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The 28th Annual Meeting of KSBNS K-Brain 2025 &
The 3rd CJK Neuroscience Meeting K-Brain 2025 &
The 3rd CJK Neuroscience Meeting

  • Date

    Aug 24(Sun) – Aug 27(Wed), 2025

  • Venue

    Songdo Convensia, Incheon, Korea

Luncheon Seminar

검색
  • August 25 (Mon)
    12:35-13:05
    Luncheon Seminar 01. ZEISS
    Premier Ballroom A
  • Introducing the latest high-speed volume imaging technology microscope which is Lightfield 4D. Lightfield 4D technology, developed for 3D model organisms that have been studied a lot in the life sciences field, provides a new experience to those conducting research in the field. Specially it provides the best solution to those who have had difficulty with 3D volume live imaging of organoids, spheroids, embryos, and plants. Lightfield 4D technology, which can capture up to 80 volumes per second, can obtain 3D information of samples with a thickness of several hundred micrometer with just one capture. There is no longer a need to spend time capturing Z-stacks, and there is no need to worry about phototoxicity.
  • Organizer
    Jungtak Oh (ZEISS Korea)
  • Moderator
    Jungtak Oh (ZEISS Korea)
  • Speaker

    Lightfield 4D technology: new fast volume imaging microscope of living organisms   
    Gisu Eom (ZEISS Korea)

  • August 25 (Mon)
    12:35-13:05
    Luncheon Seminar 02. Noldus Information Technology - Scitech Korea
    Premier Ballroom B
  • * Transformation from traditional video tracking to AI-based tracking
    * Social interaction studies in a new way
    * Smart annotation for automatic behavioral recognition (optional)
    * Standardization of researcher and long-term testing
  • Organizer
    Min-Woo Park (Scitech Korea)
  • Speaker

    The new era of behavioral research with AI tracking   
    Tom Pudil (Noldus Information Technology)

  • August 25 (Mon)
    12:35-13:05
    Luncheon Seminar 03. CrestOptics S.p.A.
    Premier Ballroom C
  • The intricate complexity of neural systems necessitates advanced imaging platforms capable of providing comprehensive overviews and high-resolution structural details. High spatial resolution, rapid acquisition speeds, large field-of-view coverage, and compatibility with diverse sample types are imperative to ensure accurate understanding. The CrestOptics X-Light V3 and DeepSIM system emerges as a versatile and powerful solution, seamlessly integrating spinning disk confocal with lattice-structured illumination microscopy into a single, multimodal imaging platform. This talk highlights the system's transformative capabilities in neuroscience, emphasizing its dual power in facilitating high-content imaging for developmental screening and high-resolution investigations of fine neuronal structures.
  • Organizer
    Giulia Ballerin (CrestOptics Spa)
  • Moderator
    Samantha Xu (CrestOptics Spa)
  • Speaker

    Advancing neuroscientific research with multimodal and high-content imaging   
    Giulia Ballerin (CrestOptics Spa)

  • August 25 (Mon)
    12:35-13:05
    Luncheon Seminar 04. IVIM Technology, Inc.
    Rm.113-115
  • In this talk, IVIM Technology’s All-in-One real-time intravital two-photon and confocal microscopy system and comprehensive solutions for in vivo cellular-level longitudinal imaging of various internal organs in a live animal model will be introduced. With automatic tissue motion compensation function, it can readily acquire a real-time, multi-color, sub-micron resolution videos and images of complex in vivo microenvironment in various organs including brain, lung, heart, liver, kidney, spleen, pancreas, small intestine, colon, lymph node, and bone marrow will be briefly introduced. Recent intravital imaging studies to investigate cellular pathophysiology in human diseases and to develop novel therapeutics will be introduced.
  • Organizer
    Jisu Yang (IVIM Technology, Inc.)
  • Moderator
    Sujin Park (IVIM Technology, Inc.)
  • Speaker

    Longitudinal Intravital In Vivo Brain Imaging in Rodents: Awake States, Injury Models, and Cellular Dynamics   
    Pilhan Kim (KAIST GSMSE)

  • August 25 (Mon)
    12:35-13:05
    Luncheon Seminar 05. GemPharmatech
    Rm.116-118
  • · Alzheimer’s disease (AD) poses a significant healthcare challenge. Traditional mouse models have a longer disease progression period, slowing down pharmaceutical drug discovery and development. We generated the FAD3T transgenic mouse model, which includes three mutations reflecting key genetic factors in AD pathogenesis.

    · Compared to traditional AD mouse models, FAD3T shows accelerated disease onset and progression, offering a rapid platform for expediting drug testing cycles, especially for therapies targeting disease progression.

    · This innovative mouse model is a transformative tool that can enhance understanding of AD pathophysiology and facilitate the expedited development of therapeutic strategies.
  • Organizer
    John Jackson (GemPharmatech)
  • Moderator
    SHINAE HWANG (GemPharmatech)
  • Speaker

    Unveiling FAD3T: a groundbreaking transgenic mouse model for accelerating Alzheimer's disease research   
    Rui Feng (GemPharmatech)

  • August 26 (Tue)
    12:35-13:05
    Luncheon Seminar 06. Handok
    Premier Ballroom A
  • A video explaining Exelon's mode of action and the value of BuChEI will be shown.
  • Organizer
    JiYoung Kim (Handok)
  • Moderator
    JiYoung Kim (Handok)
  • Speaker

    Exelon MoA and Value of BuChEI   
    JiYoung Kim (Handok)

  • August 26 (Tue)
    12:30-13:30
    Luncheon Seminar 07-1. Korea Brain Bank, KBRI
    Premier Ballroom B
  • In this session, we will introduce methods to efficiently distribute and utilize human brain tissue resources in neuroscience research. We will cover fundamental aspects of brain tissue management and ethical considerations, along with a detailed explanation of the necessary preparations prior to distribution. The focus will be on integrating brain bank resources into research design and experimental planning. Our goal is to provide practical insights that empower participants to enhance their research capabilities through the effective use of brain resources.
  • Organizer
    Kipom Kim (Korea Brain Bank, KBRI)
  • Moderator
    Kipom Kim (Korea Brain Bank, KBRI)
  • Speaker

    From resource to research: know-how for effective distribution of human brain resources   
    Kipom Kim (Korea Brain Bank, KBRI)

  • August 26 (Tue)
    13:05-13:25
    Luncheon Seminar 07-2. Ministry of Food and Drug Safety(MFDS)
    Premier Ballroom B
  • Drug addiction has emerged as a significant social issue, and the Ministry of Food and Drug Safety(MFDS) is establishing a comprehensive response system through research across various fields, including addiction, rehabilitation, detection, synthesis, and epidemiology. This presentation will introduce the MFDS’s current policies and research and development(R&D) initiatives related to narcotics control.
  • Organizer
    DeaHun Kim (Ministry of Food and Drug Safety)
  • Moderator
    Ji Hoon Kim (Korea Institute of Science and Technology)
  • Speaker

    Introduction of the MFDS’s current policies and R&D initiatives related to narcotics control   
    Su Jeong Park (Ministry of Food and Drug Safety)

  • August 26 (Tue)
    12:35-13:05
    Luncheon Seminar 08. Bruker Fluorescence Microscopy
    Premier Ballroom C
  • Recent technological advances in multiphoton microscopy have dramatically propelled exploration of neural circuits and brain function within the neuroscience community. Developed through collaboration with leading labs, the latest Ultima 2Pplus multiphoton workstation is enabling many in-vivo imaging and optogenetics experiments that illuminate brain function with resolution and precision at the scale of small networks, single cells, dendrites, and individual spines. This talk will delve into Bruker’s newest multiphoton capabilities including the NeuraLight 3D holographic optogenetic activation module, NeuraLeap rapid focusing module, and OptoVolt voltage imaging module.  Attendees will gain insights into the transformative impact of these technologies on neural activity imaging and the broader understanding of brain function, while also learning about recent customer successes and future developments in the field.
  • Organizer
    Soohyun Lee (Bruker Korea Co.,Ltd)
  • Moderator
    Haruhiko Bito (The University of Tokyo)
  • Speaker

    Imaging the dynamics of the nervous system   
    Jimmy Fong (Bruker Nano Inc.)

  • August 26 (Tue)
    12:35-13:05
    Luncheon Seminar 09. Bio-Medical Science Co., Ltd.
    Rm.113-115
  • Establishing complex nervous systems in vitro for basic and clinical research poses significant challenges. Although current technologies enable the differentiation of human pluripotent stem cells (hPSCs) into diverse neural cell types and organoids, they have limitations in fully representing and enhancing the physiological complexity of nervous system. Combining the culture of different cell types and/or organoids, along with constructing assembloids, can be a valuable strategy to build complex physiological structures of the nervous system or study intracellular interactions. STEMCELL Technologies has developed various kits and technologies for hPSC-derived differentiation to facilitate nervous system modeling and is sharing these methods to make them easily accessible for researchers.
  • Organizer
    Hankyung Kim (Bio-Medical Science Co., Ltd.)
  • Moderator
    Hankyung Kim (Bio-Medical Science Co., Ltd.)
  • Speaker

    Enhancing physiological complexity in vitro neural system   
    Jongsoo Woo (STEMCELL Technologies)

  • August 26 (Tue)
    12:35-13:05
    Luncheon Seminar 10. Bruker Korea Co.,Ltd
    Rm.116-118
  • The brain is a complex organ composed of diverse cells and molecular networks. To understand its function, spatially resolved molecular information is crucial. Bruker’s SpatialOmx platform, based on MALDI Imaging Mass Spectrometry (MALDI-IMS), enables label-free visualization of proteins, lipids, and metabolites directly on tissue sections. This technique detects multiple molecules simultaneously at high spatial resolution, revealing molecular heterogeneity across brain regions. SpatialOmx also allows integration with transcriptomics, proteomics, and histology, supporting a spatial multi-omics approach. It is particularly valuable in research on neurodegeneration, brain development, and drug distribution. SpatialOmx offers an accessible and powerful tool for advancing molecular neuroscience.
  • Organizer
    Kwangseon Lee (Bruker Daltonics)
  • Moderator
    ShinKwon Kang (Bruker Daltonics)
  • Speaker

    SpatialOmx for neuroscience: unveiling brain complexity through molecular imaging   
    Kwangseon Lee (Bruker Daltonics)

    Exploring N-glycosylation in brain disorders through multi-modal mass spectrometry   
    Boyoung Lee (Institute for Basic Science)

  • August 27 (Wed)
    12:00-12:30
    Luncheon Seminar 11. Johnson&Johnson
    Premier Ballroom A
  • In this study, we assessed real-world clinical use of paliperidone palmitate (PLAI) in patients with schizophrenia and identified clinical factors associated with treatment discontinuation. We found that standard dosing, outpatient initiation, and co-prescription of additional antipsychotics—were associated with better treatment maintenance.

    – Adherence to the standard dosing schedule, as established by pharmacokinetic studies, may help reduce treatment failure.
    – Most discontinuations occurred within the first three months. In other words, once patients successfully pass this initial period, the risk of discontinuation tends to decrease. This highlights the importance of further investigation into the factors contributing to early dropout.
    – PLAI may serve as an effective augmentation option for maintenance treatment in real-world clinical settings.
  • Organizer
    Hyunseo Yang (Johnson &Johnson Innovative medicine)
  • Moderator
    Nuree Kang (Department of Psychiatry, Gyeongsang National University Hospital)
  • Speaker

    Clinical benefit of Paliperidone Long-Acting injections : Emphasis on treatment adherence and functional outcomes   
    Nuree Kang (Department of Psychiatry, Gyeongsang National University Hospital)