Science, Volume 293John Michels (Journalist) American Association for the Advancement of Science, 2001 |
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Page 1058
... nucleus is the principal defining feature of eukaryotic cells . The ge- netic material of the cell is stored in the nucleus and is transcribed into mRNAs , which are then processed and exported to the cytoplasm . So the orthodoxy goes ...
... nucleus is the principal defining feature of eukaryotic cells . The ge- netic material of the cell is stored in the nucleus and is transcribed into mRNAs , which are then processed and exported to the cytoplasm . So the orthodoxy goes ...
Page 1059
... nucleus may be coupled . In principle , exclusion of a single vital component of the translation apparatus from the nucleus of a living cell should result in translation being restricted to the cytoplasm . How can we be sure that no ...
... nucleus may be coupled . In principle , exclusion of a single vital component of the translation apparatus from the nucleus of a living cell should result in translation being restricted to the cytoplasm . How can we be sure that no ...
Page 1096
... nucleus . Between 60 and 70 % of embryos derived from the transfer of somatic nuclei into the oocyte survive to the blastocyst stage . In contrast , only 10 to 20 % survive after transfer of an ES cell nucleus ( 51 , 52 , 55 ) ( Table 1 ) ...
... nucleus . Between 60 and 70 % of embryos derived from the transfer of somatic nuclei into the oocyte survive to the blastocyst stage . In contrast , only 10 to 20 % survive after transfer of an ES cell nucleus ( 51 , 52 , 55 ) ( Table 1 ) ...
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acetylation acid activity allele analysis animals antibody apoptosis applications areas assays associated binding Biochemistry bioinformatics Biol Cancer candidate cell biology cellular Center centromeric chemical chemistry chromatin chromosome clinical cloning curriculum vitae Department Dicer disease DNA methylation Drosophila drug discovery dsRNA E-mail electron embryos enhanceosome enzyme epigenetic Equal Opportunity Employer experience faculty function gene expression genetic genome heterochromatin histone histone H3 HMGI(Y human Immunology imprinted Institute interactions Job Code kinase laboratory Medical Medicine ment molecular biology molecules mouse mRNA mutation nuclear nucleosomes nucleus O₂ optical organic peptide perylene Ph.D pharmaceutical Pharmacology phosphorylation plants POSTDOCTORAL POSITION potential PRMT1 probe protein receptor region regulation RNAi says Science scientists send curriculum vitae sequence Service Card siRNAs structure target three references tion toxin transcription transfected transposons Univ University vitro vivo