Ficedula albicollis (collared flycatcher): 101806270
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Entry
101806270 CDS
T02815
Symbol
CHAMP1
Name
(RefSeq) chromosome alignment maintaining phosphoprotein 1
KO
K22593
chromosome alignment-maintaining phosphoprotein 1
Organism
fab
Ficedula albicollis (collared flycatcher)
Brite
KEGG Orthology (KO) [BR:
fab00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
fab03036
]
101806270 (CHAMP1)
Chromosome and associated proteins [BR:
fab03036
]
Eukaryotic type
Heterochromatin formation proteins
Other heterochromatin formation proteins
101806270 (CHAMP1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
zf-H2C2_2
zf-C2H2_ZNF462
zf-H2C2_5
zf-C2H2_4
zf-C2H2
Zn_SUZ12
Motif
Other DBs
NCBI-GeneID:
101806270
NCBI-ProteinID:
XP_005037555
UniProt:
U3KKL4
LinkDB
All DBs
Position
1:28496921..28508299
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AA seq
989 aa
AA seq
DB search
MDMLQILRKTTERLECDYCSFRGTDYENIQIHMGTVHPECCDEMDAAGLGKLIFYQKSAK
LFHCHKCFFTSKMYCNVYYHIKAQHAAPEKWNEEQKEQQIEGDSDSSKKSVTLEPQKPTL
SPESLKPALSPELPKSEPVVSPKLQKSSLSPEPQKSAQVTSSEPEKSVQTVSPDPENSAQ
ATSPDPEKLASSVSPDPQKLSPVMSSDPQKLSPVVSPDPQKPSPVVSPDPQKLSPVVSPD
PQKSSPVVSPDAQKLSPVMSPDPQKPSPVVSPDPQKPSPAVSPDPQKPAPAVSPEPRRHS
PAMSPEPRRHSPAVSPEPRRYSPAVSPEPKKPPAAVSPEPRRYAPAASPEPRRHPSQTRR
PASASSPESRRPASAVSPESWRPGPAVSPEPWRSSPHEVQKSSPVSPWASKPAMSVSVEP
RRSAPESRRPGPVVLPESRRLVSDSCKSTSFSESQKSTLVSSEPWKPISSVYPEGWKPVL
SPDTWKHSPPVSPELRKSSHTVSSDSWKPSFFPEVRKPGISVSPESWKLTESRKSMYFPE
TQKSPSAASSEIQKRAHFPEPRKRVLFPETRKSNPTASTDAQKRAVFSEPQNQMSTSAAS
TEGQKQALCSEAQKSALVSSEVQKHALFSEAQKLTSISSEVQESTSFLESQKSISPEVQK
HGLFTESQKPTPVSPETLKQAVFTDCQKSAVSPDVQKHAVFSEMQKPAAALTSDVQRHAE
TTVPSEIQKTILFSEPHKSASGFFSEPQTPSESGESDFLSHTLDDQKPLDDLFSQDEQSI
LAKESPEHMLYSCPKKKPKKENQENSDSELNSSECGKTAMDSMEIKEQESNSDQEQYDME
SSDYSKESKMDATTPTQPQCVLQFTEEKEAFISEEEIAKYMKRGKGKYYCKICCCRAMKK
GAVLHHLVNKHNVQSPYKCKICGKAFLLESLLKNHVAAHGQSLLKCPRCNFESNFPRGFK
KHLTHCQSRHSDEIPKKHLDSLEPLEEQI
NT seq
2970 nt
NT seq
+upstream
nt +downstream
nt
atggacatgttgcagatactacgtaaaaccacagagcgcttggaatgtgactactgcagc
ttcaggggaactgactatgaaaacatacaaattcatatgggtaccgttcacccagagtgt
tgtgatgaaatggatgctgctggtttgggtaaacttatattttatcaaaaaagtgcaaaa
ctgtttcactgccataaatgtttctttaccagcaagatgtattgcaacgtatattatcac
atcaaagcacagcatgcagcacctgagaagtggaatgaagagcagaaagagcaacagata
gaaggagattcagattcatccaaaaagagtgtcacgttggagccacagaaacctaccctt
tcccctgagtcactcaagcctgccctttctcctgaactccccaaatctgaacctgttgtt
tcccccaagcttcagaaatcttctctgtctccagagccccagaagtctgctcaggtgact
tcctcagagccagagaagtcagtccagactgtgtccccagatccagaaaactcagcccag
gctacatctcccgatccagagaagttagcctcatctgtgtcccctgacccacagaagctg
tcccctgtcatgtcttctgacccacagaagctgtcccctgtcgtgtcccctgacccacag
aagccgtcccctgtcgtgtcccctgacccacagaagttgtcccctgttgtatctccagac
ccacagaagtcttcccctgttgtatctccggacgcacagaagctgtcccctgtcatgtcc
cctgacccacagaaaccgtcccctgtggtgtctcctgacccacagaagccctctcctgct
gtgtcccctgacccacagaagccagccccagccgtgtccccagagccccgccggcactcc
cctgccatgtccccagagccccggcgccattctcccgctgtgtctccagagccccgcaga
tactccccagctgtgtccccagagccaaagaaacctcctgcagcagtgtcccctgaacca
cggcggtatgccccggctgcgtcccctgagccacggcgacatccctctcaaacgcgtcgg
cccgcttctgcttcttctcctgaaagccggaggcctgcttctgcagtttcaccagagtca
tggagacctgggccagctgtttcccctgagccctggaggtcttcacctcacgaagtgcag
aagtcctccccagtttctccctgggcttcaaagcctgccatgtcggtgtccgtagaaccc
cggaggtctgcccccgagtcccgaaggcctggtccggttgtgttgccagaatctaggaga
cttgtttctgattcgtgtaagtctacgtccttttctgaatcccagaagtctactctcgtt
tcttctgagccctggaaacccatctcatctgtttaccctgaaggctggaaacctgtcctg
tcccctgacacatggaagcattctccccctgtttctcctgagcttcgaaagtctagtcac
actgtttcctctgactcttggaagccttctttcttccctgaggtccgtaagcctggtatt
tcagtatctcctgaatcttggaaactcactgagtcacggaaatctatgtattttcctgaa
actcagaaatccccctctgctgcttcatctgagattcagaaacgggctcatttccctgaa
cctcggaaaagagtgttgttcccagagactcgtaaatcaaatcctactgcttctactgat
gctcagaaacgtgctgtgttttctgagccccagaatcagatgtctacttctgctgcttct
actgaaggtcaaaaacaagctctgtgttctgaagcccaaaaatctgctcttgtttcttcc
gaagtccagaagcatgccctgttttctgaagcccaaaaactcacttccatttcctctgaa
gttcaggagtctacttcctttctagagtctcagaaatccatatctcctgaagttcagaaa
catggcctctttaccgagtcccagaaacctactcctgtttctcctgagacactcaagcaa
gctgttttcacagactgccagaaatctgctgtttcccctgatgttcaaaagcatgctgta
ttttctgagatgcagaagcctgctgctgctctaacctctgatgtccagagacatgctgaa
actactgtaccttctgaaatccagaagaccatcctgttttccgagcctcacaagtctgct
tcgggctttttttctgagccccaaacacctagtgagtctggtgagagtgactttctctct
cacactttagacgatcagaaaccactggatgatttattctcacaggatgaacaatcaata
ttagccaaagaatcgcctgaacacatgttatattcatgcccaaaaaagaagcccaagaag
gaaaaccaggagaactcagattctgaactaaatagcagtgagtgtggaaaaacagcaatg
gactcaatggagataaaggagcaagaatccaacagtgaccaagagcagtatgatatggag
tcatctgattacagcaaagagagcaaaatggatgcaactactcctacgcagccacagtgt
gtgcttcagtttactgaagagaaagaggctttcatctctgaggaagaaatagcaaaatac
atgaagcgtggcaagggaaagtattactgcaaaatttgttgctgtcgtgcaatgaaaaaa
ggtgctgtcttgcaccatttagttaacaagcataacgttcaaagcccatacaaatgtaaa
atatgtggcaaagcttttctcttggagtctcttcttaaaaatcatgttgctgctcatggt
caaagtttgttgaagtgtccccgttgtaattttgaatcaaattttccccgaggctttaag
aaacatttaacccattgccaaagccgtcatagtgatgagatacctaaaaaacacttggac
agccttgaaccacttgaagaacaaatttaa
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