Genome Research in Molecular Medicine and Virology

Normal DNA sequence variation - detection technologies and implications, G. Ruano, et al; chromosome mapping using yeast artificial chromosome and cosmid clones, D.L. McElligott and G.A. Evans; gene transfer techniques for use in human gene therapy, P. Tolstoshev and W.F. Anderson; molecular biology of human cancer, C.E. Gauwerky and C.M. Croce; molecular analysis of Angelman and Prader-Willi syndromes, M. Lalande, et al; structure, evolution, and expression of tropomyosin gene family, S. Forry-Schaudies and S.H. Hughes; detection of nucleotide sequence changes by single-strand conformation polymorphism analysis, T. Sekiya; Drosophila as model organism in genome analysis, D.L. Hart and M.J. Palazzolo; organization of chromosomes in chinese hamster cells through mitosis - comparison with HeLa cells, K.W. Adolph; growth factor receptor-dependent signal transduction - targets for design of treatment approaches in medical oncology, F. Foss and E.A. Sausville; use of pulsed-field gel electrophoresis for construction of megabase map of human genome - analysis of human c-myb locus, J-G. Park and E.P. Reddy; family of ETS genes as transcriptional regulatory factors, S. Sorscher, et al; genome analysis using promotor trap retroviruses, H. von Melchner, et al; complexities of human retrovirus gene expression, C.A. Rosen, et al; retroviral RNA, R. Aronoff and M.L. Linial; application of genetic engineering to study of organization and function of herpes simplex virus genes, B. Roizman; latent phase transcription by alphaherpesviruses, M.K. Rice, et al; receptor for poliovirus and other picornaviruses, A. Zibert and E. Wimmer.