Anas platyrhynchos (mallard): 101802220
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Entry
101802220 CDS
T02816
Name
(RefSeq) LOW QUALITY PROTEIN: centromere-associated protein E
KO
K11498
centromeric protein E
Organism
apla
Anas platyrhynchos (mallard)
Pathway
apla04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
apla00001
]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
101802220
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
apla01009
]
101802220
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
apla03036
]
101802220
Protein phosphatases and associated proteins [BR:
apla01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
101802220
Chromosome and associated proteins [BR:
apla03036
]
Eukaryotic type
Centromeric chromatin formation proteins
Kinetochore proteins
Centromere proteins
101802220
SAC (spindle assembly checkpoint) factors
Motor proteins
101802220
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Kinesin
Microtub_bd
Pox_A_type_inc
Motif
Other DBs
NCBI-GeneID:
101802220
NCBI-ProteinID:
XP_038034154
LinkDB
All DBs
Position
4:complement(6405743..6438700)
Genome browser
AA seq
2009 aa
AA seq
DB search
MADEGAVTVCVRLRPLLARESALGDEAAPHWRSEGNTVSEVSGARAFSYDRVFHSSDNTQ
QLYEGVAVPIIQSAVQGYNGTIFAYGQTSSGKTYTMMGNEDCVGVIPKAVQHVFKLICEI
PDREFLLRVSYMEIYNETITDLLCDTRKKKPLGIREDVNRNTFVEDLTEEVVVSPEEVME
WIRKGEKNRHYGETKMNEHSSRSHTIFRMIIESRERSDLANANCDGAVMVSHLNLVDLAG
SERASQTGSEGLRLKEGCNINRSLFILGQVIKKLCDDPSGFINYRDSKLTRILQNSLGGN
AKTVIICTITPVSFDETLSTLQFAHTAKGMKNTPKVNEVLNDDALLKRYRKEILDLKKQL
EEVSLKTQLHAVEKDQLAQLLEEKLSLQKAQEDRIRNLTEMLVTSASFSAKQDIKAKKRR
RVTWAPGKITQKNVNYFEDFEKTELTETKKMKASLSLLPATFSESSENDNQRLTLPDQIL
DTEWTPGPDMNWTQKDFEESTQCCEVSTLEKDLAVSEVNVLKANLNKVVLENEQLKLEVN
EMKAKLKEKRETEEFEMLEKQTQKEHETELMHEVTSLKNVVSNVEAHNVELEAEISSKLE
QLKEKENKIKTLQNRVEELQKAGLEKKDACVSAVNRDFGKLLEEVQQLTKSLLDSEAIAL
DAKKESSFLRTENLELKEKMNELLSNYKQMQKDVQLYQSQIEAGKASYKKMEADLQKELQ
SVFQENTRLTSLMEGKVPKDLLSVVELEKKASDIKAELEKALEENALLQKQTLEKCEELR
LLELEREKLLSEAADNEVKLKHMTEEIGKLKEDLADAQLKYENSDQEYVALKQLHEELEL
KYVAASENSEQMKLQIERLSKEAEESETALDDVKLELSNKMKELEKKTAEQEHLLGVRED
LIQTQQKLNEMEQLKEQEKIMESRLEAKDSELQAVLQQLSGCREEIKTLTQERDDLKQRE
ETLQAEKDQLSEDIKDTVSMNILAHEELRNAQSSLKQSQETVKKLEKSLSEKESQMLSVE
ETLRKTISDLERQLAEVTENLTRVSSEYDTLLAEKEQAERRMKEHVCPEPEKVAVLNQEK
EELQQMVEVSKAEREQLEANCQKARREYLSEVLTEMESLQEELKHHKEQAAIQKNLIAEG
EEKQQKTEEKLTEEINRLKEKINALSEDLNLVTKERQQLLGELKEKTESENKDNELQQLE
KRCAVLAWERDEFEELLEAVQAEKNKLEVNLQKSVDKLVETENELKRQQELLSNEKIKAE
EREERLLKVQRRSEIVQDSLTSKIQQLTETLDSVSNEKDRLLAERTSHSCQLKEQMSSAT
EEKDELQKLLQDIRSERDQLSMELQKTSEMYIETSAELECALSKLKERSLSDVSVQVDAL
DNAEQMDDDSLKAKTMRIKELLELFPSVEKRYECLYHYVSXXGEDLNSQKAVIAAILTQL
SPEQNKQVKRLQMENEKINTHFQRLLDRLKFQFRHLCSKKMEYHATVNKYAMELLEEKRK
QDQLQAQIRCLKEFHLNQKEIPARVVNSREVLQSLHSDAENIIKDIAEMESELLSIEAEL
QKEESAGKETARFWEACSGLHCDAEELKEALRKDNERLLQVIKFWTAKVKTFSPLNSELN
DRTSNYCKNADAEYKRTKEKTEELLQELNTLKEQLAPGGSAHLLLEEENNRLHNRLKAAE
QDKKAMEVKIQKLENIVKEAEKNVREKDDRINQLQAQMRVKAAMSELTQLEAKLNETEKC
LSTVLAENRSLQEKLNKGAELYKEEIDNLKTQLVRYDLDRMKQSKIFDMQLANYKAVAEH
QEEQLRKLKEELRRAQQDQDVTVVSKETPQQYQKPLTCGGGSGIVQSTHVLVLKSEQAKL
QKENLQLKKQISFLDICRSEEVLIGRCERVYNEAQLKDELRKWKERALKLKEKSSRETTR
ETAPRSPGKKVSDSLKEQIPSFKEPPSQETVTPDASRPLQLSPPTNIFDTSNLGTLTDVP
PAGTEPTEEPLSQWLGASEKDEAPDCTTQ
NT seq
6030 nt
NT seq
+upstream
nt +downstream
nt
atggctgacgaaggggccgttaccgtctgcgtgcggctgcggccgctcctcgccagggag
agcgctctgggggacgaggcggcgcctcactggaggagcgaggggaacacggtctcagaa
gtgagcggtgcccgagccttcagctacgatcgtgtctttcactcaagtgacaacacacag
caattgtacgaaggtgtagctgttccaattatacaatcagccgtgcaaggatacaacggc
acaatctttgcttatggacagacctcctcagggaagacgtacaccatgatggggaacgaa
gattgtgtaggcgttattcctaaggcagtccaacatgtcttcaaacttatttgtgagatt
ccagacagagaattcttgttaagagtttcctacatggaaatctacaatgaaaccattacg
gatttgctttgtgataccaggaaaaagaagcctctaggaattcgtgaggatgttaataga
aatacatttgtagaagacctcactgaagaggtggttgtttccccagaagaagttatggaa
tggatcaggaaaggagaaaaaaatcgccattatggggaaacaaaaatgaatgagcacagc
agccgttctcacaccatcttcagaatgataattgaaagccgagaacgaagtgaccttgca
aatgcaaactgtgatggagcagtgatggtgtcgcacttgaacttggtagatctggcaggc
agtgaaagagctagtcaaacaggatctgaaggtctccgactgaaagaaggctgcaatata
aatcggagtttgttcattctgggccaagttatcaaaaagctttgtgacgacccttctggt
ttcataaattaccgtgacagcaagctgactcgaattctacagaactctcttggaggaaat
gctaagacggttattatttgtacaatcactcctgtttcttttgatgaaacactcagtact
cttcagtttgcccatacagccaaaggaatgaagaatacgccaaaagtcaatgaagttctt
aatgatgatgccctcctgaagagatatcgcaaagaaattctggatttgaaaaagcagctg
gaggaagtgtctctgaagactcaacttcacgcggtggaaaaagatcaactggcccagttg
ctggaagaaaaactttctcttcagaaagcgcaggaggataggatacgaaacttaactgag
atgctggtgacttctgcctcgttttcagcaaaacaggatattaaagccaagaaaagaaga
agagttacatgggctcctggtaaaataacccagaagaatgtgaattattttgaagacttt
gaaaaaacggaattgactgaaacaaaaaaaatgaaagcatccctgtctttactaccagct
acattttctgagagttctgaaaatgacaaccaacgtttaactcttcccgatcaaattttg
gatacagagtggactcctggacctgacatgaactggactcagaaagactttgaagaatct
acgcaatgctgtgaagtttcaacgctagaaaaggaccttgctgtcagtgaagtcaatgtc
ctaaaagctaacttgaataaagtcgtattagaaaatgaacagctgaaattagaagtaaat
gaaatgaaggcgaaactgaaggaaaagagagaaacagaagaatttgaaatgctggaaaag
caaacacaaaaagagcatgagacagaactaatgcatgaagttaccagcctaaagaatgta
gtttcaaatgtggaagcgcacaatgtagaacttgaggcagaaataagctccaaattggaa
cagctgaaagagaaagagaacaaaataaagacgttacagaatcgtgtggaagaattgcag
aaagcaggattggaaaaaaaggacgcatgtgtttcagctgtaaatagagatttcggtaaa
ctacttgaggaagttcaacagttgaccaaatccctcttagatagtgaagctatagccttg
gatgccaaaaaagagtcttcttttctcagaactgagaatctggagctgaaggagaaaatg
aatgaactcttaagtaattacaagcaaatgcaaaaggatgtgcaactctatcaaagtcaa
atagaagcaggaaaagccagctacaaaaagatggaagctgacttgcagaaagaattgcag
tctgtatttcaagaaaacacaaggttaacttcactgatggagggtaaagttccaaaagat
ttgctttctgttgtggagctggaaaaaaaggcatctgatataaaagcggagctagaaaaa
gcgttggaagagaatgcactcctacaaaaacaaactctcgaaaaatgtgaggagctacgc
ttactagaactggaaagagaaaagctgctctctgaggcagctgataatgaagttaaactg
aagcatatgactgaagaaattgggaaactgaaagaagatctagcagatgcacagcttaag
tatgagaactccgatcaggaatatgtagcacttaagcagctgcatgaagaactagaacta
aaatacgtagctgcgtcggagaacagcgaacaaatgaaactccaaatagaacgtctatct
aaagaagcagaagagtctgaaacagccttggacgatgtgaaattggagctctctaacaaa
atgaaagagttggaaaaaaagacagcagagcaggagcatcttcttggtgtaagagaggat
cttattcagactcagcagaagctaaatgaaatggaacaattgaaagagcaagagaagatt
atggaatcgagattggaggccaaggattcagagttacaggcagttcttcaacagcttagt
ggatgtcgggaagaaataaaaactctcactcaggaaagagatgacctgaaacaaagagag
gagactctccaagctgagaaagaccagctcagtgaagatatcaaggacactgtttcaatg
aacattttagcgcacgaagaactgagaaatgcacagagttctttgaagcagtcccaggaa
actgttaagaaattggagaaaagtctttctgaaaaagagtctcagatgctgagtgttgag
gagacactaaggaaaaccatcagtgaccttgaaagacagctggctgaagtaactgaaaac
ctgactcgtgtctcttctgagtatgacacgctacttgcagaaaaagaacaggctgaaaga
agaatgaaggagcacgtctgtccggagcctgagaaagttgctgtacttaatcaggagaaa
gaagaactgcagcaaatggtagaggtctctaaagcagagagagagcagttagaggctaac
tgtcagaaagcaagaagagagtatttgtcagaagttctgacagaaatggaaagtctgcag
gaagaactaaagcatcataaagagcaagctgctattcagaagaacttgatagcagaagga
gaagagaaacagcaaaagactgaagaaaaactaactgaagaaataaacagactgaaagag
aagataaacgcgttgagtgaggacttgaatttggtaactaaggaaaggcaacagctgctg
ggagaactaaaagagaagactgaaagtgaaaacaaagacaatgaacttcaacaactagag
aaaagatgtgctgtgttagcatgggagagagatgagtttgaggaactgctggaagctgtc
caagcagagaagaacaaactggaggttaacctacagaagagtgttgataagcttgttgaa
acagaaaacgaattgaagcggcagcaagaactcctcagcaatgagaagatcaaagctgaa
gaaagggaggaacgtctgttgaaggttcagaggaggtcagagattgtacaggacagccta
acaagtaagattcagcagttaactgagacgctagatagtgtatcaaatgaaaaagaccgg
ctattggctgagagaactagtcattcttgtcagcttaaagaacaaatgtcatccgctact
gaagaaaaagatgagctacaaaaacttcttcaggacatcaggtctgaacgggaccagctc
agcatggaattgcaaaaaacctctgagatgtatattgaaacgagtgctgaactggaatgt
gctctaagtaaactgaaggagagaagcctgagcgacgtgtctgttcaagtggatgcactg
gataacgcagaacagatggatgatgacagcctgaaggcaaaaaccatgcgaattaaggag
cttctggagctattcccaagtgtggagaagaggtatgagtgtctctaccattatgtctcg
tagtaaggagaggatctgaatagccagaaagcagtgatagctgcgatactgactcagctt
tcaccagaacaaaataagcaagtcaaaagactccaaatggaaaatgagaaaatcaacact
catttccagcgtttattggacagactcaagttccaattccgtcatctttgctccaagaaa
atggagtatcatgctactgtgaacaagtatgcaatggaattgcttgaggaaaagagaaaa
caagatcagctgcaagctcaaattcggtgtctcaaggagtttcatttgaaccagaaggaa
atacctgctcgagtggtaaacagtcgggaagtgctgcagagtttgcattcggatgcagag
aatattatcaaagacatagcagaaatggaaagtgaacttctcagcatagaggcagagtta
cagaaggaagaaagtgctggaaaagaaacagcacggttctgggaagcttgttcaggactc
cactgtgatgcagaagaacttaaagaagcgctaagaaaagacaatgaaaggcttttacaa
gtcattaagttctggactgcaaaagtgaagacattctctccactgaattcagagttgaat
gacagaacttccaactactgcaaaaatgctgatgctgaatataaacggacaaaagagaag
actgaagagttgcttcaggaactaaacacccttaaggaacaactggcccctggtggctct
gctcatcttctgctagaagaagaaaacaacagacttcataaccgcttaaaggctgcagaa
caagataaaaaggctatggaagtaaaaatccaaaagttggaaaacatagtaaaggaagcg
gaaaaaaatgtcagagaaaaagatgacaggattaatcagttacaagcacagatgagagta
aaagcagctatgagtgagctcacccagctggaagccaaactgaatgagacagagaaatgc
ctcagcactgtcctagcagaaaatcggagtctccaggaaaaattaaataaaggtgccgag
ttgtacaaagaagaaattgataatctcaaaacacagttggtaagatatgacctggacaga
atgaagcaatcaaagatttttgatatgcaacttgctaattataaagctgttgcagaacac
caagaagaacagttaagaaagctaaaagaagaactcagaagagcacagcaagatcaagac
gttactgtggtgtctaaagaaactcctcagcaataccaaaagccccttacttgtggtggt
ggcagtggtatagttcagagcacacacgtgcttgttttaaaatctgaacaagcgaagcta
cagaaagagaacttgcagctgaagaaacaaatttctttcctggacatctgtagaagtgaa
gaagttttgattggaagatgtgaaagagtctataatgaggctcaattgaaagacgaactt
agaaaatggaaagagagagcgctaaaattgaaagaaaaatcttcgagagagactactcga
gagacagcaccaaggtctccagggaagaaagtgtcagattcccttaaagagcaaattcca
tccttcaaagagcctccttctcaggaaacggtgactccagatgcatcaaggcctctgcaa
ctgtcgcctccaacaaatatctttgatacttccaatttaggtacgctaacagatgtgcca
cctgcaggaacagagcccacagaagaacctcttagccagtggcttggagcttcagagaaa
gatgaagcccctgattgtactacccagtga
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integrated database retrieval system
