nup153 Summary [species: Xenopus laevis and Xenopus tropicalis] - Xenbase Gene Catalog

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Summary

Gene Literature (40)

Nucleotides (240)

Interactants (46)

XB-GENEPAGE-6453060

[provisional- machine annotated only] Gene Symbol: nup153 [Predicted: Source is Human Entrez Gene] Gene Name: nucleoporin 153kDa [Predicted: Source is Human Entrez Gene] Synonyms: n153 Add Xenopus synonyms Gene Function: Interactants: nup214(12) , nup62(11) , nup98(10) , kpnb1(7) , ran(7) , ranbp2(7) , xpo1(4) View All

XB-GENE-6453061

XB-GENE-6251581

Molecules		tropicalis	laevis
Gene		JGI XT Genome 7.1 JGI XT Genome 4.1 Ensembl 4.1	JGI XL Genome 6.0
		Entrez Gene	Entrez Gene
mRNA		NCBI Nucleotide >XM_002932690\|PREDICTED: Xenopus (Silurana) tropicalis nuclear pore complex protein Nup153-like (LOC100492369), mRNA CAAGTTACCTCCCCATTGCTGCTGCTGCTGCCGCCGCTGCTTCCACTACACTTCCCAGCAGGCAACGCGCGGCCGTACGTATTGCGTTGCGAGTTACGTGCGCGGACGCAGTGCTGAGGGAAGGCGGTAGGGAAGGCAGTTGAGCGGGTAGCGAGGAGAAGAGGCCTGGAAACGCGCGTACGCAGCTGTTTCGGGGCCACGGAAGCTTCCCCAGTGCGTGTTTCCCCACTTCCACAGGGGCTGCTGAGCGGTGCCTGTCGGGAGTTGTTACGCTACAGTTGTATTAGTGAGGGCGCAGTCGGGGGGGGGGGACCTCGGGCCAAGAGTGACCCGAACAGGGTCCTGGTGAACAAACGGATGGCGGCGGCCGGAGGAGGCGGAGGGGCAGGTGAATCGGGAACCGGGGGCAAAATACGGAGTAGAAGATACCACCTCAGTTCCGGACGGACTCCTTACAGCAAGAGCCGGCAGCGGCAGGGTATCATCAGTCGTGTCACAGATGCTGTCAAGAGCATTGTTCCTGGATGGTTGCAGAATTATTTTAATAAACAAGAAGAAGAACGCGGTAGAGCACATAATGCAAGTGAACTGATTGTGGAGGATACTGAGGGTAGACAAAATAACACTGAACACCATATATATGTTGATGATGAAGGAAACTCTGCAAGTGGCAGAGTCACACCTGAACCAATAATTAATGTTGATGAAGAAGTTCCGTCCACTAGTCAGTCGGCAATAAATGACACAGATGCCCTTACTAGACCATCATTGCATCGGGCTAATCTAAACTTCAACCTATTTGATTCTCCGGCCATGAACTGCCAGCCCACAACTTCTACATTTCCTATTGGCACCTCTGGCTTCTCCCTTGTTAAAGAGATTAAGGACTCTACCTCTCAACATGATGATGATAACATTTCCACCACCAGTGGTTTTTCTTCTCGAGCATCTGATAAGGATATGGCAGTTTCCAAAAATGTCGGTGTGCCACCTCTTTGGTCTCCTGAAGTTGATCGCTCACAGTCTTTGTCACATAACTCCTCCATGACCTCCAAAAAACCAACTTTTAATTTGTCTGCTTTCAGTTCTCTGTCACCATCTCTTGGAAACGCCTCTTTCGTAAACAGTCAGCTTGGGGATTCTCCTTTTTATCCTGGTAAAACAACATACCAAGGAGCAGCTGCAGTCCGTTCCTCTCGTGTGCGCTCTAACCCATATCAAGCACCTTTACGAAGACAGGTGAAGGCAAAACCAGCAAACGCTCAGCAGTATGGGGTTACCAGCTCCACTGCTCGTCGCATTCTACAGTCTTTGGAGAAGATGTCTAGCCCTTTGGCGGATGCCAAAAGGATTCCATCAAACTCTTTATCACATGTGAGTACACCAGAAAAGAGCCTCATGGATATTGCAGAAAACCCATCAAAAAGGAAAAAAGTGGAGTCTCCATTTCCCCCTGTTCAGAAACTTGTGACTCCAAAATCAATTTCTGTCTCTACAAACCGTTCCCTGTATATCAAGCCTTCACTGACACCATCTGCTGTATCAAATACAAGCAGTCGCAGAGTACAGCCAGACAAGCACAATGAGTCCAGAGAGAATAATGTTCAGACTGTGCAATCAACATCTCACAGCTTCTCTTACCCAAAGTTCAGCACTCCGACATCCAATGAATTGCTATCAAGAGGTGGTGGCAAAATGATGAGGCAGAAAGGCTCTCATTATTCAACAAAGCCAGCTGAGGAGCTGGATTTACCAGTTTTACCTGAAATCCCTTTGCCTCTTAGCACAGCAGCCCTTCCCAGCTTTGTTGATTTTACATTCAGTGTACCAACAGTCAAAGTGTCTTCTGCAACAACATCTATAGATAGCAAGGTGTCTGCTGTAAGTACCACAGCTAAAACGCATATTGCTGTGAATAACAGCAGTGCAAAGGACTCTGATGAACAAGTGGGATTTTGTAAACCTGCAAAAACTTTGAAGGAAGGAAGTGTGTTAGATATCCTGAGAAGTCCAGGGTTTTCATCGTCACCTTCCCAACAGACTTCAGCATCCACTCCCAACAGAAGCACATCAACTTTCTCAAAGACTGTGGGAAATGCCTTCTCCCCTGTAAAGGTCACCTTAGGAGTAGGAGGCAAGCAAGCTTTGGGACTGTGGCAATGCAGTGCATGCTGTCATGAGAATATGGCATCTGACAGCAACTGTACTGCTTGCTGTGCTGCAAAACCCCAGCCTGCTGAAACCAACAAGAAACTGCCTGCTTCACCACAACATAGCAATACAAAAACCACCGTTCCCCTTTCTAGTGTACAAGGACTAGGAGACAAATTTAAACTGCCTGCAGGCACGTGGGATTGTGACACTTGTTTAGTACAGAACAAAGCAGAGGTAACAAAGTGTGTTGCTTGTGAAACCCCCAAACCTGGCACTGGCATGAAAGCTAACTTGTTGTTACCTCCTGCTACAAAGGCGCTAAATTCTGCTCCAACTCCTTCTGCTTTTGTATCTTCTTCTGGAAGCATTACAAATGAAGAAAAGCCTGAAGGATCTTGGGATTGCACAGGTTGTCGTATGCAGAATAAAACTGAGAATAATACATGTGTGGCCTGCAAAGCAGATAAGCCAGGAGCCATCAAGAGCTTATCTACAGCTGCACCATCAGGGCTGCTGGGATTGTTAGATCACTTTAAGAAACCAGCAGGGAGCTGGGATTGTGATGTCTGCTTAATACAGAACAAACCAGAAGCCACCAAATGTGTTGCATGTGAAAGTGCCAAGCCAGGCACCAAACCAGAACTGAAAGGTACTTTCGGAACAGTGCAAACTTCAGCTGCACCCGTTTCTTTAGGGCTGGGATTGCTAGATCAGTTTAAGAAGTCGGCAGGAAGCTGGGATTGTGAAGTCTGTCTGGTAGAAAACAAACCAGAAGCCAACAAATGTATTGCCTGTGAGAGTGCAAAGCCAGGCACCAAAGCAGAGTTAAAAGGTTTTGGAACATCAACCTTATCAGCTGGAACCACAGCTCCAACCTTCAAGTTTGGTGTGCAACCCTCGGATAGCGCAGGGGAGTTGAAATCAGGTGCCTCTACAGACTCTACAAGTGGCTTTTCTTTTGCCAAACCTATAGGGGATTTTAAATTTGGTTTAGCATCTGCCTCCGCAACAACAGAAGAAACTGGCAAGAAAAGCTTTACATTTGGCACTTCTACCAGCAATCAAGCTTCAGCAGGTTTTAAGTTTGGCGTTGCCAGCTCTGCTCAGACAAACCAAGACACCAGTGGTGGTTTCACATTCGGCTCTGTATCCAGCACTGTTTCTTTTTCTCCTGCTGCAACTTATTCAGGGAGTACAGGCTTGCAGGTGCCGGCTGCAGATGACGATTCCAGCCGTGCATCAGCAGCTGGCTTAAAATCTGCAGAAGAAAAAAAGCCTGAAGCACCTGCCGTGACAGCTTTTTCTTTTGGGAAAACAGATCAAAATAAAGAGACTGTATCCACATCGTTTATCTTTGGAAAGAAAGATGAAAAGACTGACTCTGCTCCAACTGGAAACTCGTTTGGTTTTGGGTTAAAAAAGGATGGGGAGGAGCCTAAGCAGTTTCTGTTTGGAAAACCTGAGCCAACCAAAGAAGATAGTACTAGTAGTACAGCATCTGCTGGTTTTGCTTTTAGAGTGTCTAATCCCACCGAGAAAAAGGATGTTGAACAGCCTGTGAAGTCAGTTTTTGCCTTTGGGTCTCAAACTTCCACAACAGATGCTGGAGCTTCCAAGCAGCCTTTCAGTTTCCTGACCGGTGTCTCCTCCACTTCAGCTTCATCAAGCGCTTCTGGTGTCTCTAGCAGTGTGTTTGGCAGTGTGGCTCAGTCCAGCACTCCTGCAAACCCTAGTAATGTGTTCGGTAGTGCTACTTCATCAAATCCTCCTGCCGTGTCTAGTGGTGTATTTGGAAACCTTAATCCATCAAATGCCCCTGCAAGTTCTAGCACTTTGTTTGGTAATGTTGCTCCTTCAAGTACTCCCTCGGGCTCCAGTAGTTTGTTTGGCACTGCTAACCCATCAAGTACTCCTGCCAGTTCCAGTAGCTTGTTTGGCACTGCAGCCAAACTGAGTGCTCCTGTGGGCTCTGGTGGGGTGTTCAACAGTGCGGCCCCTGTGCCCCCAGCATCAACTTCAAGTAGTGTGTTTGGAAGTGCGGCTCCAGCAAACACTTCTGCAAATTCTGCAAACATATTTGGAAGCGCTGGTGGAACCTCTGGTGCTCCTGGGACTTTTGTGTTTGGACAGCCAGCTAGCACTACTAGCACTGTTTTTGGGAATTCAAGTGAATCCAAGTCAACATTTGCTTTCTCTGGTCAGGAGACTAAACCAGTGACCTCTGCAATTACTTCTGCTACTCCATTTGTATTTGGAGCAGAGTCTGCCAGTACTACCCCAGCAGCTCCAGGTTTTAACTTTGGACGAACAAACACCTCAAACGTGACAGGCACTAGTTCTTCTCCGTTTATCTTTGGTGGTGGCCCAACTGCCTCAGCTTCACCGAGCCTGACTGCTCATGCTAATCCAGTGCCGGCATTTGGGCAAAGTGCTAACTCATCTACTGCTCCGGCTTTTGGGTCTTCAACTTCAGTGTTTCCAGCTGGTAATTCTCAGCAAGTGCCAGCCTTTGGTTCTAGTACTGCACAGCCCCCTGTGTTTGGGCAGCAAGCTGCTCAGCCTTCTTTTGGATCATCTGCTGCACCCAGTGCTGGATCTGGCTTCCAGTTTGGCAACAACACAAACTTCAACTTTACCACCCCAAATTCGTCAGGTGGAGTGTTCACTTTTGGTGCAAATGCTGGATCCACCCCCCAGCCACCTGCCCCAGGCTTTATGTTTAATGCAGCTGCTTCAGGTTTTAACGTGGGAACGAACGGCAGGAGTACTCCAGCATCTTCTATTTCGAATCGCAAGATAAAGACCGCCAGAAGACGAAAATAATTCTGAATGTGCTAGAAGTAATCGCTTTTTTTCAAGAAATGAATGGTGTCCTGCATTGTACAAATCCTGGAGTGTACCTCATGCTGTGTGTAGTGGAAGTCAGATTGGCTCAAGGACAAAATATATGCTGAAACTGTTGTTTTTTTCTCCCCTGTAATTAAAATATGGTGATGGGAAATTTCTTAAGCGAGAAATCTGATTCCGGCACCTCCTTTGTTACCTGACTTGGCATGATCTGGCTATACCAGTGTTTATAGCCCGCACAGCGAATGGCTTTTGTATAATACCTCTTTCATCTGCACCACTATTTTATTGATGCTTGGAAATTGTAATTGAGTGAGGGGCTGTGTATAGGTTAGAGACTGATGACTGATTTCTATGCCGCAGTTGTGCCGGTGTATGTGTGAAGCTGAGCTTAGTGTGCACCAAAACTTTTCTGGTTACGAAAGATTCATGGATGGTCCTGGCTCGGGACATGCTAGATCTGTAGTGCTCCGTTTAAAATATGCCTTTTTCTCCTCCTCCTCTTTTGCCCCTGTTCTCATTCAGCTCTTGTCATCTTTATTTTTCTCCATTATTTTATTATATTCATGTAAATACATTTGTTTCTCTGTGTACCTTTAAGCATAACCTAAATCTGTGAACTTGAAATTTTAATTTTTTTTTTTTTGTTTCGTTTTACTGCAAATCTCCTCTTTGTTTAGAAGGGTCTCAGATTTTATTATGTAAGTCTCATTATTCAAAGTTGCCTAATTCCATAAAAAGTCTTTAAAGAAAATTGGAAATTCTTTAAAGTGTTTATTGGCTTTTCTGATCCATTTTTGTTTGGACCAAAAACCAGTATTGTACAAAGTATTAAGTATATATTTTTATATTTACAGAAATGGACTGTGGTGACTTTGGATAATAAGTTTAATATTAAAGCCATGTTTATTACAGTATAATTAACATGTTAAACCACGGGATAAATGCCATCAATAAAATTATAAAATACAATTTGTTTTAACTCTACA	Refseq >NM_001088815\|Xenopus laevis nucleoporin Nup153 (nup153), mRNA CGTGCGTGTTTTCCCTCTTCCACAGGGACTGCTTTAGGCTCGGTATAGCGCTGTGCAACTGAGCGGTGCCTGTCGGGAGTTCTTGCTCCGCAGTTGTATTAGTGAGGGCGCAGGCGGGAGAGGACCTCGGGCCAAGAGTGTCCCGAACAGGGTCCTGCTGAACAACCAAATGGCGGCAGCCGGAGGAGGAGGCCCTGGTGGTCCAGGAACCGGGGGCAAAATACGCAGTAGGAGATATCACTTGAGTTCCGGCAGGACTCCGTACAGCAAGAGCCGGCAGCAGCAGCAGGGTATCATCAGCCGTGTCACGGATACTGTCAAGAGCATTGTTCCTGGATGGTTGCAGAAGTATTTTAACAAACAAGAAGAGGAACATGACCGAGTACATAGTGCAAGTGAAGTAATTGTGAATGATACTGAGGCTAGAGAAAATAATGCTGAACACCATATCTATGTTGTTGATGATGATGATGACGAAGAAGGAAATTCTCCCACTGATGGCAGAGTCACTCCTGAGCCAATTATTAATGTTGATGAAGAAGTTCCGTCCACTAGTCAGTCAGCAATAAACAACACAGATGCCCTTACTAGGCCATCTTTACACCGTGCTAGTCTAAACTTCAACATATTTGACTCTCCTGCACTGAACTGCCAGCCTTCAACCTCTTCGGCATTTCCTATTGGCACCTCTGGCTTCTCACTTATAAAAGAGATCAAGGACTCTACCTCGCAACATGATGACGATAACATCTCCACCACCAGTGGCTTTTCCTCTAGAGCATCTGATAAGGATCTAGCCGTTTCAAAAAATGTCAGCGTGCCACCTCTTTGGTCTCCTGAAGTTGATCGCTCACAGTCTCTGTCACATAACTCCTCCATGACCTCCAAAAAACCAACTTTTAATCTTTCTGCTTTCGGTTCTCTCTCACCTTCTCTTGGAAACGCATCTATCTTAAACCGTCAGCTTGGTGATTCTCCTTTTTATCCTGGCAAAACAACATACCAAGGTGCAGCTGCAGTCCGTTCCTCGCGAGTGCGCGCCACCCCATATCAAGCACCTTTACGAAGACAGGTGAAGGCAAAACCAGCAGCACACTCTCAGCAGTGTGGTGTTACCAGCTCCGCTGCACGCCGCATTCTACAGTCTTTGGAGAAGATGTCAAGTCCTTTAGCGGATGCCAAAAGGATCCCATCAAACTCTTCTTTATCACATACACCAGAAAAGAACGTCATGGATATTCCCGAAAACCCATCAAAAAGGAAAAAGGTGGAGTCCCCATTTCCTCCAGTTCAGAGGCTTGTGACTCCAAAATCCATTTCTGTCTCTGCAAACCGTTCCCTGTATATCAAGCCTTCACTGACACCATCAGCTGTATCAAATACAAACAGTCGCAGAATACAGCCAGACAAGCACAATGAGTCTAGAAAGAATAATCTGCAAACAACATCTCAGTCTCACAGCTTCTCTTACCCAAAGTTCAGTACTCCGGCATCCAATGGATTGTCATCAGGAACAGGTGGTGGCAAAATGATGAGGGAAAAAGGCTCTCATTACTCAACAAAACCAGCTAATGAGGAGCTGGATGGGCCTGTTTTACCTGAAATCCCATTGCCTCTTAGCACAGCAGCCCTTCCCAGCTTTCAATTTTCAACTTTGTCTGGCTCTGCTACTTCGCCTATCTCTGTCACTAAACCTGCAAACAGTACGACATGTCGCTTAACCAGCAGTAGCCCATCGTTCACATTTTCGTCCCCTATTGTAAAGTCGACTGAATCAAATGCTCAGTCTCCTGGCTCATCTGTTGATTTCACTTTCAGTGTACCAGCAGCGAAAGCGTCTTCTGCAACATCTGATGAGAGCAAGGTGTCTGCTGTAAGTAGAGCGGCTAAAACACATGCTGCTGTTAGCAGTGCAAAGAACACTGATGATGAACAATTGGGATTCTGTAAACCTGCAAAAACTCTGAAGGAAGGGAGTGTGTTAGACATGCTGAGAAGTCCAGGGTTTTCTTCTTCACCCTCCCTGCTGACTTCAGCATCAAGTCTTAACAGAAGCACACCAACCCTCTCAAAGACTGTGGGGAATACATTCTCCCCTGCAAATGTATCATTAGGAGTAGGAAGCAAGCAAGCTTTTGGACTTTGGCAATGCAGCGCATGCTTTCATGAGAATATGTCATCTGATAGCAACTGTATTTCTTGCTCTGCTTTAAAACCTCGGCCTACAGAAACCTCTAAGAAACTACCTGCTTCACCGCCAAGTAGCAATACAAAAAGCACTGTCCCACTTTCTAGCACACCAGGACTAGGAGACATATTTAAAAAACCTGCAGGCATGTGGGATTGTGACACTTGTTTAGTACAGAACAAAGCAGAAGTAACAAAATGTGTTGCTTGTGAAACCCCCAAACCTGGGACTGGTATGAAAGCTACCTTGTTGATACCGTCCACCACAAAGTCTACAAATCCCGCCACAAATACTCTTGCTTTTGCATCTTGCTCTGCAAGCATTCCAAATGAAGAAATGTTCAAAAAGCCTATGGGATCTTGGGAGTGCACAGTTTGCCATATGCAGAATAAAACTGAGGATAATACATGTGTTGGCTGCAAAGCTGAGAAACCTGGAACCGTCAAGAGCGTACCTACTGCTGCACCATCAGGGCTGCTGGGATTGTTAGATCAGTTTAAAAAACCAACAGGGAGCTGGGATTGTGATGTCTGCTTAATACAAAACAAACCAGAAGCCAACAAATGTATTGCATGTGAAAGTGCCAAACCAGGCACCAAAGCAGAACTGAAAGGTACTTTTGATACAGTGAAAAATTCAGTTTCAGTTGCACCCCTTTCTTCAGGGCAGCTGGGATTGCTAGATCAGTTTAAGAAGTCAGCAGGAAGCTGGGATTGTGATGTCTGCCTAGTAGAAAACAAACCAGAAGCCACAAAATGTGTTGCCTGTGAGACCTCAAAACCAGGCACAAAAGCAGAGTTAAAAGGTTTTGGAACATCAACCTTTTCCTCTGGAACAGCAGCTCCGACGTTCAAGTTTGGTGTGCAGTCTTCAGATAGCACTGCTGAGTTAAAATCGGGTGCCTCTACAAGTGGTTTTGCCAAATCTATAGGGAATTTTAAATTTGGTTTAGCGTCTGCATCCACAACAACAGAGGAAACTGGCAAGAAAAGCTTTACATTTGGCTCTTCTACTACCAATGAAGTTTCAGCAGGTTTTAAGTTTGGCATTGCCGGCTCTGCTCAGACAAAACCAGACACCCTAAGTCAGTCTACCACAAGTGGTTTCACATTTGGCTCTGTTTCCAACACGGTTTCTCTTGCTCCTACTGCAACTAGCTCAGGGAGCACAGGCTTGCAAGTGGCGGCTGTAATTGCTGATTCCAACCTTGCAACTACTGCTACCTTAAAATCAGCAGAAGAGAAAAAGGCCGAAGCACCTACAATAACACCGTTTTCTTTTGGGAAAACAGATCAAAATAAAGAGACTGCATCCACCTCTTTTGTCTTTGGAAAGAAAGATGAAAAGACAGACTCTGCTCCAACTGGATCTTCCTTTGCTTTTGGGCTAAAAAAGGATGGGGAGGAATCTAAGCAGTTTCTTTTTGGAAAACCTGAGCCAACCAAAGTAGATGGCAGTGCAGCATCTGCTGGTTTTGCTTTTGGTGTGACTAATCCCACAGAGAAAAAGGATATTGAACAGCCTGGAAAATCAGTTTTTGCCTTCGGTGCGCAAACTTCAATCACAGATGCTGGAGCTTCCAAACAACCTTTTAGTTTTCTGACCAATGTCTCCTCCACTGCAGCTTCATCAAGCACTTGTGGTGTCTCCAGCAGTGTATTTGGCAGTGTGACTCAGTCAAGCACTCCTGCAACCCCTAGTAATGTGTTTGGCAGTGCTATTTCAGCAAATGCTCCTGCCCCGTCTAGTGGTGTATTTGGAAACCTCACTCCATCAAATGCCCCTGCAGCTTCTAGCACTTTGTTTGGTAACGTTGCTCCCTCAAGTACTCCTTCTGGCTCCAGTGGTTTGTTTGGCACTGCAGCTGCATCCAGTACTCCTGCCACTTCCACTAGCTTGTTTGGCTCTGCAGCTAAATTGAGTGCTCCTGCAAGCTCTGGAGGGGTGTTCAACAGTGCAGCTCCTGCTGCCCCAGCATCAACTGCAAGTAGTGTGTTTGGCAGTGTAGCCTCTTCAACAAACACTTCTGCAAATTCTGCAAACATATTTGGAAGCTCTGGTGGAGCGGCCACTGCTCCTGGGGCTTTTGTGTTTGGACAGCCAGCTAGTACTGCTAGCACTGTTTTTGGAAACTCGAGCGAATCAAAATCGACCTTTGTTTTCTCTGGTCAGGAAAATAAACCCGTGACCTCTGCAAGTACTTCTGTGACTCCATTTCTATTTGGAGCAGTGTCTGCCAGTACTACCCCAGCAGCTCCAGGTTTTAACTTTGGACGAACAATCACTTCAAATACAACAGGCACTAGCTCGTCTCCATTTATCTTTGGTGCTGGCGCAAGTGGCTCTGCTTCTTCAAGTATAACGGCTCAGGCCAATCCAGTGCCAGCATTTGGGCAAAGTTCTAACCCGTCTACTGCACCTGCTTTTGGCTCTTCAACTTCAGTTCCAGTGTTTCCAGCTGGGAATTCTCAGCAAGTCCCGGCCTTTGGTTCGAGTAGTGCACAACCCCCTGTGTTTGGGCAACAAGCCACTCAGCCTTCTTTTGGATCTCCTGCTGCACCCAGTGCTGGATCTGGTTTCCCGTTTGGCAACAACGCAAACTTCAACTTTAACAGCACAAATTCATCAGGTGGAGTCTTCACTTTTAATGCAAATTCAGGATCCACCACCCAACCACCTCCCCCAGGATACATGTTTAATGCAGCTGCGCCAGGTTTTAACATGGGAACGAATGGCAGGACGACTCCAGCATCTACTATTTCTACTCGCAAGATAAAGACCGCCAGAAGAAGAAAGTAATTGAATGAATGTACTGGAAGTAATGGTTGTTTCAAGAAATGAATGGTGTCCTGCATTGTGCAAATACTGGAGTGTTCCTCATGCTGTGTGTAGTGGAAGTCAGATCAGCCCAAGGACAAAAATATATGCTGAAACTTGTCTCTTTTTCCTCTGTAATTAAAACATGGTGATGGGAAATTTCTTTACCAAGAAATCTGATTCCGGCACCTCCTTTGTTTACCTGACTTGGCATGATTTGGCTATACGAGTGTTTATAGCCTGCACTGCGAATGGCTTTTGTATAATACCTCTTTCATCTGCACCACTATTTTATTGATGCTTTGAAATTGTAATTGTGAGCGAGGAGCCGTGTATAGGTTACAGACTGATTTCTACACCGCAGTTGTGCTGGTGAATGTGTGGAGCGGAGTGTAGTGTGCAACGAAACTTTTCTGCTTACGGAAGACTGACTCATGAATGGTCCTTACATAGGATGTGCTAGATCTGTACTTCTCTTTCAAATATATGCCTTTTCTTCTCCTCCTCCCCCCTGTTTTCATTCAGCTCTTGTCATCTTTACTTCTCTCCATTATTTTATTATATTCATGTAAATACATTTGTTTCTCCATGTACCTTTCAGCATAACCTAAATCTGTGAACTTGAAGTTTTAATTTTTTTTTCTTTTCATTTTACTGCAGATCTCCTCTTTGTTTAGAAATGTCTCAGATTTTATTATAAGTCTCATTATTCAAAGTTGCCTAACTCCATAAAAAGAAGTCTTTAAAGAAAATTGGAAATTCTTTAAAGTGTTTATTGGCTTTTCTGATCCATTTTTGTTTGGACCAAAAACCAGTATTGTACAAAGTATTAAGTATATATTTTTATATTTACAGAAATGGACTGTGGTGACTTTGGATAATAAGTTTAATATTAAAGCCATGTTTATTACAGTATAATTAACATGTTAAATGCCATCAATAAAATTATAAAATACAAAAAAAAAAAAAAAAAA
Protein		NCBI Protein >XP_002932736\|PREDICTED: nuclear pore complex protein Nup153-like [Xenopus (Silurana) tropicalis] MAAAGGGGGAGESGTGGKIRSRRYHLSSGRTPYSKSRQRQGIISRVTDAVKSIVPGWLQNYFNKQEEERGRAHNASELIVEDTEGRQNNTEHHIYVDDEGNSASGRVTPEPIINVDEEVPSTSQSAINDTDALTRPSLHRANLNFNLFDSPAMNCQPTTSTFPIGTSGFSLVKEIKDSTSQHDDDNISTTSGFSSRASDKDMAVSKNVGVPPLWSPEVDRSQSLSHNSSMTSKKPTFNLSAFSSLSPSLGNASFVNSQLGDSPFYPGKTTYQGAAAVRSSRVRSNPYQAPLRRQVKAKPANAQQYGVTSSTARRILQSLEKMSSPLADAKRIPSNSLSHVSTPEKSLMDIAENPSKRKKVESPFPPVQKLVTPKSISVSTNRSLYIKPSLTPSAVSNTSSRRVQPDKHNESRENNVQTVQSTSHSFSYPKFSTPTSNELLSRGGGKMMRQKGSHYSTKPAEELDLPVLPEIPLPLSTAALPSFVDFTFSVPTVKVSSATTSIDSKVSAVSTTAKTHIAVNNSSAKDSDEQVGFCKPAKTLKEGSVLDILRSPGFSSSPSQQTSASTPNRSTSTFSKTVGNAFSPVKVTLGVGGKQALGLWQCSACCHENMASDSNCTACCAAKPQPAETNKKLPASPQHSNTKTTVPLSSVQGLGDKFKLPAGTWDCDTCLVQNKAEVTKCVACETPKPGTGMKANLLLPPATKALNSAPTPSAFVSSSGSITNEEKPEGSWDCTGCRMQNKTENNTCVACKADKPGAIKSLSTAAPSGLLGLLDHFKKPAGSWDCDVCLIQNKPEATKCVACESAKPGTKPELKGTFGTVQTSAAPVSLGLGLLDQFKKSAGSWDCEVCLVENKPEANKCIACESAKPGTKAELKGFGTSTLSAGTTAPTFKFGVQPSDSAGELKSGASTDSTSGFSFAKPIGDFKFGLASASATTEETGKKSFTFGTSTSNQASAGFKFGVASSAQTNQDTSGGFTFGSVSSTVSFSPAATYSGSTGLQVPAADDDSSRASAAGLKSAEEKKPEAPAVTAFSFGKTDQNKETVSTSFIFGKKDEKTDSAPTGNSFGFGLKKDGEEPKQFLFGKPEPTKEDSTSSTASAGFAFRVSNPTEKKDVEQPVKSVFAFGSQTSTTDAGASKQPFSFLTGVSSTSASSSASGVSSSVFGSVAQSSTPANPSNVFGSATSSNPPAVSSGVFGNLNPSNAPASSSTLFGNVAPSSTPSGSSSLFGTANPSSTPASSSSLFGTAAKLSAPVGSGGVFNSAAPVPPASTSSSVFGSAAPANTSANSANIFGSAGGTSGAPGTFVFGQPASTTSTVFGNSSESKSTFAFSGQETKPVTSAITSATPFVFGAESASTTPAAPGFNFGRTNTSNVTGTSSSPFIFGGGPTASASPSLTAHANPVPAFGQSANSSTAPAFGSSTSVFPAGNSQQVPAFGSSTAQPPVFGQQAAQPSFGSSAAPSAGSGFQFGNNTNFNFTTPNSSGGVFTFGANAGSTPQPPAPGFMFNAAASGFNVGTNGRSTPASSISNRKIKTARRRK	Refseq >NP_001082284\|nucleoporin Nup153 [Xenopus laevis] MAAAGGGGPGGPGTGGKIRSRRYHLSSGRTPYSKSRQQQQGIISRVTDTVKSIVPGWLQKYFNKQEEEHDRVHSASEVIVNDTEARENNAEHHIYVVDDDDDEEGNSPTDGRVTPEPIINVDEEVPSTSQSAINNTDALTRPSLHRASLNFNIFDSPALNCQPSTSSAFPIGTSGFSLIKEIKDSTSQHDDDNISTTSGFSSRASDKDLAVSKNVSVPPLWSPEVDRSQSLSHNSSMTSKKPTFNLSAFGSLSPSLGNASILNRQLGDSPFYPGKTTYQGAAAVRSSRVRATPYQAPLRRQVKAKPAAHSQQCGVTSSAARRILQSLEKMSSPLADAKRIPSNSSLSHTPEKNVMDIPENPSKRKKVESPFPPVQRLVTPKSISVSANRSLYIKPSLTPSAVSNTNSRRIQPDKHNESRKNNLQTTSQSHSFSYPKFSTPASNGLSSGTGGGKMMREKGSHYSTKPANEELDGPVLPEIPLPLSTAALPSFQFSTLSGSATSPISVTKPANSTTCRLTSSSPSFTFSSPIVKSTESNAQSPGSSVDFTFSVPAAKASSATSDESKVSAVSRAAKTHAAVSSAKNTDDEQLGFCKPAKTLKEGSVLDMLRSPGFSSSPSLLTSASSLNRSTPTLSKTVGNTFSPANVSLGVGSKQAFGLWQCSACFHENMSSDSNCISCSALKPRPTETSKKLPASPPSSNTKSTVPLSSTPGLGDIFKKPAGMWDCDTCLVQNKAEVTKCVACETPKPGTGMKATLLIPSTTKSTNPATNTLAFASCSASIPNEEMFKKPMGSWECTVCHMQNKTEDNTCVGCKAEKPGTVKSVPTAAPSGLLGLLDQFKKPTGSWDCDVCLIQNKPEANKCIACESAKPGTKAELKGTFDTVKNSVSVAPLSSGQLGLLDQFKKSAGSWDCDVCLVENKPEATKCVACETSKPGTKAELKGFGTSTFSSGTAAPTFKFGVQSSDSTAELKSGASTSGFAKSIGNFKFGLASASTTTEETGKKSFTFGSSTTNEVSAGFKFGIAGSAQTKPDTLSQSTTSGFTFGSVSNTVSLAPTATSSGSTGLQVAAVIADSNLATTATLKSAEEKKAEAPTITPFSFGKTDQNKETASTSFVFGKKDEKTDSAPTGSSFAFGLKKDGEESKQFLFGKPEPTKVDGSAASAGFAFGVTNPTEKKDIEQPGKSVFAFGAQTSITDAGASKQPFSFLTNVSSTAASSSTCGVSSSVFGSVTQSSTPATPSNVFGSAISANAPAPSSGVFGNLTPSNAPAASSTLFGNVAPSSTPSGSSGLFGTAAASSTPATSTSLFGSAAKLSAPASSGGVFNSAAPAAPASTASSVFGSVASSTNTSANSANIFGSSGGAATAPGAFVFGQPASTASTVFGNSSESKSTFVFSGQENKPVTSASTSVTPFLFGAVSASTTPAAPGFNFGRTITSNTTGTSSSPFIFGAGASGSASSSITAQANPVPAFGQSSNPSTAPAFGSSTSVPVFPAGNSQQVPAFGSSSAQPPVFGQQATQPSFGSPAAPSAGSGFPFGNNANFNFNSTNSSGGVFTFNANSGSTTQPPPPGYMFNAAAPGFNMGTNGRTTPASTISTRKIKTARRRK UniProtKB

Genomic		tropicalis
Genome Browser		Xenbase	Xenbase JGI Ensembl UCSC		Xenbase

Synteny

Expression		tropicalis	laevis
UniGene		[+] Str.52741	Xl.46998 [+] Xl.53365 Xl.68533
Unigene EST Profile			EST Profile
GEO data			GEO
Images		0 expression image(s) for tropicalis and laevis

Orthology		MOD	Entrez Gene	Genetic Phenotypes	Morphants
human		OMIM:Gene, HGNC	NUP153
mouse		MGI	Nup153
zebrafish			nup153

Publications
First:		Interactions and three-dimensional localization of a group of nuclear pore complex proteins. [J Cell Biol 1994]
Most recent:		The permeability of reconstituted nuclear pores provides direct evidence for the selective phase model. [Cell 2012]
		View All Papers

Functional Ontologies
GO: Molecular:
Biological:
Cellular Component:
EC:
KOG:

Reagents		tropicalis	laevis
Clones			open biosystems
			geneservice/RZPD imagenes
Affymetrix 1.0		Str.26563.1.S1_at	Xl.316.1.S1_at [+] Xl.21577.1.S1_at
Affymetrix 2.0			Xl2.316.1.S1_at [+] Xl2.53365.1.S1_at Xl2.46998.1.A1_at Xl2.46998.1.A1_x_at

Symbol legend[+]