Anas platyrhynchos (mallard): 101798665
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Entry
101798665 CDS
T02816
Symbol
CEP128
Name
(RefSeq) centrosomal protein of 128 kDa isoform X1
KO
K16460
centrosomal protein CEP128
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
]
101798665 (CEP128)
Chromosome and associated proteins [BR:
apla03036
]
Eukaryotic type
Centrosome formation proteins
Centriole proteins
101798665 (CEP128)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TMF_TATA_bd
Amidohydro_1
Motif
Other DBs
NCBI-GeneID:
101798665
NCBI-ProteinID:
XP_005013950
LinkDB
All DBs
Position
5:21970853..22093066
Genome browser
AA seq
1099 aa
AA seq
DB search
MAHSSSDSDDFLRSRIRRRPPLRASLNRTRNDGAEEVTEKIHTLASTLQDTNRNLRHVDH
LLGQYREYNKEQTEAIATLKETLEQSIGQLRSQRLNRSSGMRSASLSSLYPSDLDGEAVS
GNRHFLPTSPLRDYGDSQDSRHRRSRSASVRFVNEADNLDQLHSFHQSLRDLSSEQVRLG
DDISRELSRRNRTDAEMRKTLAELSEKLTESQRQETVSARVERRLQEIEQEMHAERQLVE
RRQDQLGQMSIQLQEALKKRDAKAAETEELMKSKLEKYESEKKRLEQELEQSRKKLNHSE
GSREALLHQIEDLRSQLLRAEEDRVELQHQISRVAMHRQSSQDVQEDERRIRTVAERYEK
EKQELEKYILELKAKLNHNAVMSEVEELKKCIERKDKEKAQLVTHIEVLTSDLENREKQQ
QKMLDQLKEIQSCYKACENGRRQTELHSAELAQQVEESTKEAERYLTEFRHSEALRLETE
KKREDLKVRAQEAIRQWKLKCKKLDYEVEKQNETINELMDKNNQILKEKDDLRSQLLSAI
HQIENLRKELNDVLTKRAQQEEQLHCKEVKLNEMKSQQLCLEEEIKEFQGTVNKLEDELK
KQVCLQNQMQAEKEHLEQELATSNSIHEKDQERLLEMQADIKNLSAIRVELTNRIAEEEK
VKKELHKSLSDFQKQQDSKHEEMTSANRQLKMEREVHQQELADLRSELQNVKIKHERNIQ
ELMKLLKQEKDDADAQIRMLKMELVEEKSTVKTQCRQLEKIKIECDKLTEELTQSEEENI
KLRRKYEFVKQELEKKNKQISYEEDHLRRMDEARLQFKDQLHHLEMEQKSILTMIGSEID
AACEIFSRDSMEKFKAISLIPTVLNDPHRWFAETKTKLQWLCEEVKERESKEKKLRCYLL
QSREQLKHFTQMKESEHQSLFKQIKKQEQLLEEVHREKRELLEKTLRREEEMGALQERIM
SLEMSTRVALDHLESVPEKLSLLEDFKDTGESHCRREKIEERYTKYKEIVSSLQQQLEDS
KQRIQQFKDVKMDADISDIQVAAPSSSWRTQNSFLSTSLLSESGSHLKRMVPFDTSATKE
DSINVAVNEMKLQAERGKQ
NT seq
3300 nt
NT seq
+upstream
nt +downstream
nt
atggcacactcatccagtgattcagatgactttcttaggagtcgaataagaaggcggcca
cctttgagggcatccctcaacagaactcggaacgatggtgctgaagaagttacagagaag
atacatactttagcaagcactttacaggataccaacagaaatctgagacatgttgaccat
ttactaggacaatacagagaatacaacaaggaacaaacggaagcaatagcaactttaaaa
gaaacgctggaacagtctataggtcagttaaggagtcaaagattaaaccgaagctctgga
atgagaagtgcttctctctcaagcttgtaccctagtgatctggatggagaagcagtttca
gggaaccgccacttcctgcctacttctcctctcagggattatggagactcacaggacagt
agacatcgaagatctagatctgcaagtgttcgattcgtcaatgaggcagacaatttggac
cagctgcattctttccaccagtctcttcgagatctcagtagtgaacaagttcgtctagga
gatgacatcagtcgggagctttcaagaagaaaccggactgatgcagaaatgagaaaaact
ctagcagaattgtctgaaaagcttactgagtcccaaagacaagaaacggtgtcagcccgg
gtagaaagaagacttcaggagatagaacaagaaatgcatgctgaaagacagcttgtagaa
aggcgccaggaccaactgggacagatgtctattcaattacaagaggctttaaagaaacga
gatgctaaagcagctgaaacagaagagctcatgaaaagtaaactcgagaaatatgaaagt
gaaaagaaacgacttgagcaagaattggagcagtcccggaaaaagttgaatcattcagaa
ggcagtagagaagctcttttgcatcagattgaagatcttcgttcgcaacttttgagagca
gaagaagatcgtgtagagttgcaacatcaaatttcacgtgttgctatgcaccgccagagc
tcccaggatgtgcaagaagatgaaaggagaattagaacagttgctgaaagatatgagaaa
gaaaagcaagaactggagaaatatattttggagcttaaagcaaagctgaatcataatgca
gtaatgtcagaggtggaagagttaaagaaatgcatagagcgtaaggacaaggagaaggca
cagcttgtaacacacatagaggtgttaacatctgacctggaaaacagggagaagcaacag
caaaaaatgctagaccagctaaaggaaatacagagttgctacaaggcatgtgagaatgga
cgtaggcaaactgaactccattcggctgagttagctcaacaagttgaagagagtaccaag
gaagcagaacgatacctcactgaattcaggcattcagaggcactcaggctagagactgag
aaaaaaagagaagatttgaaggtgagagcacaggaagccatccgacaatggaagttgaaa
tgtaagaaactagattatgaggtggaaaaacaaaatgaaactatcaatgaactgatggac
aagaataatcagatcctcaaagaaaaggatgacctcagaagtcaacttctctctgctata
caccaaatagaaaaccttcggaaagagctgaatgatgtacttacaaagagggcccagcag
gaagaacaacttcattgcaaagaagtaaaactgaatgaaatgaaatcgcaacagttgtgc
cttgaagaagagattaaagaatttcaaggtactgtaaataaattggaggatgaattgaaa
aagcaagtctgtctacaaaatcaaatgcaagctgagaaggaacacttggagcaagaactt
gcaactagtaactcaattcatgaaaaagaccaggaaagactcttagaaatgcaagcagat
ataaaaaatctgagtgccatacgtgtggaactaacaaatagaatagcagaagaagagaaa
gtcaaaaaagaactacataaaagcctctcagatttccagaaacaacaggactctaagcat
gaagagatgacttcagctaacaggcagttgaagatggaaagagaggttcaccaacaggag
ttagcagatcttcgatcagagttacagaatgttaaaatcaagcacgaacgaaacattcaa
gagctcatgaaactccttaaacaagaaaaggatgatgcagatgctcagattagaatgcta
aagatggaacttgtagaagagaaaagcacagtcaagactcagtgtcgacaactggagaag
ataaaaattgaatgtgataaattgacagaagaattaacccaaagtgaagaagaaaatata
aaactcaggcgaaaatatgagtttgtaaaacaagaactggagaaaaagaataaacagatc
agttatgaagaagatcatttgagaagaatggatgaggccagactgcagtttaaggatcag
ctgcatcatttagaaatggaacagaaatccattctcaccatgataggaagtgaaattgat
gctgcttgtgaaattttttctcgggactccatggagaaattcaaagcaatatcacttata
ccaacggtgctgaatgatcctcatcgctggtttgcagaaacaaagactaaacttcagtgg
ctgtgtgaggaggtgaaggagagagaaagtaaggaaaaaaagctgcgatgctacttattg
cagagccgcgaacagcttaagcactttacacagatgaaggagtctgaacatcagtctctc
tttaaacagataaaaaagcaagaacaacttttggaagaagttcacagagagaagagagag
ctattagagaagacactcagaagagaggaagaaatgggagctctccaggagcgaattatg
tccttagaaatgagtactcgagttgctttagaccatctggagtctgttcctgagaaacta
agcctgttagaagatttcaaagatactggagagtctcactgccgaagggaaaagattgag
gaaaggtatacaaagtataaagaaattgtgagttctctgcagcagcagctggaagattca
aaacaaagaatccaacaattcaaggatgtcaaaatggatgctgacatttctgatatacaa
gtcgctgctccctcttctagttggcgaactcaaaacagttttttgtccacctcactgctc
tcagaatcaggttcacatttgaaaagaatggttccttttgatacaagtgccaccaaggaa
gattccattaatgttgctgtcaatgaaatgaagctgcaagcagaaagagggaagcagtag
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