This work presents a selection of approaches for the production of novel biotechnological compounds for biomedical applications. In order to better focus on the challenges at hand, the editors have striven to adopt an integrative approach by selecting contributions linking genomics with bacterial resistance, antibiotics with improved production strategies, optimised production approaches with chemical development programs, chemical modifications with new antibody derivatives and biomaterials, the relation between bioartificial organs and xenotransplantation, apoptosis and process biotechnology, etc. The different chapters provide an overview of the state- of-the-art in the development of truly novel compounds for biomedical application using recombinant DNA approaches. This book should be of interest to academic and industrial scientists dealing with biomedical sciences and for teachers who want to be informed about developments in the field.

This work presents a selection of approaches for the production of novel biotechnological compounds for biomedical applications. In order to better focus on the challenges at hand, the editors have striven to adopt an integrative approach by selecting contributions linking genomics with bacterial resistance, antibiotics with improved production strategies, optimised production approaches with chemical development programs, chemical modifications with new antibody derivatives and biomaterials, the relation between bioartificial organs and xenotransplantation, apoptosis and process biotechnology, etc. The different chapters provide an overview of the state- of-the-art in the development of truly novel compounds for biomedical application using recombinant DNA approaches. This book should be of interest to academic and industrial scientists dealing with biomedical sciences and for teachers who want to be informed about developments in the field.

This work presents a selection of approaches for the production of novel biotechnological compounds for biomedical applications. In order to better focus on the challenges at hand, the editors have striven to adopt an integrative approach by selecting contributions linking genomics with bacterial resistance, antibiotics with improved production strategies, optimised production approaches with chemical development programs, chemical modifications with new antibody derivatives and biomaterials, the relation between bioartificial organs and xenotransplantation, apoptosis and process biotechnology, etc. The different chapters provide an overview of the state- of-the-art in the development of truly novel compounds for biomedical application using recombinant DNA approaches. This book should be of interest to academic and industrial scientists dealing with biomedical sciences and for teachers who want to be informed about developments in the field.