CSHL 2022 Gene Expression and Signaling in the Immune System Conference

CSHL 2022 免疫系统中的基因表达和信号转导会议

基本信息

批准号：
10391837
负责人：
DAVID J. STEWART
金额：
$ 1.6万
依托单位：
COLD SPRING HARBOR LABORATORY
依托单位国家：
美国
项目类别：
财政年份：
2021
资助国家：
美国
起止时间：
2021-12-01 至 2022-11-30
项目状态：
已结题

来源：
https://reporter.nih.gov/project-details/10391837
关键词：
American Animal Model Animals Antigen Receptors Applications Grants Area Autoimmune Diseases Autoimmunity B-Lymphocytes Bacteria Biochemistry Biological Models Cell physiology Cells Clinical Data Collaborations Communicable Diseases Communication Complement Congresses Data Development Discipline Disease Distress Ensure Environment Event Evolution Faculty Financial Support Fostering Funding Future Gene Expression Gene Expression Regulation Genes Genetic Genetic Transcription Goals Human Hypersensitivity Immune Immune response Immune system Immunity Immunobiology Immunologic Memory Immunologist Immunology Industrialization Infection International Investigation Knowledge Laboratories Link Malignant Neoplasms Membrane Microbe Microbiology Molecular Molecular Analysis Molecular Biology National Institute of Allergy and Infectious Disease Natural Immunity Oral Participant Pharmacology Physiology Postdoctoral Fellow Process Recording of previous events Regulation Research Research Institute Research Personnel Running Scientist Series Signal Transduction Systems Biology T-Lymphocyte Time Tissues Transcriptional Regulation Vaccination Virus Woman Work career development cell type cytokine field study graduate student host-microbe interactions immune system function intercellular communication interest meetings multidisciplinary pathogen posters senior faculty structural biology success symposium virology

项目摘要

Cold Spring Harbor Laboratory Conference GENE EXPRESSION AND SIGNALING IN THE IMMUNE SYSTEM April 19-23, 2022 ABSTRACT The proposed meeting on Gene Expression and Signaling in the Immune System, to be held in spring 2022, will focus on the most recent advances in this rapidly moving field. The meeting will be open, with attendance limited only by the facilities available to a maximum of ~425 participants. Oral presentations will be delivered by a combination of invited speakers and those selected from submitted abstracts. This ensures the participation of junior and senior leaders in the field and the presentation of the most exciting results emerging at the time of the meeting. A particular emphasis will be made to ensure that a substantial number of speakers will be advanced trainees or junior PIs. The oral presentations will be complemented by poster presentations in two sessions, also selected from submitted abstracts. The areas to be covered in the 2022 meeting include 1) Regulation of gene expression; 2) Differentiation; 3) Signaling at the membrane; 4) Intracellular signaling; 5) Intercellular communication in 4D; 6) Host:microbe interactions; 7) Immune Responses; and 8) Tissue-immune communications (immunophysiology). Rather than focusing on one particular type of immune cell or disease process, the meeting will highlight mechanistic approaches that aim to rigorously advance our knowledge of how the processes of signal transduction and gene regulation operate within the immune system at different scales. Ample opportunity is provided for the presentation of important, late-breaking findings. The meeting format also ensures and encourages highly productive discussions, particularly during meals and in poster sessions. The meeting will foster interactions among immunologists working in related areas, and provide a forum for the development of new ideas and approaches for current and future investigations of regulation of signaling and gene expression in the immune system.

冷泉港实验室会议免疫系统中的基因表达和信号传导 4月19日至23日，2022年抽象的提议的有关免疫系统中基因表达和信号传导的会议，将持有 2022年春季，将重点关注这个快速移动的领域的最新进展。会议将开放，出勤率仅受到最多约425名参与者的设施限制。口头演示将由受邀演讲者和从提交摘要中选出的组合提供。这确保初中和高级领导者参与该领域以及最令人兴奋的表现会议时结果出现。将特别强调以确保实质性演讲者的数量将是高级学员或初级PI。口头演讲将得到补充海报演示在两次会议上，也从提交的摘要中选择。要覆盖的区域 2022会议包括1）调节基因表达； 2）分化； 3）在膜上发出信号； 4）细胞内信号传导； 5）4D中的细胞间通信； 6）主机：微生物相互作用； 7）免疫回应； 8）组织免疫通信（免疫生理学）。而不是专注于一个特定类型的免疫细胞或疾病过程，会议将强调机械方法旨在严格提高我们对信号转导和基因调控过程的了解在不同尺度的免疫系统内运行。提供了足够的机会来展示重要的，后期的发现。会议格式还确保并鼓励高效讨论，尤其是在饭菜和海报会议中。会议将促进互动免疫学家在相关领域工作，并为发展新思想和目前和未来研究信号传导和基因表达调节的方法免疫系统。