Center for Cancer Immunotherapy and Immunobiology

Events
CCII is continuously hosting a variety of research events open to external scientists or the general public — from small, focused workshops on emerging topics in immunology or cancer to larger thematic conferences organized or sponsored by CCII. A conference hall in CCII’s new research building is providing ample space for public events.

Recent Events

On 12th November 2024, we celebrated the Opening Ceremony for the newly constructed Bristol Myers Squibb Building, serving as the hub for activities for the Center for Cancer Immunotherapy and Immunobiology (CCII). Please stay tuned for highlights of the event!

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From 13th-15th November 2024, we hold our 1st CCII International Symposium on Immunotherapy and Immunobiology in our newly constructed Bristol Myers Squibb Building, serving as the hub for our activities.
Please stay tuned for highlights of the event!

Symposium Website

Upcoming Event

  • CCIIワークショップ:Advanced Tissue Imaging and Image Analysis

    CCIIワークショップ:Advanced Tissue Imaging and Image Analysis

    CCIIは、イメージング分野の最前線で活躍する研究者を講師に迎えた実戦的なワークショップを開催します。この集中プログラムでは、大学院生及びポスドクを中心に、イメージング初学者から経験者まで幅広い参加者を対象とし、サンプル調製から解析までの一連のワークフローを網羅しており、ライカ マイクロシステムズによるデモ機提供と専門的な技術サポートを受けることができます。 プログラム詳細は近日中に公開いたします。しばらくお待ちください。 ワークショップでは、イメージングの強みを理解し、自身の課題に適切な手法の選択方法・実験の手技を習得するとともに、得られる画像データに関する解析の基礎を習得することを目標としています。参加者は以下の専門的アプローチを実践的に学びます。 こちらのGoogle Formからお申し込みください。なお、定員を超えるお申し込みがあった場合は、ご提出いただいた応募理由により選考を行います。 がん免疫総合研究センターe-mail: kib.ccii.mem@mail2.adm.kyoto-u.ac.jp

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  • CCII Workshop: Advanced Tissue Imaging and Image Analysis

    CCII Workshop: Advanced Tissue Imaging and Image Analysis

    CCII will host an intensive imaging workshop featuring guest researchers at the forefront of the field. This comprehensive program offers a complete workflow—from sample preparation to analysis—supported by state-of-the-art demonstration equipment and professional technical support from Leica Microsystems. Detailed program information will be available soon. Please stay tuned. The objective of this workshop is to help participants understand the strengths of imaging technologies, master the selection and execution of appropriate methodologies, and acquire foundational skills in image analysis.Through practical sessions, participants will learn the following specialized approaches: Please apply via this Google Form.Note: Selection will be based on your application statement in the event that applications exceed the limit. Center for Cancer Immunotherapy and Immunobiology (CCII)e-mail: kib.ccii.mem@mail2.adm.kyoto-u.ac.jp

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  • 第46回 CCIIセミナー “Fenestrated capillaries and the sentinel macrophage-nociceptor unit in joint immunity” (Tetsuo Hasegawa)

    第46回 CCIIセミナー “Fenestrated capillaries and the sentinel macrophage-nociceptor unit in joint immunity” (Tetsuo Hasegawa)

    Dr. Tetsuo Hasegawa Principal Investigator of Molecular Immunity Unit,MRC Laboratory of Molecular BiologyUniversity of Cambridge 詳細はこちら > Hasegawa Lab. Joint inflammation is a common manifestation of systemic immune challenges, yet the anatomical basis for joint sensitivity remains unclear. Using whole-mount imaging of the synovium, we identify fenestrated capillaries localized to the lining–sublininginterface of thelateral synovial compartmentcreating discrete permeable vascular niches. These capillaries permit entry of circulating inflammatory stimuli and are closely associated with specialized macrophage subsets and nociceptor neurons, forming a blood–joint barrier that coordinates immune defense and pain signaling.

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  • The 46th CCII Seminar “Fenestrated capillaries and the sentinel macrophage-nociceptor unit in joint immunity” (Tetsuo Hasegawa)

    The 46th CCII Seminar “Fenestrated capillaries and the sentinel macrophage-nociceptor unit in joint immunity” (Tetsuo Hasegawa)

    Dr. Tetsuo Hasegawa Principal Investigator of Molecular Immunity Unit,MRC Laboratory of Molecular Biology,University of Cambridge        Check here for more details. >Hasegawa Lab. Joint inflammation is a common manifestation of systemic immune challenges, yet the anatomical basis for joint sensitivity remains unclear. Using whole-mount imaging of the synovium, we identify fenestrated capillaries localized to the lining–sublininginterface of thelateral synovial compartmentcreating discrete permeable vascular niches. These capillaries permit entry of circulating inflammatory stimuli and are closely associated with specialized macrophage subsets and nociceptor neurons, forming a blood–joint barrier that coordinates immune defense and pain signaling.

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