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Titlebook: In Vitro Fertilization and Embryo Transfer in Primates; Don P. Wolf,Richard L. Stouffer,Robert M. Brenner Conference proceedings 1993 Spri

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s on the core topic of primate in vitro fertilization and embryo transfer were joined by specialist presentations in related areas, including human-assisted reproductive technologies, reproductive physiology of the great apes, sperm biology, implantation mechanisms, cryobiology, coculture systems for embryoge978-1-4612-7640-1978-1-4612-2716-8
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cts the unique qualities of its two principal sponsors. Whenever the Oregon Regional Primate Research Center is involved in matters of science, we see a consistent record of exceptional quality in both the work is unequaled and the people who do it. Likewise, Serono Symposia, USA in assuring a world
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Sperm-Zona Pellucida Interaction in Macaquest step in developing the animal model. In this chapter we highlight our recent work on the physiology of spermatozoa from the laboratory macaque and, in particular, on sperm interaction with the zona pellucida of the oocyte.
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Expression and Binding of Transforming Growth Factor ßs in the Mouse Embryo and Uterus During the Pe decidualization of the endometrial stroma following blastocyst attachment (1,3); and (v) controlled uterine invasion by trophoblasts (4). These events are a conglomerate of temporally and spatially regulated proliferation, differentiation, migration, and remodeling of heterogeneous cell types of both the embryonic and uterine tissues.
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Nonhuman Primate Oocyte Biology: Environmental Influences on Developmentthe . (PB1)—IVM oocytes may have developmental defects (1–4). Some of these deficiencies include defects in blocks to polyspermy, inability to decondense sperm nuclei, underdevelopment of metaphase spindles, and inability of zygotes to progress beyond early cleavage stages.
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