Acanthisitta chloris (rifleman): 103804951
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Entry
103804951 CDS
T08456
Symbol
UBN2
Name
(RefSeq) ubinuclein-2
KO
K17492
ubinuclein
Organism
achl
Acanthisitta chloris (rifleman)
Brite
KEGG Orthology (KO) [BR:
achl00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
achl01009
]
103804951 (UBN2)
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
achl03036
]
103804951 (UBN2)
Protein phosphatases and associated proteins [BR:
achl01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
103804951 (UBN2)
Chromosome and associated proteins [BR:
achl03036
]
Eukaryotic type
Chromatin remodeling factors
Other chromatin remodeling factors
103804951 (UBN2)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
UBN_AB
HUN
Motif
Other DBs
NCBI-GeneID:
103804951
NCBI-ProteinID:
XP_009075833
LinkDB
All DBs
Position
Unknown
AA seq
1180 aa
AA seq
DB search
KKSVHSEDPFNDEQRERHEVEMLAKKFEAKYGGKPHKHRKDRLQDLIDIGYGYDETDPFI
DNSEAYDELVPASLTTKYGGFYINTGTLQFRQASESEDEDFAEDKKHRPPKIAKLKESED
HAMKKRKRKDEGTEKEKKPRKMKVPKQLGVMALNSHKSEKKKKKLYKDSLSLAAMIRKFQ
KEKEAMRKKESSPKPPVTVATSTPSKIPSSSLSAGNDISDLNLRISDPVLSIFGSTNEPE
LLQEAESALEMLGDIDFDKLLDGTSDGSPVSELSGENGNVTQATYTSQVMTPKQVPALPE
GLPVLLEKRIGDLRTAAKMFDEEGRKKFFTQDMNNILLDIELQLQEVNPAIRNGVYSHLE
AFVPCNKDTLIKRLKKLHLNVQDDRLREPLQKLKLAVSNVMPEQLCKYQEDCQARSQAKN
AKLQAEDERDKNGSEEDDDEKPGKRVVGPRKKFHWDDTVRSLLCNLVKIKLGCYELEPNR
SQSAEDYLKTFMETEVKPLWPKGWMQARMLFKESRSVHNHLTSAPAKKKVILAPKPKVKD
SSPKKEQKPCMSSGNSSCAAVLNSSAPVCTVASSSCTPAPETICLDDSLDEDLSFHPPSL
DSISDALAVINNGAKGSPLGSTIDTTTSRPRPGLREEKLASIMSKLPLATSKKVEPTQTP
HSSSLIAGHTGPVPKKPQDLVHTGISSGLIAGSSIQNPKVSLEPLPAKLLQQGLQRSSQI
QAASSSSQTHVSSSKTQAAISTSSQRTKDANILVSSSEAQGGSSSTSQVTKVHQHSAVQQ
KYVSPLQATISKSQTNPVVKLSSNPKLSCSSPVIKAQDKSVVYRLPLSNPSSGSGSQVSH
PLVSRTSSSTSTSSNYLAKAMVSQVSSQGFKPPFSMAASPKPAASPKPTSSKPSVTPKPN
ASPKFSSKSTSSPRPATTPSSSSSSALVSQSSHSSNNPLHKQTSGVNISRQSPTVNLLSS
NRTSGLQPAKNPQASSKLPNSTPSGTVGKNNLGGVGMNVPASRGSNLNSSGASRTSLSGG
AGSGTQGATKQLSTPHRPSSASGSPVVAVSVQSTAGASLLANASPLTLMASPLSVTSQNV
TSAPLTPFGMLGGLVPVTVPFQFPLELLSFGTDTAGVTTTSGSTSAAFHHSLTQNLLKGL
QPGAQHAATLSHSPLPAHLQQAYTDGGQSKGDTKLQRKNQ
NT seq
3543 nt
NT seq
+upstream
nt +downstream
nt
aagaaatcagttcactcagaagatccattcaatgatgaacaacgagaacggcatgaagtg
gaaatgcttgccaagaagttcgaggcaaaatacggtggaaagccccacaaacatcggaaa
gatcgtctgcaggacctgattgatataggttatggttacgatgaaactgaccctttcatt
gataactctgaagcgtatgatgaattggttcctgcatccctgacaaccaaatatggaggg
ttttatatcaacactggtacactacagttccgccaggcatcggaatcagaggatgaagac
tttgcagaagacaaaaagcataggccaccaaaaatagcaaagttaaaagaaagtgaagat
catgcgatgaagaagcgcaagaggaaagatgaagggacagaaaaggagaagaagcctcgg
aaaatgaaagttcctaaacagttgggagtaatggccttaaattcacacaagtctgagaag
aagaaaaagaaattgtataaagactcgctctctctggctgccatgatccgtaaatttcaa
aaggagaaggaagccatgaggaagaaggaatctagtccaaaacctccagtgactgttgca
acctctacccctagtaaaattccttcctcttctctcagtgcaggaaatgatatctctgac
ttgaatcttaggatcagtgatcctgtcctctccatttttggtagcacaaatgaacctgag
ctcctgcaagaagctgaaagtgccctggagatgctgggagacattgactttgacaagttg
cttgatggcacttctgatggcagcccagtatctgagctgtcaggagaaaatggaaatgtc
actcaggcaacctacacctctcaggtcatgacacccaagcaggtgcctgccctcccagag
ggtctgcctgtgctacttgaaaagcgcattggagaccttcgaacagctgccaagatgttt
gatgaagaaggcaggaagaagtttttcacacaagacatgaataatattctgctggatatt
gagctgcagttgcaggaggtaaatcctgccatccgcaatggagtgtactctcaccttgag
gcttttgtgccatgcaataaggacacattgataaagcgtctgaagaagttacacctcaat
gtccaggatgaccgcttgagagaaccactgcaaaagctgaaactggctgtcagcaatgtc
atgcctgaacagttatgcaagtatcaggaggactgtcaggctcgcagtcaggccaagaat
gccaagttgcaagcagaagatgaacgagataaaaatggatcagaggaagatgatgatgag
aaacctggaaagagggttgttggacccagaaagaagtttcactgggatgacacagtgagg
tctctgttgtgtaatcttgtcaagatcaagctgggatgctatgagctagagccaaataga
agtcagtctgctgaagattacctcaaaacttttatggaaacagaagtgaaaccactttgg
cctaaaggctggatgcaggcaaggatgctttttaaagaaagccgaagtgttcacaatcac
ctcacctctgctccggcaaagaagaaggtgattctggcccctaaacccaaagtgaaggac
tctagtccaaagaaagaacagaaaccctgtatgtcttcaggcaattcaagttgtgctgct
gtactgaattccagtgcacctgtctgcactgtagccagctctagctgcaccccagctcca
gagacgatctgcttggatgactcactggatgaagacctctctttccacccaccctcactg
gactcgatttctgatgctttggcagttataaataatggtgccaagggatcacctcttggg
tccaccatagacacaacaacatccagacctcgccctgggctgagggaagagaaattagca
agcattatgagtaagttgcctctggcaacttcaaagaaagtagagcccactcaaacaccc
cattcatcaagtcttattgctggtcacacagggccagtaccaaagaaaccccaggaccta
gttcacactggtatctcttcaggccttattgctggatcttcaattcaaaatcctaaagtt
tccttagagcctttgccagccaaactacttcagcaaggactacagaggtcaagtcagatc
caagctgcttcctcctcttctcagactcatgtttcttcctctaagacccaagcagctatt
tccacctcctctcaaagaaccaaggatgctaatatcttggtatcatcttctgaggctcaa
ggtggctcttcctcaacatcacaagtgacaaaggtgcaccagcattcagctgtacagcag
aaatatgtatctcctttacaagcaactattagtaaatcacagaccaatccagtggtgaaa
ttgagtagtaatcccaaactgtcttgctcatcacccgtcatcaaggctcaagataagtct
gtagtatatcgcctgcctttgtctaatccctcatctggaagtggctctcaagtgtctcac
ccactggtttctcggacatcatccagcacctctacctctagtaactatttagccaaggct
atggtgtcacaagtttcttcccagggtttcaagcctcccttctccatggctgcctctccc
aaacctgctgcctctcccaagcctacttcatctaagccctctgtgacacccaagcccaac
gcatcgcctaaattttcatccaagtccacctcatcccccaggcctgcaacaacacccagt
tcttccagttcaagtgcactagtttcccagagtagccactccagcaacaacccccttcat
aaacagaccagtggtgtaaatatcagcaggcagtctcccacagtgaatttgctgtcctct
aatcgcacctcaggccttcagcctgcaaagaaccctcaggcttcttcaaaattgcccaac
tctactccttctggaactgttggtaaaaataatttgggtggagttggaatgaatgtacct
gccagcagaggcagtaaccttaactcaagtggagctagtaggactagtctgtctggggga
gcaggaagtggaacacagggtgctactaaacaattgtcaactccacacagaccatcttct
gcctcagggtctccagttgtagcagtcagcgtgcagtcaacagcaggagcatcgttactg
gctaatgcctcacctctgactctcatggcatcacccctgtctgtcaccagtcagaacgtg
acgtctgcaccattaactccttttgggatgctgggtggccttgttcctgtgactgtgccc
ttccagtttcctttggagctgcttagctttgggacggacacagctggagtgacaaccacc
tcgggatctacctcagcggctttccaccacagcctaactcagaacttactgaagggttta
cagccaggtgctcagcatgcagcgacgctgtctcactcacctctgcctgctcacttgcag
caagcttatacagatggaggccaaagtaaaggggacactaagttacagcggaaaaaccag
tga
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