Horizontal Gene Transfer

Part 1 Mechanisms of transfer into bacterial and eukaryotes: Looking sideways at the evolution of replicons, Jack A. Heinemann; Plasmid specificity and interaction - the similarities and differences between the transfer regions of two compatible plasmids, F. and R100-1, William A. Klimke et al; Lateral broad host range gene transfer in nature - how and how much, Abigail A. Salyers et al; The role of gene cassettes and integrons in the horizontal transfer of genes in Gram-negative bacteria, Ruth M. Hall; Evolution of the selfish Ti plasmid of agrobacterium tumefacients promoting horizontal gene transfer, Clarence I. Kado; Arabidopsis ecotypes resistant to crown gall tumorigenesis, Jaesung Nam, Stanton B. Gelvin; Evidence for the ancient transfer of Ri-plasmid T-DNA genes between bacteria and plants, Corinne Frundt et al; Gene transfer from bacteria to mammalian cells, Patrice Courvalin et al; Horizontal gene transfer in the host-parasite system, basidia glauca-parasitella parasitica, J. Wostemeyer et al. Part 2 Bacterial gene transfer in nature: Selective DNA uptake and DNA restriction as barriers to horizontal gene exchange by natural genetic transformation in pseudomonas stutzeri JM300, Michael G. Lorenz et al; Transformation in quantic environments, Martin Day; Natural genetic transformation of bacteria in soil, Wilfried Wackernagel et al; The importance of pseudolysogeny to in situ bacteriophage-host interactions, Robert V. Miller, Steven Ripp; Archaeological footprints of horizontal gene transfer - mosaic cell surface proteins in streptococcus and S. pneumonia, Susan K. Hollingshead et al; Role of horizontal transfer in bacterial evolution, Jefferey Lawrence, John Roth; Evolutionary evidence for recombination among bacteria in nature - escherichia coli, Roger Milkman et al; The lysogenic conversion genes of coliphage P2 have unusually high AT content, Richard Calendar et al. Part 3 Eukaryotic mobile elements: Evidence for horizontal transfer of the P transposable element between drosophila species, Jonathan B. Clark, Margaret G. Kidwell; Mariner transposons of animals - horizontally jumping genes, Hugh M. Robertson et al; Horizontal and vertical transmission of hobo-related sequences between drosophila melanogaster and drosophila simulants, Gail M. Simmons et al; The splicing of transposable elements - evolution of a nuclear defense against genomic invaders? Michael D. Purugganam. Part 4 Evidence for ancient transfer: The case for gene transfer between very distantly related organisms, Russell F. Doolittle. (Part contents).