKQHGPTELEKTPELVSSDTVEQVTSNVTEVVQAAEENVFSKQSESC
FSKNIPCPRAASPDSTQSKLVSHALQKQEVAAVPSSDKEVQDPYAMSLQNLLKKSREYVE
KEQTRRSSKSNSKRSMSESHSDKENDAVKTPDSVKERAKLTGRNSTAVPLDKPSLNKSNT
LLQGTSAHTSNTSMSTLSSFSKVDIPMRVGTPPLVDSDSDEELKNTSAVDRDSSIVRSLM
GSYTKLPSPEPSMSPKMHRRRPRPLSMGHIVINNPVNAYELSPKGKGRAMDLIMQDIADK
NNVSESVPKFMVDFSMLCSSRVPGVIRNSAAPCDGLVVGKLNRHSFGPLESKGPLSATAE
GQVAMDSRGPYKAETAATTAAPKLNEPFAISQSTVTQKLLAVHETKPSSLLENTKCNSPV
ELNKSYDVENPSPLLTQGKNMRQQMDTPSVPPANEQFLENTFEKVKRRLDLDNDSCQKEN
SSCGVTVGMEEQEKQWLQEQKYSVGSVYITKNAAPDSSIVKEEILKTKMLAFEEMRKRLE
EQHAQQLSILIAEQEREQEKLQKELEEQERKLKGKKVATTEIEISKVNINSRMELEWRKS
ESGLLESVQSQLETVHNTNSTSIGFAHTTTPNTFTSTSETSFYLWGPSGSGVIKTSVSRP
SNRIKTRWTQVFSPEIQMKFSKITAVAKGFLTRRLLQTEKLKHLKQTVKDTMEFIRNFQS
EAPLKRGSVSAQDASLHERVMAQLRAALYDIHDIFFTMEASERMNILRHDREVRKEKMLR
QMDKVKSPRERATLSTATQKSLDRKKYMKASEMGMPSKKIIIKQKSPESRVLQPNQGQNA
PVHRLLCRQGTPKTSMKGVEQNRKKASESRVSNKAVPGAYAGRTQRKKPNVVTI
NT seq
3045 nt
NT seq
+upstream
nt +downstream
nt
atgaaaatggaggactatgaagtattctgtaagaagcatcttaccagaatccagggagag
gcgataaagacagaaacctctttcattgttcagcacaaaaatatctccttcattcagttc
catggagttcctgtgctttcacccctgctgaactttgaaaagaaaaaggaaatagagcag
tataaacagaaagcactggatctagagacctggagacagaactccaagaaaagagcttta
ctgaatcgtgttcaggagattctagaaaatgttcagatcaggaagggatctattgcaagt
gacgtgaacacgtgggagggtgcgaatatgtgccctgcttcagactcaaaagctttgact
gacctcacagctccatctgatgacaatttaccatgttctcctaaacagcatggtcccaca
gagcttgaaaagactccagaactcgtgtcatcagatacagtggagcaagtgacatcaaat
gtgacagaagtagttcaagcagcagaagagaatgttttttcaaagcaaagcgagagttgc
ttctccaaaaacataccttgtccaagggctgcatctcctgacagcacgcagagtaagctt
gtgtcacatgctttgcaaaagcaggaggtagcagcagtgccatcatctgacaaggaagtc
caagatccgtatgcaatgagccttcagaacctgctgaaaaaatccagggagtatgtagag
aaagagcaaacaaggcgtagctccaaaagtaattcaaagaggagtatgagtgaaagtcat
tcagacaaagaaaatgatgcggttaaaacacctgattctgtgaaagagcgagcaaagctt
acaggcagaaattccactgctgtgccgcttgataagcccagtcttaataaatcaaatacc
cttctccaaggtacctctgctcataccagtaacacaagtatgtcaactttatccagtttt
tctaaagtggacattcctatgagagttggaacacccccactggtggattcagattcagat
gaagaattaaaaaatacttctgcggttgatcgtgacagtagcattgtcaggagcctcatg
ggatcatataccaaattgccaagcccagagccaagtatgagtcctaaaatgcaccgaagg
cgcccaaggcctctatcgatgggacacatagttatcaataatcctgtgaatgcttatgaa
ttgagccctaaaggcaaggggagagcgatggatttaatcatgcaagatattgctgataaa
aataatgtgtctgaatcagtgccaaagtttatggtggacttctctatgctttgctctagc
agagttcctggtgtcatcaggaattctgcagctccctgtgatgggctggtggttggcaaa
ctaaatcgacattcctttgggcccttggaaagcaaggggccattgtctgctacagcggaa
ggacaggtggccatggacagcaggggaccatataaagcagagactgctgctactactgca
gctccaaaactgaatgagccatttgccatcagtcagtctacagtaacacagaagctccta
gcggtgcatgaaaccaagccatctagtttgctcgaaaatactaaatgtaattctccagta
gaactcaataaatcttacgatgtagaaaacccatccccgctgctaacacaaggcaagaat
atgcgtcagcagatggatactccaagtgttcccccagcaaatgagcagtttctagaaaat
accttcgaaaaggtaaaacgtaggcttgatttggacaatgacagttgccaaaaagaaaac
agttcctgtggtgtaacagttggaatggaagaacaagagaagcagtggttgcaagaacag
aaatattctgtgggatcagtttacattaccaagaacgctgcccctgattcaagtatagta
aaagaagagattttaaaaactaaaatgttggcctttgaagaaatgaggaagaggcttgaa
gaacagcatgcacaacaactgtcgattctgatagctgaacaagagagagaacaggagaaa
ctgcagaaggaactggaagaacaggagagaaagctgaagggaaagaaggttgctacaaca
gaaatagaaatttccaaagtgaacattaacagtaggatggagttggagtggagaaaaagc
gaaagtggcttactggaaagtgtgcagtctcagctggagacagtccataacacaaactca
accagcattggttttgctcatactacaacacctaacaccttcacttcaacaagtgaaact
tcattctacctctggggaccatcgggtagtggagttataaaaacctcagtatctaggcca
agtaacaggatcaaaactaggtggactcaggttttcagtccagagatacaaatgaagttc
agtaaaataactgctgtggcaaagggatttcttactcgtagactcctgcagacagaaaaa
ctgaaacatcttaaacaaactgtaaaagatactatggagttcataaggaattttcagtct
gaagccccattaaaaagaggaagtgtttcagcacaagatgcatcccttcatgaaagagta
atggctcagctgcgagctgctctgtatgacatccatgacatattttttacaatggaggca
tctgaaagaatgaatattctgcgtcatgatcgtgaagttcgtaaagagaaaatgctcagg
caaatggataaagtaaagagtccaagagagagagcaacgctttcaacagctacgcagaaa
tctctggataggaaaaagtacatgaaggcttcagagatgggaatgccaagtaaaaaaata
atcataaaacaaaaaagtcctgaaagccgagtacttcaaccaaatcaaggacagaatgcc
ccagttcatagattgctttgcagacaaggaacccctaagacctcaatgaagggggttgag
caaaatagaaagaaggcctcagagagcagagtgtctaacaaggctgttccaggagcatat
gcaggaagaacccaaagaaagaagccaaatgttgtgacaatttaa
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