中国神经科学学会第十七届全国学术会议将于2024年9月26日－29日在苏州市召开，作为我国神经科学领域规模最大的学术会议，其学术质量在国内屈指可数。2024年，中国神经科学学会积极组织召集专题研讨会，通过多轮投票筛选确定51个专题研讨会。
学会将陆续推出2024年专题研讨会的详细介绍，敬请关注。
以下专题排名不分先后。
参会注册：
The 17th Annual Meeting of Chinese Neuroscience Society (cns.org.cn)
Neurodevelopment, Neurogenesis and NeuroRegeneration
Cell Lineages and Neural Cell Identity
Introduction: 神经干(前体)细胞如何产生惊人的神经细胞多样性是发育神经生物学的核心命题。近年来，随着细胞谱系追踪前沿技术的发展，我国科学家对一系列重要中枢神经组织（皮层、下丘脑、海马、视网膜等）发育细胞谱系开展了深入的解析，一些神经细胞谱系结构规律和发生逻辑开始涌现，形成了发育神经生物学一个的前沿研究方向。本专题聚焦神经细胞谱系，邀请活跃于领域一线优秀的科学家，探讨神经干细胞衍生细胞谱系进展和未来。
Molecular Mechanisms of Neurodegeneration
Introduction: Neurodegenerative diseases (NDD) are diverse conditions characterized by selective dysfunction and ongoing loss of neurons, glial cells and the neural networks in the brain and spinal cord. Common pathological features shared among the neurodegenerative disorders are neuronal cell loss, gliosis, atrophy, and pathological protein inclusions. However, the underlying mechanisms of neurodegeneration remain elusive. In this symposium, we gathered six active investigators to diaplay our recent progress in the neurodegeneration, especially on the molecular mechanisms. We aimed to promote the communications between basic researchers and clinical doctors, as well as some companies.
Channels, Synapses, and Neuronal Excitability
Ion Channels and Neurological Disorders
Introduction: Ion channels play a fundamental role in neural signal transduction. Understanding physiological and pathological function of ion channels is crucial for drug discovery and disease therapy. This symposium aims to elucidate the relationship between ion channels and neurological disorders. Topics of the symposium covered multiple types of ion channels including potassium channels, sodium channels, calcium channels, and mechanosensitive channels. The symposium encompasses a broad spectrum of research areas including biophysical properties of ion channels, and the role of ion channels in disease and drug development. The speakers include a number of prominent researchers in China. Their researches have distinctive characteristics and innovation in different areas. This symposium will provide researchers with the latest advances and a more comprehensive understanding of ion channel function.
Ion Channels, Glutamatergic Synapses, and Neuronal Excitability in Autism
Introduction: Autism spectrum disorder (ASD), classified as an early developmental disorders, manifests with notable deficits in social communication, and the presence of restricted, repetitive behaviors. Despite ongoing research, no medications have thus far demonstrated efficacy in addressing the core diagnostic symptoms of ASD. Furthermore, a comprehensive understanding of the disorder’s electrophysiological, circuitry, cellular and molecular mechanisms remain elusive. In our symposium, we focus on elucidating the intricate interplay of HCN1 channels, glutamatergic synapses, and neuronal hyperexcitability in the pathogenesis of ASD. We also leverage CRISPR/Cas9 gene editing systems to model ASD-related genes and the potential gene therapy methodology. Here, we invite 6 speakers from clinic and basic research who will present the latest advancements in research, delving into the mechanisms and interventions of ASD, spanning channels, synapses, neuronal excitability and gene editing. Our speakers will share cutting-edge research findings on ASD, with some publications dating to 2023 and others awaiting publication.
关于NeuExpress
NeuExpress是一个神经科学自媒体平台，由神经科学爱好者自主组建，致力于传播神经科学前沿知识、神经科学研究技术和神经科学领域的招生招聘。我们主要关心的问题包括但不仅限于神经发育、神经环路、神经疾病机制和前沿疗法，我们的目标是希望能够通过知识传播和技术分享切实得帮助到对神经科学有热情的研究者。
