Novel Method for Cryopreservation and Recovery of Female Follicles
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Biomaterials Core
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Bioengineering Primate Follicles: From Immature Eggs to Live Births
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Development and optimization of methods for successful cryopreservation and thawing of nonhuman primate ovarian tissue
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Testing of unmodified and matrix-modified biomaterials, administering quality control guidelines, and providing materials to support the work of individual Consortium projects
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Application of an alginate 3-D culture system to the maturation of primate follicles in vitro and delivery of pro-angiogenic agents to autotransplanted ovarian tissue
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National Physicians Cooperative to Preserve Fertility for Female Cancer Patients
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Preservation and Growth of Human Follicles
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Learning Modules in Oncofertility
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Establishing a nationwide network of fertility preservation centers to promote best practices, test new methods and study important questions.
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Application of tissue engineering principals to human ovarian tissue preservation, follicle growth, and oocyte maturation in vitro
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Development of an oncofertility professional education network for fellows and physicians-in-practice and administration of the Oncofertility Saturday Academy
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An Interdisciplinary Perspective: A Social Science & Humanities Examination of Oncofertility
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Training the Globally Ready Scholar
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Administrative Core
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Examination of the emergent ethical, legal, economic, and communication issues related to oncofertility
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Advancement of training opportunities for the interdisciplinary, globally prepared oncofertility scholar, including site-specific exchange of investigators
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Facilitation of communication and data sharing governance to remove barriers to progress and provide a framework for operations, goverance and support of interdisciplinary Oncofertility Consortium® members
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Measures of Fertility in Young Cancer Patient
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Pilot Project Program
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Investigation of novel and cutting-edge technologies, tools, and training activities for assessing fertility status and the sequelae of adverse fertility outcomes in pediatric cancer patients
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Various high-risk, high-gain projects that launch early-stage ideas into fundable grants
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