Nucleic Acid-Protein Recognition covers the proceedings of a symposium on ""Nucleic Acid-Protein Recognition"", held at Arden House, Harriman Campus of Columbia University on May 30-June 1, 1976. The symposium inaugurated the ""P & S Biomedical Sciences Symposia"" under the sponsorship of the College of Physicians and Surgeons of Columbia University. This book is organized into nine part encompassing 31 chapters. The opening parts describe the principles of DNA replication and the unique chromatin structure. These parts also examine the physical chemistry of the interactions of melting proteins with nucleic acids. The third part presents the different types of approaches that can be used to study the function of RNA polymerases and the development of a cell-free system that favors Pol II-catalyzed transcription from type 2 adenovirus DNA. Parts IV and V deal with the sequence determination of wild-type and mutant repressor and the restriction and modification of DNA endonucleases, while parts VI and VII focus of the recognition of tRNA. Part VIII discusses some significant studies on the assembly of ribosomes and the principles of ribosomal interactions. Lastly, Part IX considers the role of small RNA template in the reaction mechanism of RNA replicases and ribonucleases. This part also surveys the so-called RNase III cleavage of different types of RNA and the structure of nucleic acid-protein complexes.

Organizational Biosynthesis focuses on the organized biosynthesis of the bacterial chromosome and examines the fundamental aspects of this process. This book discusses the basic particles of biology, which are explored in terms of organizational biosynthetic events at the molecular level. Organized into 10 parts encompassing 45 chapters, this book starts with an overview of how cellular components recognize, coordinate, and interact with each other during cellular division and genetic recombination. This text then examines the biochemical experiments with bacteria, which strongly suggest the participation of a particulate fraction. Other chapters consider the molecular basis for the physical continuity of the chromosome. This book discusses as well the result of the experiments for bacteria, which shows that DNA replication can proceed only after both template strands of the replicating molecule attach to the cell. The final chapter deals with protein biosynthesis system in mitochondria. This book is a valuable resource for biologists and biochemists.

Nucleic Acid-Protein Recognition covers the proceedings of a symposium on ""Nucleic Acid-Protein Recognition"", held at Arden House, Harriman Campus of Columbia University on May 30-June 1, 1976. The symposium inaugurated the ""P & S Biomedical Sciences Symposia"" under the sponsorship of the College of Physicians and Surgeons of Columbia University. This book is organized into nine part encompassing 31 chapters. The opening parts describe the principles of DNA replication and the unique chromatin structure. These parts also examine the physical chemistry of the interactions of melting proteins with nucleic acids. The third part presents the different types of approaches that can be used to study the function of RNA polymerases and the development of a cell-free system that favors Pol II-catalyzed transcription from type 2 adenovirus DNA. Parts IV and V deal with the sequence determination of wild-type and mutant repressor and the restriction and modification of DNA endonucleases, while parts VI and VII focus of the recognition of tRNA. Part VIII discusses some significant studies on the assembly of ribosomes and the principles of ribosomal interactions. Lastly, Part IX considers the role of small RNA template in the reaction mechanism of RNA replicases and ribonucleases. This part also surveys the so-called RNase III cleavage of different types of RNA and the structure of nucleic acid-protein complexes.

Organizational Biosynthesis focuses on the organized biosynthesis of the bacterial chromosome and examines the fundamental aspects of this process. This book discusses the basic particles of biology, which are explored in terms of organizational biosynthetic events at the molecular level. Organized into 10 parts encompassing 45 chapters, this book starts with an overview of how cellular components recognize, coordinate, and interact with each other during cellular division and genetic recombination. This text then examines the biochemical experiments with bacteria, which strongly suggest the participation of a particulate fraction. Other chapters consider the molecular basis for the physical continuity of the chromosome. This book discusses as well the result of the experiments for bacteria, which shows that DNA replication can proceed only after both template strands of the replicating molecule attach to the cell. The final chapter deals with protein biosynthesis system in mitochondria. This book is a valuable resource for biologists and biochemists.