World Molecular Imaging Congress 2021

2021 年世界分子成像大会 摘要 分子成像（MI）技术正在多个学科中使用，以改变我们对 生物学和发病机制，推动疾病的早期检测并完善治疗方法 几乎所有人类疾病。 MI 领域代表了包括仪器仪表在内的不同科学领域的融合 物理学、分子生物学、医学、工程和化学，并对各个领域产生了重大影响 生物医学。世界分子影像学会 (WMIS) 是 MI 领域的一个组织 致力于使用具有以下特征的所有模式开发和促进临床前和临床成像 提供活体细胞和分子信息的能力。支持的工具和技术 由 WMIS 提出，并在其名为世界分子成像大会 (WMIC) 的年度会议上进行了专题介绍， 改变肿瘤学、传染病学、神经病学、心脏病学、风湿病学和内分泌学领域。一个 WMIS 的显着特点是其程序的高度集成、多模式性质， 科学创新并延伸到患者护理。作为一个国际科学教育组织，积极 WMIS 的成员包括基础科学家和转化科学家、临床医生、年轻研究人员和来自不同领域的学生。 广泛的学科，其共同目标是了解人类生物学和关键的细胞和 通过定量多模态 MI 体内成像来了解疾病的分子成分。作为一年一度的盛事， WMIC 是 MI 领域唯一的综合性国际会议。 WMIC 提供了一个平台 具有不同专业领域的广泛科学家和临床医生进行互动、展示和讨论 人工智能领域取得了前沿进展，因此这次会议吸引了来自学术界、工业界和政府的科学家。的 WMIC 2021 的主要目标是探索分子成像的不断扩大的作用及其对先进技术的影响 在医疗保健方面。我们将通过本提案的以下目标来实现这一目标：1）展示最新进展 以及MI的应用； 2）提高对生物过程的理解并利用获得的见解 开发帮助我们更好地预防、检测和治疗疾病的工具； 3）汇集国际 社区推广和扩大 MI 的使用，以加快生物医学研究的创新步伐。 我们努力为有前途的年轻科学家、博士后和研究生提供旅费， 参加会议并将他们的创新研究带到会议上，并致力于支持年轻人 研究人员推动该领域的创新并将 MI 应用于临床。 R13 的资金将用于 支持最有前途的年轻研究人员、研究生和研究生的旅行和出勤费用 博士后水平，特别鼓励妇女、代表性不足的少数民族和残疾人， 使他们能够参加 2021 年 10 月 6 日至 9 日在佛罗里达州迈阿密举行的 WMIC。

World Molecular Imaging Congress 2021 Abstract Molecular imaging (MI) technologies are being used in multiple disciplines to transform our understanding of biology and pathogenesis, to drive detection to earlier and earlier stages of disease and refine therapies for nearly all human diseases. The field of MI represents a fusion of diverse scientific fields, including instrumentation physics, molecular biology, medicine, engineering and chemistry, and has a major impact on all areas of biomedicine. The World Molecular Imaging Society (WMIS) embodies the field of MI as an organization dedicated to developing and promoting preclinical and clinical imaging using all modalities that have the capability of providing cellular and molecular information in living subjects. The tools and technologies supported by the WMIS, and featured at its annual meeting called the World Molecular Imaging Congress (WMIC), are changing the fields of oncology, infectious disease, neurology, cardiology, rheumatology, and endocrinology. A distinguishing feature of the WMIS is the highly-integrated, multimodal nature of its program that begins with scientific innovation and extends to patient care. As an international scientific educational organization, active members of WMIS include basic and translational scientists, clinicians, young researchers and students from a wide variety of disciplines, with a common goal of understanding human biology and the critical cellular and molecular components of disease through in vivo imaging with quantitative multimodality MI. As an annual event, the WMIC is the only comprehensive, international meeting in the field of MI. The WMIC provides a platform for a wide array of scientists and clinicians with diverse areas of expertise to interact, present, and discuss cutting- edge advances in MI, and as such the meeting attracts scientists from academia, industry, and government. The main goal of the WMIC 2021 is to explore the expanding role of Molecular Imaging and its impact on advancing in healthcare. We will accomplish this by the following aims of this proposal: 1) presenting the latest advances and applications of MI; 2) improving the understanding of biological processes and using the gained insights to develop tools that help us to better prevent, detect and treat disease; and 3) bringing together an international community to promote and expand the use of MI to accelerate the pace of innovations in biomedical research. We work diligently to secure travel funds for promising young scientists, post-doctoral and graduate students, to attend the meeting and to bring their innovative studies to the meeting and are committed to supporting young investigators, as they drive innovation in the field and apply MI in the clinic. The funds from this R13 will cover costs to support travel and attendance for the most promising young investigators, at the graduate and postdoctoral levels, especially encouraging women, underrepresented minorities and persons with disabilities, enabling them to attend the WMIC in Miami, Florida on October 6-9, 2021.