2019 Chronobiology GRC/GRS

2019年时间生物学GRC/GRS

基本信息

批准号：
9756505
负责人：
AMITA SEHGAL
金额：
$ 2.3万
依托单位：
GORDON RESEARCH CONFERENCES
依托单位国家：
美国
项目类别：
财政年份：
2019
资助国家：
美国
起止时间：
2019-03-01 至 2020-02-28
项目状态：
已结题

来源：
https://reporter.nih.gov/project-details/9756505
关键词：
Advertising Aging Americas Animal Model Animals Area Award Bacteria Behavior Behavioral Biological Rhythm Brain Chronic Chronobiology Circadian Dysregulation Clinic Consultations Cultural Diversity Development Discipline Ensure Environment Europe Far East Fees Female Funding Future Genetic Health Hour Human Individual Industrialization Industry Invaded Investigation Laboratory Research Learning Life Style Lighting Mathematics Medical Medicine Mental Health Mental disorders Mentorship Metabolic Diseases Metabolism Methodology Mission Modernization Molecular Molecular Biology National Institute of Diabetes and Digestive and Kidney Diseases National Institute of Neurological Disorders and Stroke Nationalities Neurobiology Neurons Neurosciences Nobel Prize Organism Periodicity Physiological Physiology Plants Population Postdoctoral Fellow Research Research Methodology Research Personnel Scientist Sleep Sleep Disorders Sleep Wake Cycle Spain Testing Time Training Translational Research United States National Institutes of Health Work Workplace career circadian circadian pacemaker experience falls gender diversity graduate student healthy aging male meetings programs skills symposium theories translational study unpublished works

项目摘要

Project Summary We request partial support for the 21st Chronobiology Gordon Research Conference (GRC) and the accompanying 4th Gordon Research Seminar (GRS), which will be held at the Rey Don Jaime Grand Hotel, Castelldefels, near Barcelona, Spain from June 23-28th 2019. Any funds that we receive from the NIH will be used to partially support the registration fees for predominantly younger researchers, postdoctoral fellows and graduate students who will attend the GRC and associated GRS. The Nobel Prize in Medicine or Physiology awarded in 2017 to our colleagues Jeff Hall, Michael Rosbash and Mike Young for their pioneering work in deciphering the molecular basis of the circadian clock ensures that both GRC/GRS will attract a wide-range of researchers working at many different levels with diverse methodologies and model organisms. The GRS will focus on training and mentorship, while the GRC will present the latest unpublished work from the senior and emerging stars of the field. The GRC subtheme is `Clocks in model organisms: Circadian Networks, Physiology and Health' and emphasizes the diverse range of organisms that are studied from many different perspectives, from the molecular, cellular, physiological to behavioral and population layers. This also includes the application of these findings to the clinic and workplace. Consequently there is a wide range of topics covering most aspect of chronobiology using a diverse range of organisms and research methodologies included within the program. In higher organisms, the master circadian clock is in the brain, and chronic circadian disruption by modern lifestyles has important implications for human behavior, metabolism and healthy ageing, so the conference fits well within the sphere of NINDS, NIA and NIDDK. The speakers and discussion leaders represent senior established figures and younger emerging stars of the field and have been selected by consultation with an informal committee consisting of both senior and more junior figures in the field. There is an almost equal number of male and female speakers/session chairs as well as a range of nationalities invited to speak, from the Americas, Europe and the Far East ensuring a cultural and gender diversity. Apart from the mentorship, the GRS will also have 8 junior speakers and the GRC will further select 9 abstracts from younger scientists for presentation as short talks at the main meeting, providing an important learning experience for the trainees.

项目概要我们请求对第 21 届时间生物学戈登研究会议 (GRC) 和伴随第四届戈登研究研讨会（GRS），该研讨会将在雷伊唐海梅大酒店, 2019 年 6 月 23 日至 28 日，西班牙巴塞罗那附近的卡斯特尔德费尔斯。我们从 NIH 收到的任何资金都将用于部分支持主要是年轻研究人员、博士后研究员和将参加 GRC 和相关 GRS 的研究生。诺贝尔医学或生理学奖 2017 年授予我们的同事 Jeff Hall、Michael Rosbash 和 Mike Young，以表彰他们在破译生物钟的分子基础可确保 GRC/GRS 能够吸引广泛的生物钟研究人员在许多不同层面上使用不同的方法和模型生物进行工作。 GRS 将重点关注培训和指导，而 GRC 将展示来自高级和高级人员的最新未发表的作品该领域的新星。 GRC 的副主题是“模式生物中的时钟：昼夜节律网络” 生理学与健康”并强调从许多不同的角度研究的多种生物体从分子、细胞、生理到行为和群体层面的视角。这还包括将这些发现应用于诊所和工作场所。因此话题范围很广使用多种生物体和研究方法涵盖时间生物学的大部分方面包含在计划内。在高等生物中，主要的生物钟位于大脑中，并且慢性现代生活方式造成的昼夜节律紊乱对人类行为、新陈代谢和健康老龄化，因此该会议非常适合 NINDS、NIA 和 NIDDK 的范围。扬声器和讨论领袖代表了该领域的资深人士和年轻的新兴明星，通过与一个由高级和初级人员组成的非正式委员会协商选出场地。男性和女性演讲者/会议主席的数量几乎相等，以及一系列来自美洲、欧洲和远东的国籍被邀请发言，确保文化和性别多样性。除了导师之外，GRS还将有8名初级演讲者，GRC将进一步选拔 9 份来自年轻科学家的摘要，在主会议上以简短演讲的形式发表，提供了重要的信息为学员提供学习经验。