Assisted reproductive technology(ART)has evolved rapidly over the last 40 years,offering hope to individuals and couples struggling with infertility.As technology continues to evolve,simulating a realistic female repr...Assisted reproductive technology(ART)has evolved rapidly over the last 40 years,offering hope to individuals and couples struggling with infertility.As technology continues to evolve,simulating a realistic female reproductive system environment has become a common goal for all types of ARTs,thereby reducing the impact of the artificial microenvironment on perinatal and offspring health.In this review,we provide a brief history of the development of each major ART and discuss the impact of ART on perinatal and offspring health.We also explore how the negative consequences of ART may be overcome and how its benefits can be maximized.展开更多
Increasing evidences indicate that chronic diseases in offspring may be the result of ancestral environmental exposures. Exposures to environmental compounds in windows of epigenetic susceptibility have been shown to ...Increasing evidences indicate that chronic diseases in offspring may be the result of ancestral environmental exposures. Exposures to environmental compounds in windows of epigenetic susceptibility have been shown to promote epigenetic alterations that can be inherited between generations. DNA methylation, histone modifications, and noncoding RNAs are sound mechanistic candidates for the delivery of environmental information from gametes to zygotes. This review focuses mainly on paternal exposures and assesses the risk of epigenetic alterations in the development of diseases, providing insights into relationships between aberrant sperm epigenetic patterns and offspring health. Elucidation of the mechanisms underlying environmental epigenetic information that survive from epigenetic reprogramming and its transmission to future generations may hold a great promise for providing therapeutic targets for epigenetic diseases associated with environmental exposures.展开更多
文摘Assisted reproductive technology(ART)has evolved rapidly over the last 40 years,offering hope to individuals and couples struggling with infertility.As technology continues to evolve,simulating a realistic female reproductive system environment has become a common goal for all types of ARTs,thereby reducing the impact of the artificial microenvironment on perinatal and offspring health.In this review,we provide a brief history of the development of each major ART and discuss the impact of ART on perinatal and offspring health.We also explore how the negative consequences of ART may be overcome and how its benefits can be maximized.
文摘Increasing evidences indicate that chronic diseases in offspring may be the result of ancestral environmental exposures. Exposures to environmental compounds in windows of epigenetic susceptibility have been shown to promote epigenetic alterations that can be inherited between generations. DNA methylation, histone modifications, and noncoding RNAs are sound mechanistic candidates for the delivery of environmental information from gametes to zygotes. This review focuses mainly on paternal exposures and assesses the risk of epigenetic alterations in the development of diseases, providing insights into relationships between aberrant sperm epigenetic patterns and offspring health. Elucidation of the mechanisms underlying environmental epigenetic information that survive from epigenetic reprogramming and its transmission to future generations may hold a great promise for providing therapeutic targets for epigenetic diseases associated with environmental exposures.
