2023 Cell Biology of Metals Gordon Research Conference and Gordon Research Seminar

项目总结 戈登研究会议(GRC)和戈登研究研讨会(GRS)关于细胞生物学的系列 金属始终如一地汇聚了一个由新的和成熟的研究科学家和 临床医生分享和讨论金属动态平衡领域的最新前沿研究。作为 在这个快速发展的领域的基石会议，两年一度的金属细胞生物学GRC制定了一个 自2005年首届会议以来，一直吸引着140-180人参加。 出席这次会议的需求很高，导致在2017年启动了随行的GRS，以提供 为该领域的毕业生和博士后实习生提供更多的演讲和网络机会。高登 研究会议以其尖端的、高质量的研究会议而闻名国际 展示新的和未发表的研究。2023年金属细胞生物学计划的目标将寻求 继续保持这一高标准。 这一卓越的系列会议的第10次会议将涵盖来自以下领域的各种科学兴趣 遗传学、生物化学、结构生物学和无机化学，到蛋白质组学、金属组学和 生物信息学、微生物发病机制和临床转化医学。会议主题将集中在 蛋白质、细胞、组织和生物体中金属的获取、运输、调节、反应和利用 从微生物到人类，以及金属在生理、疾病和宿主-病原体相互作用中的作用。在……里面 此外，还将讨论生物金属在环境中的影响及其对人类健康的影响。 会议形式，包括主旨演讲、初级和高级调查人员的研究演讲、 精选海报演讲、海报会议和非正式科学讨论，促进开放交流， 有效的指导，以及现有调查人员和受训人员之间的跨学科合作。这个 会议努力包括不同的演讲者和与会者群体，他们带来了广泛的 保持这一重要和迅速的健康增长和多样化的前景和背景 不断扩大的领域。因为金属的获取和动态平衡对人类的健康和疾病也有很大影响 作为微生物的发病机制，本次系列会议的最终目标是揭示 金属代谢紊乱的机制，以促进尖端诊断的发展 金属相关疾病和障碍的治疗方法和治疗。

PROJECT SUMMARY The Gordon Research Conference (GRC) and Gordon Research Seminar (GRS) series on the Cell Biology of Metals consistently brings together an exceptional community of new and established research scientists and clinicians to share and discuss the latest cutting edge research in the field of metal homeostasis. As the cornerstone conference in this rapidly evolving field, the biennial Cell Biology of Metals GRC has developed a steadfast following since the inaugural meeting in 2005, consistently attracting between 140-180 attendees. The high-demand to attend this conference led to the initiation of the accompanying GRS in 2017 to provide additional speaking and networking opportunities for graduate and post-doctoral trainees in the field. Gordon Research Conferences are internationally renowned for their cutting edge, high-quality research meetings that showcase new and unpublished research. The goal of the 2023 Cell Biology of Metals program will seek to continue this high standard. The 10th meeting of this preeminent conference series will span a diverse range of scientific interests from genetics, biochemistry, structural biology, and inorganic chemistry, to proteomics, metallomics and bioinformatics, microbial pathogenesis, and clinical translational medicine. Session topics will focus on the acquisition, trafficking, regulation, reactivity and utilization of metals in proteins, cells, tissues, and organisms from microbes to humans, and the role of metals in physiology, disease, and host-pathogen interactions. In addition, the impact of biological metals in the environment and their effect on human health will be discussed. The conference format, including keynote presentations, research talks from junior and senior investigators, selected poster talks, poster sessions, and informal scientific discussions, promotes open communication, effective mentoring, and cross-disciplinary collaborations between established investigators and trainees. The conference strives to include a diverse group of presenters and attendees who bring a wide swath of perspectives and backgrounds to sustain the healthy growth and diversification of this significant and rapidly expanding field. Since metal acquisition and homeostasis strongly impacts human health and disease as well as microbial pathogenesis, the ultimate goal of this conference series is to uncover the pathological mechanisms of dysfunctional metal metabolism in order to foster the development of cutting-edge diagnostic approaches and therapeutic treatments for metal-related diseases and disorders.