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May 2025
4th BioImage Informatics Finland (BIIF) Network Symposium, 22-23 May 2025, Seili, Finland
The abstract submission is now open for the 4th BioImage Informatics Finland (BIIF) Network Symposium, 22-23 May 2025, Seili, Finland This year the BIIF symposium is organized by Turku BioImaging and brings together students, researchers, and facility personnel working on image analysis or data management to discuss the latest developments and prospects in the bioimage informatics field. We will offer an exciting scientific program as well as a social program. The BIIF symposium will feature talks from both early-career researchers and…
Find out more »June 2025
The 8th Danish Bioimaging Scientific Symposium
The Danish Bioimaging Scientific Symposium will take place at Roskilde University on June 11th – 12th 2025. This year, the symposium will emphasize knowledge exchange and community building among bioimaging facilities and technology development groups. Attendees will have a unique opportunity to network, explore emerging bioimaging technologies, brainstorm new technology ideas based on life-science user needs, and establish collaborations. The symposium will feature dedicated time for discussions and networking, focusing on three main themes: Bioimaging Research Models and Detection Methods (“Wetware”) Bioimaging Systems (“Hardware”) Biological Image Analysis (“Software”)…
Find out more »CAB 2.0 inauguration: new analytical imaging
In celebration of its major renewal and new analytical imaging modalities, CAB invites you to come and see the new state-of-the-art microscopes and all their possibilities, funded by the Novo Nordisk Foundation Infrastructure grant and the Danish Roadmap for Research Infrastructure. Everyone is welcome - to register, please click or scan the QR-code on the program poster below!
Find out more »July 2025
Boston Bioimage Analysis Course – 2025
The Boston Bioimage Analysis Course (BoBiAC) is a 6-day intensive program organized by the Image Analysis Collaboratory (IAC) at Harvard Medical School, offering a hands-on introduction to image processing and analysis on fluorescence microscopy images with Python at its core. Designed for beginners, the course requires no prior experience in image analysis or programming. The only prerequisite is an interest in learning Python and applying it to bioimage analysis concepts through practical exercises. 🗓️ Date & Time: 14th - 19th July, 2025 (9am - 6:30pm) 📍 Place: Harvard Medical…
Find out more »August 2025
4th Bridging Nordic Microscopy Infrastructure Symposium in Gothenburg, Sweden – August 19-22, 2025
The BNMI 2025 Symposium will be hosted by the Centre for Cellular Imaging at the University of Gothenburg, Sweden, from August 19–22, 2025. This prestigious event will bring together leading scientists from across basic and applied imaging research, along with key industry representatives, for three days of insightful discussions and collaboration. For registration and further information, please visit the website of the event: https://bnmi2025.gu.se/home/
Find out more »September 2025
Cross Institutional Bioimaging PhD Course
Course description The coure will take place at different Danish research institutions in order to expose the students to different research groups, researchers and experimental research facilities. The course will thus give the students a unique opportunity of orienting themselves within an active and diverse field of interdisciplinary science within bioimaging. The course is relevant for PhD students within medicine, physics, chemistry, biochemistry, molecular biology, nano-bioscience, pharmaceutical sciences, agricultural science or biology. The emphasis of the course is a tour…
Find out more »October 2025
Grand opening of the new Intravital Imaging Facility at Panum, KU
Grand opening of the new Intravital Imaging Facility at Panum,KU | LinkedIn
Find out more »November 2025
Seminar about genetically encoded bioluminescence for imaging by Takeharu Nagai
Bioluminescence imaging has become an indispensable technology in modern biological research, offering high sensitivity, a wide dynamic range, and the ability to visualize cellular processes in living systems with minimal phototoxicity and negligible excitation-induced background. Yet conventional approaches are fundamentally constrained by their reliance on exogenously supplied substrates such as luciferin. Because these substrates are gradually consumed and can distribute unevenly in tissues, signal intensities decay over time and spatial uniformity is compromised, complicating long-term, quantitative imaging—particularly in three-dimensional samples…
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