2023 Cellular and Molecular Mechanisms of Toxicity Gordon Research Conference and Seminar

2023细胞和分子毒性机制戈登研究会议暨研讨会

• 批准号: 10672627
• 负责人: Rhiannon Nicole Hardwick
• 金额: $ 0.8万
• 依托单位: GORDON RESEARCH CONFERENCES
• 依托单位国家: 美国
• 财政年份: 2023
• 资助国家: 美国
• 起止时间: 2023-05-05 至 2024-04-30
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/10672627
• 关键词: Academia; Academy; Active Learning; Address; Advocate; Ally; Area; Artificial Intelligence; COVID-19 pandemic; Chemicals; Chemistry; Collaborations; Communities; Data; Data Science; Development; Discipline; Disease; Drug Kinetics; Environment; Environmental Science; Face; Female; Food Safety; Fostering; Future; Gender; Genetic; Goals; Government; Hour; Industry; Investigation; Leadership; Learning; Link; Mentors; Mentorship; Metabolism; Methodology; Modality; Modernization; Molecular; Molecular Biology; National Institute of Environmental Health Sciences; Nationalities; New Hampshire; Oral; Outcome; Participant; Pathogenesis; Pharmacologic Substance; Pharmacology; Physiology; Privatization; Productivity; Public Health; Recording of previous events; Research; Research Personnel; Risk Assessment; Science; Scientific Advances and Accomplishments; Scientist; Societies; Strategic Planning; Techniques; Time; Toxic Environmental Substances; Toxic effect; Toxicity Tests; Toxicology; Update; Woman; Work; Xenobiotics; biological research; career; career development; chemical safety; consumer product; coronavirus disease; design; developmental toxicity; digital; forging; frontier; functional genomics; improved; innovation; interest; invention; male; meetings; neurotoxicity; new technology; next generation; novel strategies; novel therapeutics; posters; product development; programs; real world application; recruit; response; special interest group; symposium

ABSTRACT Collaboration across the many areas of toxicology research including the environmental sciences and pharmaceutical and consumer product development, is critical for scientific advancement as scientists across many professional sectors including academia, private industry and government strive to solve crucial public health problems. The Cellular and Molecular Mechanisms of Toxicity (CMMT) Gordon Research Conference (GRC) boasts a rich history of presenting the latest unpublished innovations in mechanistic toxicology research within a collegial environment. A key focus of the CMMT GRC throughout the years has been to foster a strong sense of community by encouraging scientific exchange, networking, and career development throughout the conference week, which has been known to carry forward into attendees' careers. After a 2 year postponement due to the COVID pandemic, the 2023 week-long program has been refreshed under the theme “Modernized Approaches to Mechanistic Toxicology Investigations” and aims to highlight scientific advancements across the various professional sectors of toxicology. Working with a Steering Committee, the Chairs assembled a diverse group of Discussion Leaders and Speakers representing broad interests and scientific backgrounds from across the globe. The scientific sessions, keenly focused on mechanistic toxicology, cover broad topics including functional genomics, artificial intelligence, environmental toxicant metabolism, modernized developmental toxicity testing, impact of the cellular microenvironment on toxic responses, and integration of new approach methodologies in risk assessment for multiple focus areas including mixtures, neurotoxicity, and new therapeutic modalities. Attendees are encouraged to submit abstracts for daily poster sessions from which late-breaking oral presentations will be selected. The program will also feature a Power Hour, which serves as a venue to address challenges faced by women in science and promote discussions on diversity. For the first time, it will focus on challenges for women with intersectional identities and will be led by active toxicologists who are also known advocates in the field and leaders in the Society of Toxicology Special Interest Group, Out Toxicologists and Allies. To further increase diversity, the Chairs will proactively recruit attendees from several special interest groups across toxicological societies. Fostering development of trainees continues to be a central focus of the CMMT GRC and the 2023 conference will again include a 1.5 day Gordon Research Seminar (GRS). The GRS program will include a keynote session on translational toxicology, a career development session on creating an effective digital presence, and several opportunities for late-breaking oral and poster presentations. Trainee development will continue by inclusion of 2 trainees selected from the GRS, alongside emerging stars from across the U.S. and abroad, for an early career investigator session in the GRC program. Despite COVID-related delays, the GRC and GRS Chairs, along with Discussion Leaders and Speakers are eager to provide an exciting, cutting edge program in 2023 that continues the long-held tradition of scientific community forged in prior years.

抽象的 毒理学研究多个领域的合作，包括环境科学和 药品和消费品的开发对于科学进步至关重要，因为科学家们跨越 包括学术界、私营企业和政府在内的许多专业部门都在努力解决关键的公共问题 细胞和分子毒性机制 (CMMT) 戈登研究会议。 (GRC) 在展示机械毒理学研究领域最新未发表的创新方面拥有悠久的历史 CMMT GRC 多年来的一个重点是培养强大的学院环境。 通过科学交流、网络和职业发展来鼓励社区意识 会议周，众所周知，在推迟了两年之后，这一活动将延续到与会者的职业生涯中。 受新冠肺炎疫情影响，2023年为期一周的项目以“现代化”为主题进行了更新 机械毒理学研究方法”，旨在强调整个领域的科学进步 主席们与毒理学的各个专业部门合作，召集了不同的人员。 代表广泛兴趣和科学背景的讨论领袖和演讲者小组 科学会议主要关注机械毒理学，涵盖广泛的主题，包括 功能基因组学、人工智能、环境毒物代谢、现代化发育 毒性测试、细胞微环境对毒性反应的影响以及新方法的整合 多个重点领域的风险评估方法，包括混合物、神经毒性和新疗法 鼓励与会者提交每日海报会议的摘要，其中包括最新的口头报告。 该计划还将选择“Power Hour”作为演讲场地。 女性在科学领域面临的挑战，并首次促进关于多样性的讨论。 具有交叉身份的女性面临的挑战，将由活跃的毒理学家领导，他们也是众所周知的 该领域的倡导者和毒理学协会特别兴趣小组的领导者、毒理学家和 为了进一步增加多样性，主席将主动招募来自多个特殊利益群体的与会者。 促进受训人员的发展仍然是毒理学协会的核心重点。 CMMT GRC 和 2023 年会议将再次包括为期 1.5 天的戈登研究研讨会 (GRS)。 计划将包括关于转化毒理学的主题演讲、关于创建 有效的数字展示，以及一些最新口头和海报展示的机会。 开发工作将继续进行，包括 2 名从 GRS 中选出的学员，以及来自 GRS 的新兴明星。 尽管与新冠病毒相关，但还是在美国和国外参加 GRC 项目的早期职业研究员课程。 由于延误，GRC 和 GRS 主席以及讨论领袖和演讲者都渴望提供令人兴奋的、 2023 年的尖端计划延续了科学界前几年形成的长期传统。