13th International Particle Toxicology Meeting

第13届国际粒子毒理学会议

• 批准号: 10540585
• 负责人: Matthew J Campen
• 金额: $ 1万
• 依托单位: UNIVERSITY OF NEW MEXICO HEALTH SCIS CTR
• 依托单位国家: 美国
• 财政年份: 2022
• 资助国家: 美国
• 起止时间: 2022-08-02 至 2023-07-31
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/10540585
• 关键词: Address; Austria; COVID-19 pandemic; Cells; Chemicals; Collaborations; Communication; Communities; Complex; Data; Development; Educational workshop; Electronic cigarette; Engineering; Environmental Health; Environmental Impact; Environmental and Occupational Exposure; Exposure to; Faculty; Health; Hearing; Heavy Metals; Hispanic Americans; Human; Interdisciplinary Study; International; Location; Manuscripts; Masks; Medical; Mining; Native Americans; Nature; New Mexico; Oral; Paper; Particulate; Particulate Matter; Pathway interactions; Plastics; Play; Public Health; Radioactive; Recording of previous events; Research; Research Personnel; Risk Assessment; Role; Science; Scientist; Singapore; Site; Smoke; Source; Tissues; Toxic Environmental Substances; Toxic effect; Toxicant exposure; Toxicology; Training; United States; Wildfire; Work; biological systems; career; career development; career networking; climate change; drug development; experience; innovation; interest; meetings; multidisciplinary; nanomaterials; novel; novel strategies; pandemic disease; particle; posters; programs; safety assessment; success; symposium; underserved community; vigilance

SUMMARY Particulate contamination represents a wholly different impact to biological systems compared to dissolved chemicals. The unique interactions in tissues and in cells creates challenges – and opportunities for discovery – for research and risk assessment. The science of particle toxicology is well established, but emerging issues continue to advance the field. Since the last meeting in 2019 in Salzburg Austria, we have experienced numerous particle toxicology threats arising on a global scale: the recent increase in wildfire smoke exposures, the inevitability of microplastics contamination, questions about “droplets” and mask efficacy, e-cigarette toxicity, and novel engineering advances for nanomaterials. These issues and others require vigilance from the scientific community to better understand the potential for adverse medical, public health, and ecological impacts. We are hosting the 13th International Particle Toxicology Conference (IPTC) in Santa Fe, New Mexico from August 28-30th, 2022. The IPTC has been an important venue for the communication of innovations in the field of particle toxicology since 1979, and has been held roughly every 3 years since. Over the 2.5-day conference, we will hear from Keynote and Invited speakers, and provide a venue for researchers and trainees to share their work through oral and poster presentations. Face-to-face networking, an essential facet of career development for trainees and young investigators, is a much-needed aspect of the meeting following the 2 years of SARS-CoV-2 pandemic. As an additional component to the meeting, an interactive pre- conference workshop for trainees will be conducted, to provide training from experts in the field on particulate safety assessment from a regulatory and drug development standpoint. The IPTC Steering Committee is additionally focused on climate change and the role that plays in many of the problems we are already facing. Wildfires, plastics, and energy-related combustion-source PM will be topics covered within the context of a changing climate, and Keynote speakers have been specifically chosen to speak to the global and long-term outlook for particulate toxicology. Overall, the success of the IPTC will be achieved by meeting 3 major Aims. First, a broader sharing of key findings from multiple labs/programs on multiple angles related to particulate matter toxicity, microplastics, wildfire smoke, and other emerging concepts. Second, the development of new collaborative, multidisciplinary research initiatives. And third, advancing career development pathways for trainees and junior faculty. At the conclusion of the meeting, we will work within the Steering Committee, Keynote/Invited speakers, and other interested parties to communicate a state-of-the-science manuscript that details emerging issues and novel approaches to best address research on particle toxicology. This paper will help motivate innovation and collaboration to greatly advance the field.

概括 与溶解相比，颗粒污染对生物系统的影响完全不同 化学物质。组织和细胞中的独特相互作用会带来挑战 - 发现机会 - 用于研究和风险评估。粒子毒理学科学已经确定，但新兴的问题 继续前进。自2019年上次在奥地利萨尔茨堡举行的会议以来 在全球范围内引起的许多粒子毒理学威胁：野火烟雾暴露的最近增加， 微塑料污染的必然性，有关“液滴”和掩盖效率的问题，电子烟 毒性以及纳米材料的新工程进步。这些问题和其他问题需要警惕 科学界更好地了解不良医学，公共卫生和生态的潜力 影响。我们将在新墨西哥州圣达菲举办第13届国际粒子毒理学会议（IPTC） 从2022年8月28日至30日，IPTC一直是进行创新的重要场所 自1979年以来，粒子毒理学领域，此后大约每三年举行一次。在2.5天内 会议，我们将听取Keynote和受邀演讲者的来信，并为研究人员和培训提供场地 通过口头和海报演示分享他们的作品。面对面的网络，这是 对学员和年轻调查人员的职业发展是会议的一个急需的方面 SARS-COV-2大流行的两年。作为会议的附加组成部分，交互式 将为受训人员举办会议研讨会，以提供该领域专家的培训 从监管和药物开发的角度来评估安全评估。 IPTC指导委员会是 另外，集中于气候变化以及在我们已经面临的许多问题中所发挥的作用。 野火，塑料和与能源相关的组合源PM将是在一个背景下涵盖的主题 不断变化的气候和主题演讲者被专门选择与全球和长期交谈 特定毒理学的前景。总体而言，IPTC的成功将通过实现3个主要目标来实现。 首先，以与特定有关的多个角度从多个实验室/程序中更广泛的关键发现共享 物质毒性，微塑料，野火烟雾和其他新兴概念。第二，新的发展 合作，多学科研究计划。第三，推进职业发展途径 学员和初级教师。会议结束时，我们将在指导委员会中工作， 主题演讲者/受邀演讲者和其他有趣的政党，以传达一项最先进的手稿， 详细介绍新兴问题和新颖的方法，以最佳解决粒子毒理学研究。本文会 帮助激励创新和协作以大大推动这一领域。