Ailuropoda melanoleuca (giant panda): 100463913
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Entry
100463913 CDS
T01329
Symbol
RBM26
Name
(RefSeq) RNA-binding protein 26 isoform X6
KO
K13192
RNA-binding protein 26
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
]
100463913 (RBM26)
09182 Protein families: genetic information processing
03019 Messenger RNA biogenesis [BR:
aml03019
]
100463913 (RBM26)
03041 Spliceosome [BR:
aml03041
]
100463913 (RBM26)
Protein phosphatases and associated proteins [BR:
aml01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
100463913 (RBM26)
Messenger RNA biogenesis [BR:
aml03019
]
Eukaryotic type
mRNA processing factors
3' end processing
Negative regulators of mRNA 3' end processing
100463913 (RBM26)
Spliceosome [BR:
aml03041
]
Other splicing related proteins
Spliceosome associated proteins (SAPs)
RNA binding proteins (RBPs)
100463913 (RBM26)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
RRM_1
PWI
Nup35_RRM_2
RRM_Nup35
zf-CCCH
zf_CCCH_4
COG5_N
Motif
Other DBs
NCBI-GeneID:
100463913
NCBI-ProteinID:
XP_011224200
Ensembl:
ENSAMEG00000002458
LinkDB
All DBs
Position
7:complement(113090029..113177279)
Genome browser
AA seq
1012 aa
AA seq
DB search
MVSKMIIENFEALKSWLSKTLEPICDADPSALAKYVLALVKKDKSEKELKALCIDQLDVF
LQKETQIFVEKLFDAVNTKSYLPPPEQPSSGSLKVEFFQHQEKDIKKEEITKEEEREKKF
SRRLNHSPPQSSSRYRENRSRDERKKDDRSRKRDYDRNPPRRDSYRDRYNRRRGRSRSYS
RSRSRSWSKERLRDRDRDRSRTRSRSRTRSRERDLVKPKYDLDRTDPLENNYTPVSSVPS
ISSGHYPVPTLSSTITVIAPTHHGNNTTESWSEFHEDQVDHNSYVRPPMPKKRCRDYDEK
GFCMRGDMCPFDHGSDPVVVEDVNLPGMLPFPAQPPVVEGPPPPGLPPPPPILTPPPVNL
RPPVPPPGPLPPSLPPVTGPPPPLPPLQPSGMDAPPNSATSSVPTVVTTGIHHQPPPAPP
SLFTAVFVLPDTYDTDGYNPEAPSITNTSRPMYRHRVHAQRPNLIGLTSGDMDLPPREKP
PNKSSMRIVVDSESRKRTIGSGEPGAPTKKTWFDKPNFNRTNSPGFQKKVQFGNENTKLE
LRKVPPELNNISKLNEHFSRFGTLVNLQVAYNGDPEGALIQFATYEEAKKAISSTEAVLN
NRFIKVYWHREGSTQQLQTTSPKVMQPLVQQPILPVVKQSVKERLGPVPSNTIEPAEAQS
ASSDLPQNVTKLSVKDRLGFVSKPSVSATEKVLSTSTGLTKTVYNPAALKAAQKTLLVST
SAVDNNEAQKKKQEALKLQQDVRKRKQEILEKHIETQKMLISKLEKNKAMKSEDKAEIMK
TLEVLTKNITKLKDEVKAASPGRCLPKSIKTKTQMQKELLDTELDLYKKMQAGEEVTELR
RKYTELQLEAAKRGILSSGRGRGIHSRGRGAAHGRGRGRGRGRGVPGHAVVDHRPRALEI
SAFTESDREDLLPHFAQYGEIEDCQIDDSSLHAVITFKTRAEAEAAAVHGARFKGQDLKL
AWNKPITNISAVETEEVEPDEEEFQEESLVDDSLLQDDDEEEEDNESRSWRR
NT seq
3039 nt
NT seq
+upstream
nt +downstream
nt
atggtttctaaaatgatcattgaaaacttcgaggcactcaagtcctggctcagcaagact
ctcgagcccatttgtgatgcggatccatcagccctagcaaaatatgttcttgctttggta
aagaaagacaaaagtgagaaagagttaaaggcattatgtattgatcaactggatgtattt
cttcaaaaagagacacagatatttgtagaaaagctttttgatgctgtgaatacaaagagt
tatctacctcctccagagcagccatcatcaggaagcttaaaggtagaattttttcagcac
caagaaaaagatattaaaaaagaagagatcacaaaggaggaagagcgagagaagaagttt
tccagaaggctaaaccatagtcctccccagtcaagttcccgatacagagaaaatagaagt
cgtgatgagaggaaaaaagatgatcgttctcgcaaaagagattatgatcgaaaccctcct
cgaagagattcgtatagagaccggtacaatagaagacgaggccgaagtcgcagttacagc
aggagtcggagtcgaagttggagtaaagagaggcttcgtgaccgggatagggatagaagc
aggactagaagcagaagcagaacacgaagccgggaaagggatctagtaaaacctaaatac
gacctggatagaacagatccactagaaaacaattatactccagtctcttcggtacctagt
atttcatctggtcactaccctgtacctactttgagcagcactattacagtaattgctcct
actcatcatggtaataacactaccgaaagttggtctgaatttcatgaagaccaagtggac
cataactcatacgtaagaccaccaatgccaaagaaacggtgtagagactatgatgaaaag
ggtttctgtatgagaggagacatgtgcccttttgaccacggaagtgaccctgtagttgta
gaagatgtgaatcttcctggcatgctgccttttccagcacagccgccagttgttgaagga
ccacctcctcctggacttcccccacctccaccaattcttacacctccacctgtgaatctg
agacccccagtgccaccaccaggcccattaccgcccagcctaccacctgtcacaggacca
ccacctccacttcctcctttgcagccatctggcatggatgctcccccaaactctgcaacc
agttctgttcctactgtagtaacaactggcattcatcaccagcctcctcctgctccaccc
tctctttttactgcagtttttgtattaccagatacatatgacacagatggctacaatcct
gaagccccaagcataacaaatacttccagacctatgtatagacacagagtgcacgcacaa
aggcctaacttgataggactaacatcaggggatatggatttgccacccagagaaaagcct
cctaataaaagcagtatgaggatagtagtggattcagaatcgaggaaaagaaccattggt
tccggggagcctggagctcctacaaagaagacctggtttgataagccaaattttaataga
acaaacagcccaggcttccagaagaaggttcagtttggaaatgaaaatactaaacttgaa
cttagaaaagttcctccagaattaaataatatcagcaaacttaatgaacattttagtcga
tttggaaccttggttaacttacaggttgcttataatggtgatcctgaaggcgcccttatc
caatttgcaacatatgaagaagcaaaaaaagctatatcaagtacagaagcagtactgaac
aatcgctttattaaggtttattggcacagagaaggaagtacccagcagttacaaactact
tctccgaaggtaatgcagcccttagtccagcagcccattttgcctgttgtgaagcagtcg
gtcaaagagcggttgggtccagtaccttcaaatactattgaaccagcagaagcccagagt
gccagttcagaccttcctcagaatgtaactaagttatctgtgaaggacaggttgggtttt
gtatcaaagccatctgtttcagcaactgaaaaggtgttgtctacatctactggcctaact
aaaacagtgtataatccagctgctttgaaggctgcacagaaaaccttacttgtttccacc
tctgcagttgacaataatgaagcacagaaaaaaaaacaggaggcactgaaacttcagcaa
gatgtaaggaaaaggaaacaagaaattttagaaaagcacattgaaacacagaagatgtta
atttcaaaactggagaaaaacaaagcaatgaagtctgaagataaagcagaaataatgaaa
actttagaggttttgacaaaaaatattaccaagttgaaagatgaggtcaaagctgcttct
cctggacgctgtcttccaaaaagtataaaaaccaagactcagatgcagaaagaattgctt
gacacagaactggatttatataagaagatgcaagctggagaagaagtcactgaacttagg
agaaagtatacagaattacagctggaagctgcaaaacgagggattctttcatctggtcgg
ggtagaggaattcactcaagaggtcgaggtgcagctcatggccgaggcaggggtcgaggt
cgaggtcgaggtgtgcctggtcatgctgtggtggatcatcgtcccagggcattggagatt
tctgcgtttacagagagtgatagagaagatcttcttcctcattttgcgcaatatggtgaa
attgaagattgtcagattgatgactcttcactccatgcagtaattacattcaagacaaga
gcagaagctgaagcagctgcagttcatggagcacgtttcaaagggcaggatctaaaactg
gcatggaataaaccaataactaatatttcagctgtcgaaacagaagaagttgaacctgat
gaagaggaatttcaggaagagtctttggtggatgactcattacttcaagatgatgatgaa
gaagaagaggacaatgaatctcgttcttggagaagatga
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