尊敬的研究先進 您好：

為促進空間生物學與多重螢光影像技術之研究應用，國家生技研究園區生醫轉譯核心共儀設施 謹與 萊富生命科技股份有限公司 及 Thermo Fisher Scientific 共同舉辦新知分享與儀器展演活動，誠摯邀請您蒞臨參與。

本次活動將介紹最新的 EVOS™ S1000 空間蛋白質光譜影像系統，透過先進光譜影像與解混技術，協助研究人員以更快速、直覺且高效率的方式取得多重螢光組織影像，加速空間生物學與細胞微環境研究的突破。

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活動資訊

主題
EVOS™ S1000 空間蛋白質光譜影像系統與染色工具儀器展演

時間
• 專題演講：2026 年 3 月 25 日（三）10:00–11:30
• 實機操作體驗（預約制，每場 90 分鐘）：
　2026 年 3 月 25 日（三）13:30 至 2026 年 4 月 1 日（三）17:00

報名連結
EVOS™ S1000 空間蛋白質光譜影像系統 – 填寫表單

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儀器特色與技術優勢

■ 多重螢光標定（Multiplex Imaging）
單次拍攝即可快速且精準地取得多達 9 種螢光標的之組織影像，大幅提升多重標記實驗效率。

■ 光譜解混技術（Spectral Unmixing）
有效降低螢光訊號重疊與干擾問題，顯著提升多色螢光影像分析的準確性與可靠性。

■ 高效率與直覺化操作
透過高速影像擷取與友善操作介面，有效改善傳統 spatial multiplex 技術在操作複雜、耗時及成本高等限制。

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本活動特別安排專題演講及實機操作體驗，提供研究人員深入了解系統性能與實際應用之機會，誠摯邀請您撥冗參與，共同探索空間蛋白質體學與多重影像技術之最新發展。

如有任何疑問，歡迎與我們聯繫。

敬祝
研究順利 平安順心

國家生技研究園區
中央研究院生醫轉譯研究中心
生醫轉譯核心共儀設施 敬邀

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Dear Colleagues,

The Core Facilities for Translational Medicine at the National Biotechnology Research Park is pleased to collaborate with LIFE TECHNOLOGIES CO., LTD. and Thermo Fisher Scientific to host a scientific seminar and instrument demonstration. We cordially invite you to join this knowledge-sharing event featuring the EVOS™ S1000 Spatial Protein Spectral Imaging System and staining workflow solutions.

This advanced imaging platform enables intuitive, rapid acquisition of multiplex spatial protein images, allowing researchers to gain deeper insights into cellular neighbourhoods, interactions, and spatial relationships, while significantly improving workflow efficiency compared with conventional spatial multiplex imaging methods.

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Event Details

Title
EVOS™ S1000 Spatial Protein Spectral Imaging System and Staining Workflow Demonstration

Date and Time

Seminar
25 March 2026 (Wednesday), 10:00–11:30

Hands-on Demonstration (by appointment, 90 minutes per session)
25 March 2026 (Wednesday), 13:30 – 1 April 2026 (Wednesday), 17:00

Registration Link
EVOS™ S1000 Spatial Protein Spectral Imaging System – Registration Form

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Key Features and Advantages

Multiplex Fluorescence Imaging
Capture and analyse up to nine fluorescent markers in a single acquisition, enabling efficient and precise multiplex tissue imaging.

Spectral Unmixing Technology
Minimises spectral overlap and signal interference, significantly improving the accuracy and reliability of multiplex fluorescence analysis.

Fast, Intuitive, and Efficient Workflow
Streamlines spatial imaging workflows through rapid acquisition and user-friendly operation, reducing complexity, time, and cost.

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This event provides an excellent opportunity to explore the capabilities and applications of advanced spatial protein imaging technologies through expert presentations and hands-on demonstrations.

We sincerely welcome your participation and look forward to seeing you at the event.

Yours sincerely,

Core Facilities for Translational Medicine

Biomedical Translation Research Center

National Biotechnology Research Park

Academia Sinica