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Metaphase chromosome uptake by mammalian cells and cxpression of the genes transferred
(University of Missouri, Agricultural Experiment Station, 1974)
Isolated metaphase chromosomes can be incorporated into mammalian cells. The genetic information thereby transferred, in the form of a chromosome, can be replicated and expressed in the recipient cell and its progeny, thus ...
Dinoflagellate genetics and DNA characterization : (dinoflagellates, evolution, nucleus, DNA, genetics, mesocaryota)
(University of Missouri, Agricultural Experiment Station, 1976)
Nuclear features of dinoflagellates that were used origin ally to support the Mesocaryota concept are reviewed. Although dinoflagellates possess some procaryotic nuclear features, the remainder of the cell is obviously ...
Ti plasmids of agrobacterium : potentials for genetic engineering : plasmids, genetic engineering, crown gall, tumors
(University of Missouri, Agricultural Experiment Station, 1979)
Crown gall disease of dicotylendenous plants, induced by Agrobacterium tumefaciens, provides a unique system for the study of pathogen-host interplay at the molecular level. By means of large Ti plasmids borne by virulent ...
Genetic approaches to the study of ribosomes
(University of Missouri, Agricultural Experiment Station, 1976)
Specific mutants of Escherichia coli have been used in order to investigate certain aspects of ribosome function, bio synthesis and decay. These studies show that in the function of the ribosome its various components are ...
The genetic complexity of the R locus in maize : (gene complex, regulatory elements, paramutation)
(University of Missouri, Agricultural Experiment Station, 1977)
The evidence on the compound structure of the R locus is reviewed. The more recent analysis of another group of R accessions, collectively known as R-cherry, seems to indicate that this locus is a gene cluster separable ...
The integration of human DNA and expression tumor virus genes : (cell transformation, transcription, integration, human cancer)
(University of Missouri, Agricultural Experiment Station, 1980)
DNA tumor viruses offer excellent model systems to study the molecular biology of eucaryotic cells and to establish the molecular basis for cell transformation. Our laboratory has focused on the human adenovirus type 2 ...