Ailuropoda melanoleuca (giant panda): 100471038
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Entry
100471038 CDS
T01329
Symbol
UBN1
Name
(RefSeq) ubinuclein-1 isoform X3
KO
K17492
ubinuclein
Organism
aml
Ailuropoda melanoleuca (giant panda)
Brite
KEGG Orthology (KO) [BR:
aml00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
aml01009
]
100471038 (UBN1)
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
aml03036
]
100471038 (UBN1)
Protein phosphatases and associated proteins [BR:
aml01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
100471038 (UBN1)
Chromosome and associated proteins [BR:
aml03036
]
Eukaryotic type
Chromatin remodeling factors
Other chromatin remodeling factors
100471038 (UBN1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
UBN_AB
HUN
Motif
Other DBs
NCBI-GeneID:
100471038
NCBI-ProteinID:
XP_002924630
Ensembl:
ENSAMEG00000001673
UniProt:
G1L4E5
LinkDB
All DBs
Position
10:complement(34741872..34778854)
Genome browser
AA seq
1134 aa
AA seq
DB search
MSEPHRVQFTSLPGSLNPAFLKKSRKEEVGGTEQHQDSEPAAAAVRITLTLFEPDHKRCP
EFFYPELVKNIRGKVKGLQPAEKKKDLSDPFNDEEKERHKVEALARKFEEKYGGKKRRKD
RIQDLIDMGYGYDESDSFIDNSEAYDELVPASLTTKYGGFYINSGTLQFRQASESEDDFI
KEKKKKSPKKRKLKEGGEKIKKKKKDDTYDKEKKSKKSKFSKAGFTALNASKEKKKKKYS
GALSVKEMLKKFQKEKEAQRKRDEDHKPVAVSSAEAQGLRELEGTSDPLLSLFGSTSDND
LLQAATAMDSLTDLDLEQLLSESPEGSPFRDMDDESDSLGVGLDQEFRQPSSLPEGLPAP
LEKRVKELAQAARAAEGESRQKFFTQDVNGTLLDIEVQTRELSSQIRSGVYAYLASFLPC
SKDTLVKRARKLHLCEQGGRLKEPLQKLKEAIGRAMPEQMAKYQDECQAHTQAKVAKMLE
EEKDKEQRERMCSDEEEDEEKGGRRIMGPRKKFQWNDEIRELLCHVVKIKLESYDLERNN
KTQSWEDYVKAFLDAEVKPLWPKGWMQARTLFKESRRGHGHLTSILAKKKVMASSKIKMK
ESSTKPDKKVSVPPGQIGGPLALPSEHPGGGLSSGAANRELSAQAPGSLANPAPINLEDS
LDGDLIRNSASSLEVVSKELAVLSSRAGGSSEFPLPAPSKAPAEKMVGVMCSEEKRNFPK
PSPSAPSASSSLQSPLNFLAEQALALGQSSQEKKTESSGYKELSCQATLSKGLSEVHQSK
AKHHGLPRTSPAPQAAAPVPGPQVKVFHAGTQQQKSFTPPAPFVNKLQGPKPSSPQCHRS
LLQLVKTATKGQSFHPSTPASSGGIPASSSNSHKTPASSSTALSHPAKQHSSSSSGPSYK
NSPFASSVSKHGVSSGSSSSGGTPVQSSTSGNLLPGVQPPSTGQSASRPVPGSAVKKPPV
SQKLTLVAPPGGPNGDSSGGTQGVAKLLTSSLKSSAVSSVTSSTSLPKGTSGAVLLASSS
PLNLLSASYKSGSPKLPGAMNSNSLGIISQFPLHVLSFSAESSAKAGVSKDAIVTGPAPG
TFHHGLNHSLLAGLHSSPPRAAPLPHAAVSTHIPQSLPDASQLHGKGPGVPRKL
NT seq
3405 nt
NT seq
+upstream
nt +downstream
nt
atgtcggagccccacagggtccagttcacctctctcccaggttctctgaatcctgcattt
ttgaagaaatcccggaaagaggaggttgggggaacagaacagcatcaggactctgagccg
gctgcagcagctgttcggattacactcaccctctttgagccagatcacaaacgctgtcca
gagttcttctacccggagctggtgaagaacatacgagggaaggtgaaaggccttcaaccc
gcagaaaagaagaaagatctctcagatcctttcaatgatgaagaaaaggaaaggcataaa
gtggaggcccttgcccggaaatttgaagaaaaatatggtggaaagaaacgtagaaaagat
cggatacaggacctgattgacatggggtatggttacgatgaatctgactccttcatcgat
aattctgaggcgtatgatgagcttgttcctgcttctttgactacaaagtatggaggattt
tacattaattcgggaaccctgcaattcagacaagcatcagaatctgaggatgacttcatt
aaagaaaagaagaagaaatctccaaagaagcggaagttgaaggaaggtggtgagaagata
aagaagaagaaaaaagatgacacttatgacaaggagaagaaatcgaaaaagtccaagttt
tccaaagccggcttcacagccctcaatgccagtaaggagaagaagaaaaagaaatattct
ggggctttgagcgttaaagagatgctaaagaaatttcagaaggagaaagaggctcagaga
aagagggacgaagaccataagccggtagcggtctcatcggcggaagctcagggcctgcgg
gaattggagggcacctctgaccccttgctctcactctttggttccacttctgacaacgac
ttgctccaggcagccactgccatggactcgctgactgatttggacttggagcagctgctc
agtgagtctccagaaggaagccctttccgtgatatggatgatgagagcgattcccttggg
gtgggactggaccaggaattcaggcagccctcttccctccctgaaggcctgcctgcaccc
ctggagaagcgcgttaaggagctggctcaggctgccagagctgctgaaggagagagcaga
cagaagttcttcacccaagatgttaatggcaccctcttagacatagaggtgcaaactcgg
gagctgagtagccaaatccgttctggggtgtatgcctatcttgcttcattcctgccctgc
agcaaggacaccctggtcaaacgtgctcggaaacttcacctctgtgaacagggggggcgt
ctgaaggagcctctccagaagcttaaggaagccattggaagggcaatgccagagcagatg
gccaagtaccaggatgaatgccaggcccacacacaagccaaggtcgctaagatgctggaa
gaggagaaggacaaggagcagagggagcggatgtgctctgatgaggaagaagatgaggaa
aaggggggcaggaggataatgggaccccggaagaagttccagtggaatgatgaaatcagg
gagctgctctgccacgtggtgaagataaaactggagagctatgatctggagaggaacaac
aagacccagtcttgggaggactatgtgaaggcctttctggacgctgaggtcaaacctctg
tggcccaaaggctggatgcaggccaggactctgtttaaggagagcagacgaggccacggg
cacttgacatcaatcctggccaagaagaaagtaatggcctcttccaaaatcaagatgaag
gaatcgtctactaagcccgataaaaaggtttccgtcccaccaggccagattggtggcccc
ctggctttgccttcagaacacccgggaggaggcctgagcagtggggctgcaaacagggag
ctctcagcccaagcacccggcagccttgctaaccctgctcctatcaacctggaggactcg
ttggatggagacttgatccgtaattcagcctcctcgttggaggtggtgtctaaggaactg
gctgtgctgagcagcagagcaggtgggagctctgagttcccacttccggcaccctcaaaa
gcacctgcagagaagatggtgggcgtcatgtgttcagaagagaagaggaactttccaaag
cccagcccttctgccccgtcagcctctagttctctgcagtctcccctcaattttctggca
gaacaggctttggcactggggcagtcctctcaggagaaaaaaacagagagctctggctac
aaagagctgtcctgtcaggccacgctcagcaagggcctgtcagaagtgcaccagtccaaa
gcaaagcaccacggcttgccacggacgtctcctgcgccccaggcggcagctcctgtgcct
ggcccccaagtcaaagtttttcatgcaggcactcaacagcaaaagagcttcacccctcca
gctccttttgtcaataagctccagggcccaaagccttcctccccgcagtgccatcgttcc
ctcctccagcttgtgaagacagcaaccaaaggccagagcttccatccctccacgccggcc
tcttcaggaggcataccagcctccagcagcaactctcataagaccccagcctcgtcctcc
accgccctgagccatccagcaaaacagcattcatccagctcttcagggccatcttacaag
aatagtcccttcgccagctctgtctctaaacacggggtttcttctggcagctcttcctct
ggaggaacaccagtccagagctctacttccgggaacctgctccccggtgtacagcctccc
tccacaggacagtctgccagcaggcctgtcccaggctctgcggtgaaaaaaccacctgtt
tcccagaagctgaccctggtggcccctccgggtggtccaaatggagactccagtggtggg
acccagggagtggcaaagctactgacctcctccctgaagtccagcgcggttagcagcgtg
acatcgtctacctccttgccaaaaggaacgagtggggctgtgctgctggccagctcctcg
cccttaaatctgctgtctgcatcctacaagtccggcagcccgaaactgcccggagccatg
aactccaactccctggggatcatctcccagtttcccctccacgtgctctccttcagcgcc
gagtcctctgccaaagcaggggtttcgaaggatgccattgtcacgggtcctgcccctggg
acattccaccacggcctcaaccatagtctcctggctggcttgcactccagcccaccccgt
gcagcgcctctcccacacgctgccgtgtccacccacatcccgcagagtctgccagatgct
tctcaacttcatggaaaagggcctggtgtaccacggaaattgtga
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