SYMPOSIUM--'NEW DIRECTIONS IN PRIMATE REPRODUCTION'

灵长类动物的繁殖领域已经取得了巨大的进步 生物学，特别是在过去的10年里，其中大部分是 受人类体外受精和其他“辅助”技术进步的影响， 技术.“虽然，很少，专题讨论会给出的选定方面， 这些主题，一个共同的论坛，他们的介绍还没有找到;由于 主要是由于所涉要素的多样性和差异性。 这 研讨会将集中在非人类领域的最新发展 灵长类生殖生物学，并将强调生物医学建模， 最近在一些灵长类动物物种中的技术进步， 从卵泡/卵母细胞成熟到 胚胎的植入。 需要处理的一般领域是： (1)卵泡发育的调控和卵泡显像;（2） 灵长类体外受精;和（3）胚胎发育， 置入 重点将放在应用最新的细胞 和分子技术的顺序，从卵泡成熟， 胚胎植入和发育-无法仿效的方法 在人类身上。 因此，本次研讨会将进一步阐明 灵长类动物繁殖的复杂方面;并因此将有助于 在灵长类动物学领域中是独一无二的

Tremendous strides have been made in the are of primate reproductive biology, particularly over the past 10 years, much of which have been influenced by advances in human in-vitro fertilization, and other "assisted technologies." Although, rarely, are Symposia given on selected aspects of these topics, a common forum for their presentation has not been found; due primarily to the diversity and disparity of the elements involved. This Symposium will focus upon the latest developments in the field of non-human primate reproductive biology, and will emphasize biomedical modeling, and recent technologic advances in a few primate species, all within the framework of ontogenic progression from follicle/oocyte maturation to implantation of the embryo. The general areas to be addressed will be: (1) regulation of ovarian follicle development and follicular imaging; (2) primate in-vitro fertilization; and (3) embryonic development and implantation. Emphasis will be given to applying the most recent cellular and molecular techniques to the sequence from follicular ripening to embryonic implantation and development--approaches that can not be emulated in humans. This Symposium will therefore serve to further elucidate complicated aspects of primate reproduction; and will thereby contribute uniquely to the field of primatology in general.