Bøger i Developments in Molecular Virology serien

Herpesviruses, classified in the family Herpesviridae, are important human and animal pathogens that can cause primary, latent or recurrent infections and even cancer. The major interest in research on herpesviruses today focuses on understanding the organization of the DNA genome, as well as on characterizing the viral genes in regard to their control and function. Modern techniques have allowed the viral DNA to become a molecular tool in the study of gene function, since it is now possible to implant the DNA into eukaryotic cells. This book contains original studies on the structure and organization of the DNA of human and animal herpes- viruses. The various chapters acquaint the reader with the organization of the viral DNA, the mRNA transcripts, the replicative intermediates of the viral DNA, defective DNA genomes and their mode of synthesis, analyses of the viral DNA sequences in transformed cells, and the relationship between the presence of viral DNA fragments in the cancer cells and the transformed state of the cells.

Viral nucleic acids are replicated in infected cells (bacterial, plant, and animal) by virus coded enzymes with or without the involvement of proteins and enzymes coded by the host cells.

Research on antiviral drugs and their mode of action in infected cells. Recent studies on antivirals that are activated by the herpes simplex virus type l-coded thy midine kinase from a prod rug to an antiviral drug have opened new directions in the development of effective antiviral drugs.

The nucleotide sequence of the gene from which messenger RNA mole cules are transcribed is in a form that can be translated by cellular ribosomes into the amino acid sequence of a particular polypeptide, the product of the gene.

With the elucidation in recent years of the promoter sequence of various viral genes and the expression of these genes in bacteria or yeast, the understanding of many viral gene functions has made great progress.

Viral nucleic acids are replicated in infected cells (bacterial, plant, and animal) by virus coded enzymes with or without the involvement of proteins and enzymes coded by the host cells.

The nucleotide sequence of the gene from which messenger RNA mole cules are transcribed is in a form that can be translated by cellular ribosomes into the amino acid sequence of a particular polypeptide, the product of the gene.

With the elucidation in recent years of the promoter sequence of various viral genes and the expression of these genes in bacteria or yeast, the understanding of many viral gene functions has made great progress.

Since the discovery of Australia antigen and its association with type B hepatitis, molecular characterization of the components making up hepatitis B virus (RBV) have been pursued with worldwide interest.

All the DNA tumor viruses gained their original reputation by serving as model systems in animal cells for studying gene expression and gene regulation, but SV40 and polyoma have been the jewel in the crown in these studies, as A phage was for the study of prokaryotes.

All the DNA tumor viruses gained their original reputation by serving as model systems in animal cells for studying gene expression and gene regulation, but SV40 and polyoma have been the jewel in the crown in these studies, as A phage was for the study of prokaryotes.

Since the discovery of Australia antigen and its association with type B hepatitis, molecular characterization of the components making up hepatitis B virus (RBV) have been pursued with worldwide interest.

Research on antiviral drugs and their mode of action in infected cells. Recent studies on antivirals that are activated by the herpes simplex virus type l-coded thy midine kinase from a prod rug to an antiviral drug have opened new directions in the development of effective antiviral drugs.