Established as a definitive reference for the IVF laboratory and clinic, the sixth edition has been extensively revised, with the addition of several important new contributions on clinical topics, including Artificial Intelligence, gene editing, disaster management, freeze-all cycles, immunology, and transgender considerations. As previously, methods, protocols, and techniques of choice are presented by IVF pioneers and eminent international experts. *Gives both laboratory staff and clinicians a comprehensive resource for problems arising in Reproductive Medicine *Draws on international expertise for practice and guidelines *Presents a new edition of the pre-eminent reference text in laboratory and clinical aspects of Reproductive Medicine

*Gives laboratory staff a comprehensive resource for problems arising in the Assisted Reproductive laboratory *Draws on international expertise for practice and guidelines *Presents a new edition of the pre-eminent reference text in laboratory aspects of Reproductive Medicine

Established as the definitive reference for the IVF clinic, the sixth edition has been extensively revised, with the addition of several important new contributions on clinical topics, including The use of digitalization and precision medicine in the IVF clinic, The environment and reproduction, The use of gonadotropin-releasing hormone agonists and the efficiency of IVF, Controlled ovarian stimulation for freeze-all cycles, Immunology in ART, Home monitoring of ART cycles, Luteal-phase support in ART, The POSEIDON stratification of ‘low prognosis’ patients in ART, Controlled ovarian stimulation for low responder patients, Adjuvants for poor responders, Innovative therapies in diminished ovarian reserve and primary ovarian insufficiency patients, and Fertility options for transgender and nonbinary individuals. As previously, methods, protocols, and techniques of choice are presented by IVF pioneers and eminent international experts.

The new edition of this text admirably fills the need for a primer on the central topics involved in Human In Vitro Fertilization (IVF). Supplying a comprehensive and hands-on approach to IVF, this source presents established state-of-the-art procedures and techniques, as well as the most current research in the field. Expert contributors also discuss the history of IVF and the potential of future research. Offering essential information for reproductive endocrinologists, IVF practitioners and embryologists, this book guides readers though every step of human assisted conception, from patient pre-treatment to monitoring of outcomes.

The new edition of this text admirably fills the need for a primer on the central topics involved in Human In Vitro Fertilization (IVF). Supplying a comprehensive and hands-on approach to IVF, this source presents established state-of-the-art procedures and techniques, as well as the most current research in the field. Expert contributors also discuss the history of IVF and the potential of future research. Offering essential information for reproductive endocrinologists, IVF practitioners and embryologists, this book guides readers though every step of human assisted conception, from patient pre-treatment to monitoring of outcomes.

In recent years, the advancing science and increasing availability of assisted reproduction have given new hope to infertile couples. However, the use of IVF and ART has also led to marked increases in the number of multiple-infant live births. This poses a public health concern, as these neonates have a higher rate of pre-term delivery, compromising their survival chances and increasing their risk of lifelong disability. By optimizing the selection of gametes and embryos with high probabilities of implantation, it is possible to reduce the number of embryos transferred and, by extension, the number of high-risk multiple gestations, while maintaining or increasing pregnancy rates. Human Gametes and Preimplantation Embryos: Assessment and Diagnosis provides a broad yet concise overview of established and developing methodologies for assessment of gamete and embryo viability in assisted reproduction. This book elucidates the best practices for precisely selecting viable specimens based on morphology and cleavage rate and covers the spectrum of emerging adjunctive technologies for predicting reproductive potential. The authors present their extensive knowledge of "omics" approaches (genomics, transcriptomics, proteomics, and metabolomics), with unbiased delineation of the associated advantages and potential pitfalls. This valuable clinical resource is well suited to infertility specialists, Ob/Gyn physicians, IVF laboratory technicians, and researchers in the fields of embryology and reproductive medicine.

In recent years, the advancing science and increasing availability of assisted reproduction have given new hope to infertile couples. However, the use of IVF and ART has also led to marked increases in the number of multiple-infant live births. This poses a public health concern, as these neonates have a higher rate of pre-term delivery, compromising their survival chances and increasing their risk of lifelong disability. By optimizing the selection of gametes and embryos with high probabilities of implantation, it is possible to reduce the number of embryos transferred and, by extension, the number of high-risk multiple gestations, while maintaining or increasing pregnancy rates. Human Gametes and Preimplantation Embryos: Assessment and Diagnosis provides a broad yet concise overview of established and developing methodologies for assessment of gamete and embryo viability in assisted reproduction. This book elucidates the best practices for precisely selecting viable specimens based on morphology and cleavage rate and covers the spectrum of emerging adjunctive technologies for predicting reproductive potential. The authors present their extensive knowledge of "omics" approaches (genomics, transcriptomics, proteomics, and metabolomics), with unbiased delineation of the associated advantages and potential pitfalls. This valuable clinical resource is well suited to infertility specialists, Ob/Gyn physicians, IVF laboratory technicians, and researchers in the fields of embryology and reproductive medicine.

The field of human artificial reproductive technology (ART) is continually advancing and has witnessed significant changes since the inception of Louise Brown in 1978. Though Louise Brown herself was conceived after the trans fer of a blastocyst, there remain significant confusion and debate regarding the stage at which the human embryo conceived in the laboratory should be replaced in the mother. Developments in culture media formulations, leading to the introduction of sequential media, have brought the role of the blasto cyst in human ART back into the spotlight. It was due to this resurgence of interest in the niche of extended culture in human infertility treatment that the symposium on "ART and the Human Blastocyst" was held. of this meeting within this volume bring to the forefront The proceedings the main issues raised with the transfer of embryos at the blastocyst stage. It is evident from the chapters that follow that ART needs to be perceived as a continuum of procedures, each one dependent on the preceding one, and all equally as important as each other. That is to say, the development of a com petent embryo is ultimately dependent on the quality of the gametes from which it was derived. With regard to the oocyte, this then places the emphasis on the physician to use a stimulation protocol that both produces quality oocytes and does not impair endometrial function. Maintenance of gamete and embryo quality is the laboratory's role.

The continued debate regarding the stage at which the human embryo conceived in the laboratory should be placed in the mother, combined with recent developments in culture media formulations, have brought the role of the human blastocyst in ART back into the spotlight. ART and the Human Blastocyst presents the proceedings of the International Symposium on ART and the Human Blastocyst held from March 30- April 2, 2000 in Dana Point, California. This book brings to the forefront the main issues raised with the transfer of embryos at the blastocyst stage, including the reduction of high order multiple gestations and the role of the blastocyst culture and transfer in facilitating successful single embryo transfer. Sections include gamete quality and pregnancy outcome, physiology of the embryo, blastocyst development in culture, blastocyst transfer and fate, and implantation. More than 40 illustrations and 25 tables complement the text.