This insightful and thought-provoking 2002 collection of chapters describes the rapid advances that had revolutionised reproductive medicine in the years leading up to its publication. This transformation was the result of converging and overlapping developments in reproductive biology, molecular biology and genetics. These advances allied with remarkable technical developments pushed the boundaries of this discipline ever faster forward. This volume surveys this rapid expansion as it stood in 2002 and looks ahead at exciting prospects for the future that stand at the watershed between basic science and clinical application. From oogeneis and spermatogenesis, through to fertilisation, embryogenesis and cloning, this volume looks at scientific advances. Subsequent chapters focus on infertility and its diagnosis and treatment using the full armory of assisted reproductive technologies. A concluding section surveys the impact of these developments on the provision, regulation and financing of reproductive health care in the global community.

This insightful and thought-provoking collection of chapters describes the rapid advances that have revolutionized reproductive medicine. From oogenesis and spermatogenesis, through to fertilization, embryogenesis, and cloning, this volume looks at cutting-edge technologies and scientific advances. Subsequent chapters focus on infertility and its diagnosis and treatment using the full armory of assisted reproductive technologies. A concluding section surveys the impact of these developments on the provision, regulation, and financing of reproductive health care in the global community.

This practical, extensively illustrated handbook covers the procedures that are undertaken in andrology and ART laboratories to analyse and assess male-factor infertility, and to prepare spermatozoa for use in assisted conception therapy. The content is presented as brief, authoritative overviews of the relevant biological background for each area, plus detailed, step-by-step descriptions of the relevant analytical procedures. Each technical section includes quality control considerations and the optimum presentation of results. In addition to the comprehensive 'basic' semen analysis, incorporating careful analysis of sperm morphology, the handbook provides established techniques for the use of computer-aided sperm analysis and sperm functional assessment. The interpretation of laboratory results in the clinical context is highlighted throughout, and safe laboratory practice is emphasized. Fully revised, incorporating the new ISO TS 23162 on basic human semen analysis throughout, this is an invaluable resource to all scientists and technicians who perform diagnostic testing for male-factor infertility.