This important new book provides an expert and comprehensive overview of the biotechnology of human reproduction as it is understood and practiced today. Written by a team of specially invited experts from all over the world, the contents include gametogenesis, sperm migration, fertilization and embryo implantation in humans, ultrasound, radiological and endoscopical techniques for the diagnosis and therapy of human infertility, human seminology, hormonal drugs in human infertility, in vitro processing of human sperm, IVF-ET, in vitro culture and quality assessment of human embryos, micromanipulation. Since the birth of the first successful IVF baby over twenty years ago, the field of assisted reproduction has grown exponentially. Preimplantation genetic diagnosis, gamete and embryo freezing, and embryo cloning are only a few examples of reproductive biotechnologies that have stimulated a worldwide debate. Biotechnology of Human Reproduction presents an up-to-date basis for this debate. The book supplies a complete overview of how new biotechnologies benefit human reproductive medicine, from the viewpoints of both basic research and clinical application. The book explores the most relevant issues in the field, including reproductive genetics, biology, pharmacology, endocrinology, surgery, and assisted reproduction technology. In each chapter, scientists and clinicians give insight into a particular aspect of human reproduction. The science and technology in this field has expanded beyond all expectations, and will only continue to grow. The wealth of information available and the continuing growth in this field creates a continuing need for up-to-date knowledge. Biotechnology of Human Reproduction provides an expert and comprehensive overview of the field as it is understood and practiced today, and in the future.
Assessment techniques and clinical significance of antisperm antibodies / Lenzi, Andrea; Lombardo, Francesco; Gandini, Loredana; Dondero, Franco. - STAMPA. - (2003), pp. 131-137.
Assessment techniques and clinical significance of antisperm antibodies
LENZI, Andrea;LOMBARDO, Francesco;GANDINI, Loredana;DONDERO, Franco
2003
Abstract
This important new book provides an expert and comprehensive overview of the biotechnology of human reproduction as it is understood and practiced today. Written by a team of specially invited experts from all over the world, the contents include gametogenesis, sperm migration, fertilization and embryo implantation in humans, ultrasound, radiological and endoscopical techniques for the diagnosis and therapy of human infertility, human seminology, hormonal drugs in human infertility, in vitro processing of human sperm, IVF-ET, in vitro culture and quality assessment of human embryos, micromanipulation. Since the birth of the first successful IVF baby over twenty years ago, the field of assisted reproduction has grown exponentially. Preimplantation genetic diagnosis, gamete and embryo freezing, and embryo cloning are only a few examples of reproductive biotechnologies that have stimulated a worldwide debate. Biotechnology of Human Reproduction presents an up-to-date basis for this debate. The book supplies a complete overview of how new biotechnologies benefit human reproductive medicine, from the viewpoints of both basic research and clinical application. The book explores the most relevant issues in the field, including reproductive genetics, biology, pharmacology, endocrinology, surgery, and assisted reproduction technology. In each chapter, scientists and clinicians give insight into a particular aspect of human reproduction. The science and technology in this field has expanded beyond all expectations, and will only continue to grow. The wealth of information available and the continuing growth in this field creates a continuing need for up-to-date knowledge. Biotechnology of Human Reproduction provides an expert and comprehensive overview of the field as it is understood and practiced today, and in the future.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.