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Chapter 3 Transcription by RNA Polymerase III
Chapter 4 The Fate of Genes Messengers and Proteins Introduced into Xenopus Oocytes
Cell Interactions and Control of Phenotype Expression and Stability ...
Acad aggregates amino acid antibody Biochem Biol Birnstiel CA-C cAMP cassette cell contacts cell surface cell type cell-cell cellular chromosome clones coding Cortese cortisol cultures cytoplasmic deﬁnitive developmental differentiation enzyme eukaryotic ﬁrst ﬂanking function gene expression gene segments genetic genome Gerisch germ line glia glia cells gonadal GS induction Gurdon H-Y antigen heavy chain Herskowitz homologous Huez hybridization immunoglobulin induced injected interactions Lane lens light chain Linser and Moscona Lodish lymphocytes Mangiarotti mating type mating type locus mature membrane Miiller cells modiﬁcation molecules mouse mRNA mutants myeloma Natl Nature London neurons normal nuclei nucleotides oocyte organogenesis phenotype polyadenylated precursor Proc proteins puriﬁed rearrangement receptor region gene regulated retina RNA polymerase RNA polymerase III sequence Sertoli cells signiﬁcant somatic species speciﬁc studies switch synthesis testicular testis tion tissue transcription tRNA genes VH gene VH region vitellogenin vitro Weissman Xenopus yeast