New GORDON RESEARCH CONFERENCE: Advanced Cell and Tissue Biomanufacturing: Technology Development and Innovation through Convergence

最近对先进细胞和组织生物制造的兴趣为刺激生物技术的发展提供了新的机会。 研究、教育、产业增长和创新。组织工程的发展，再生 药物和增材制造能够产生各种治疗性细胞和组织， 疾病诊断、治疗、预防和管理。组织模型和类器官具有 它的出现是为了更好地了解疾病和简化药物开发。尽管 这一进展，生物制品相对于其他医疗产品的高度复杂性要求 一个相当高层次的融合和整合-这还没有出现-导致 按需生产可靠、可扩展、稳健和可再现的构建组织。利用 这些最近的进展，一个新的戈登研究会议题为“先进的细胞和 组织生物制造：通过融合的技术发展和创新”将 找出差距和挑战，以促进先进国家的新科技创新 生物制造会议将突出学术力量与行业利基的交叉 加速将实验室发现转化为细胞和组织产品的工业规模生产。 为材料和单元采购、工艺建模开发使能技术和新方法 和集成，组织生物制造自动化，在线和离线传感和控制，组织 开发和成熟，产品验证和功能测定，细胞和组织保存， 监管、质量保证/质量控制以及劳动力培训对于促进增长和维持该领域至关重要。 会议将提供一个平台，促进各领域或科学领域的富有成效的互动， 从初级研究人员和学生到该领域的领导者。这样的互动会帮助他们 探索新的研究方向，并在先进的生物制造领域建立自己的职业生涯。特别 将注意加强调查人员之间的多样性，并了解文化影响 这些新的干预措施。

The recent interest in advanced cell and tissue biomanufacturing offers new opportunities to spur research, education, and industry growth and innovation. Evolution of tissue engineering, regenerative medicine, and additive manufacturing enables the generation of various therapeutic cells and tissues for disease diagnosis, treatment, prevention, and management. Tissue models and organoids have emerged as a way to better understand disease and streamline pharmaceutical development. Despite this progress, the high-level of complexity of the bioproducts relative to other medical products calls for an equivalent high-level convergence and integration—which has yet to emerge—to lead to the production of reliable, scalable, robust, and reproducible constructed tissues on demand. Harnessing these recent advancements, a new Gordon Research Conference entitled “Advanced Cell and Tissue Biomanufacturing: Technology Development and Innovation through Convergence” will identify gaps and challenges that will stimulate new science and technology innovation in advanced biomanufacturing. The conference will highlight the intersection of academic forces with industry niches to accelerate the translation of lab discoveries into industrial scale production of cell and tissue products. Development of enabling technologies and new methods for material and cell sourcing, process modeling and integration, tissue biomanufacturing automation, on- and off-line sensing and control, tissue development and maturation, product validation and functional assays, cell and tissue preservation, regulation, and QA/QC as well as workforce training are essential to foster growth and sustain the field. The meeting will offer a platform for productive interactions across the spectrum or science and engineering from junior investigators and students to leaders in the field. Such interactions will help them to explore new directions of research and build their careers in advanced biomanufacturing. Special attention will be paid to enhancing diversity among investigators and understanding the cultural impacts of these novel interventions.