Beyond Nano, Challenges and Opportunities In Drug Delivery

超越纳米，药物输送的挑战和机遇

• 批准号: 10237745
• 负责人: Yoon Yeo
• 金额: $ 0.97万
• 依托单位: MATERIALS RESEARCH SOCIETY
• 依托单位国家: 美国
• 财政年份: 2021
• 资助国家: 美国
• 起止时间: 2021-04-01 至 2022-03-31
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/10237745
• 关键词: Applied Research; Area; Biocompatible Materials; Biology; Chemistry; China; Clinical Trials; Coffee; Communicable Diseases; Conscious; Country; Data; Detection; Development; Diagnosis; Discipline; Disease; Drug Delivery Systems; Engineering; Ensure; Exhibits; Fees; Gender; Health; Human; Immunotherapy; Informatics; Israel; Learning; Machine Learning; Malignant Neoplasms; Medicine; Minority; Minority Groups; Mission; Moderate Activity; Paper; Participant; Performance; Persons; Pharmacologic Substance; Postdoctoral Fellow; Prevention; Research; Research Personnel; Scientist; Series; Societies; Technology; Tissue Engineering; Travel; Underrepresented Minority; United States National Institutes of Health; Universities; Washington; base; career; clinical translation; design; falls; global health; graduate student; innovation; interest; local drug delivery; materials science; medical specialties; meetings; member; multidisciplinary; nano; nanomedicine; physical science; posters; programs; social; success; symposium; tissue regeneration; virtual

Abstract The Beyond Nano, Challenges and Opportunities in Drug Delivery symposium is one of the Soft Materials and Biomaterials symposium clusters of the 2021 MRS Spring Meeting & Exhibit, to be held on April 18-23, 2021, Seattle, Washington. The theme of the Beyond Nano, Challenges and Opportunities in Drug Delivery symposium is the reflection on nano-/cancer-centric drug delivery research that has driven the field in past two decades and the exploration of new opportunities in drug delivery technologies with a specific focus on a materials science perspective. The MRS meeting is a unique forum for scientists at all levels, from eminent experts to young scientists, in multiple disciplines related to materials science, including chemistry, engineering, and other applied sciences. The MRS Soft Materials and Biomaterials symposia historically attracted the audience in the field of drug delivery and tissue engineering with topics related to cutting-edge biomedical products. The objective of this symposium is to provide a forum for investigators at all levels in allied disciplines including material scientists, chemists, engineers, and pharmaceutical scientists and help them to share the lessons learned to date, discuss the challenges and innovation in materials science in overcoming current bottlenecks in drug delivery, and cultivate new opportunities that can benefit from the advances in nanomedicine. The organizing committee consists of four experts in drug delivery field across the globe: Prof. Yoon Yeo of Purdue University (USA) chairs the symposium, and Profs. Patrick Stayton of University of Washington (USA), Youqing Shen of Zhejiang University (China), and Yosi Shamay (Israel) serve as co-chairs to plan, organize, and moderate activities of the symposium. The committee has identified six thrust areas of fundamental and current interest in drug delivery field: (i) Machine learning for drug delivery design; (ii) Nanomedicine; (iii) Bioinspired materials for drug delivery; (iv) Local drug delivery; (v) Drug delivery for global health; and (vi) Biomaterials and drug delivery for immunotherapy; and confirmed the participation of twenty-three leaders and rising stars as invited speakers. We plan to achieve three Specific Aims through the Beyond Nano, Challenges and Opportunities in Drug Delivery symposium: Aim 1. Critically reflect on the advances and challenges in core fields of drug delivery; Aim 2. Discuss the latest developments in materials science on emerging fields of drug delivery; Aim 3. Provide a stimulating and dynamic convention to engage and inspire early-career scientists. The NIH symposium support is being sought to support registration fees and travel expenses for invited speakers and young investigators, prioritizing (i) early-career invited speakers, and (ii) graduate students, post-doctoral trainees, and young investigators, including members of underrepresented minority groups.

抽象的 超越纳米，药物输送研讨会上的挑战和机遇是软材料之一， 2021年4月18日至23日举行的2021年春季会议和展览会的生物材料研讨会集群， 华盛顿西雅图。超越纳米的主题，药物输送研讨会中的挑战和机遇 是对以纳米/以癌症为中心的药物递送研究的反思，在过去的二十年中驱动了该领域， 探索药物输送技术的新机会，特别关注材料科学 看法。 MRS会议是一个针对各个层面科学家的独特论坛，从著名专家到年轻人 科学家在与材料科学有关的多个学科中，包括化学，工程和其他应用 科学。历史上，夫人软材料和生物材料研讨会在历史上吸引了观众 药物输送和组织工程与尖端生物医学产品有关的主题。目的 该研讨会是为在包括物质科学家，包括物质科学家， 化学家，工程师和制药科学家，并帮助他们分享约会的经验教训，讨论 材料科学的挑战和创新克服了当前的药物输送瓶颈，以及 培养可以从纳米医学进步中受益的新机会。组织委员会 由全球药物送货领域的四个专家组成：美国普渡大学（美国）椅子的Yoon Yoon教授 研讨会和教授。华盛顿大学（美国）的帕特里克·斯蒂尔顿（Patrick Stayton） 大学（中国）和Yosi Shamay（以色列）是计划，组织和中等活动的联合主席 座谈会。该委员会已经确定了六个推力区域的基本和当前对药物输送的兴趣 字段：（i）药物输送设计的机器学习； （ii）纳米医学； （iii）用于药物输送的生物启发的材料； （iv）局部药物输送； （v）全球健康的药物输送； （vi）生物材料和药物输送 免疫疗法；并确认了二十三位领导人和后起之秀作为邀请的演讲者的参与。 我们计划通过超越纳米实现三个特定目标，毒品的挑战和机遇 交付研讨会：目标1。批判性地反思药物递送核心领域的进步和挑战；目的 2。讨论新兴药物输送领域的材料科学的最新发展；目标3。提供 刺激和动态惯例参与和激发早期职业科学家。 NIH研讨会支持 正在寻求支持邀请发言人和年轻调查员的注册费和旅行费用 优先考虑（i）早期职业人士邀请演讲者，以及（ii）研究生，博士后学员和年轻人 调查人员，包括代表性不足的少数群体的成员。