Turku BioImaging presents: FIJI Image Processing and Analysis workshop organised by the Advanced Imaging Center at Janelia Research Campus in the USA: Combining careful image acquisition with rigorous image analysis allows the extraction of quantitative data from light microscopy images to answer various biological questions. This hands-on FIJI workshop will focus on basic and more advanced image analysis steps essential for quantifying image data. The first section of the curriculum will cover digital image basics, image processing fundamentals, Fourier transformation in image processing, object segmentation, intensity measurements as well as object-based and pixel-based colocalization. In the second, advanced section of the curriculum, we will explore how to use machine learning in image processing and segmentation, perform the evaluation of super-resolution image data, and analyze live-cell image data. The workshop will conclude with a lecture on advanced imaging techniques available to you at the Advanced Imaging Center at the HHMI Janelia Research…

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Turku BioImaging is looking for two new team members to strengthen the team. We are currently looking for SOFTWARE DEVELOPER This task includes (but are not limited to): Designing and implementing new features Testing, updating, monitoring, bug-fixing and improving existing features Application deployment and configuration management READ MORE AND APPLY HERE PROJECT COORDINATOR IN BIOIMAGE ANALYSIS This task includes (but are not limited to): Establish the Turku BioImaging Data Analysis Team activity Meet researchers and core facility personnel from different fields and provide data management, analysis and interpretation consultation and service, using local and cloud-based hardware, open-source and commercial software tools, and tailor-made algorithms and scripts. Collaborate with other Turku BioImaging team members and other partners in for instance data management and related web services READ MORE AND APPLY HERE

International Master´s Degree Programme in Biomedical Imaging in Turku, Finland – Call for applications for studies starting in August 2021 is opening on January 7th. Do you want to study in stimulating research environment in the country with beautiful nature and high-tech innovations?Are you interested in studying Biomedical Imaging in the laboratories where Stefan Hell did his Nobel prize awarded research with super resolution?If your answer is YES, please read this email carefully!International Master´s programme in Biomedical Imaging is a two year (120 ECTS) programme jointly administrated by the Faculty of Science and Engineering at Åbo Akademi University, Turku, Finland and the Faculty of Medicine at the University of Turku (Masters programme in Biomedical Sciences).  Close cooperators are the national Turku PET Centre, Turku Center for Disease Modeling, Turku Centre for Biotechnology and the Turku University Hospital.Programme is aimed at students with a B.Sc. degree in the Life Sciences or applicable areas of biomedical sciences, physics, chemistry or engineering. The interdisciplinary curriculum provides the graduates with a broad spectrum of the most recent knowledge…

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Traction Force Microscopy (TFM) has long been used to measure the forces cells exert on their environment – recent advances mean it is ready to go SUPER-RESOLUTION. Euro-BioImaging is now offering all researchers access to super-resolution Traction Force Microscopy (SR-TFM) at our Finnish Advanced Light Microscopy Node in Turku, Finland. In this interview, Dr Aki Stubb, from the University of Cambridge, explains how super-resolution Traction Force Microscopy works. Can you please briefly describe the principles behind super-resolution Traction Force Microscopy (SR-TFM)? Traction force microscopy (TFM) is a well-established technique for measuring forces exerted by the cells to surrounding extra cellular matrix. In TFM the living cells are seeded on elastic gels with known biophysical properties and that also contain embedded fluorescent beads. When the cells adhere to the gels they exert forces on it and thereby move the embedded beads. This movement can be tracked over time using confocal or…

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We are very pleased to announce that the Euro-BioImaging family is growing! In 2020, we welcome four new Nodes hosted by Austria, Finland, Sweden, and Portugal. These include two Biological, one Biomedical and one Mixed Node. Four existing Nodes were also granted upgrades, bringing on board new facilities and expanding their technology portfolio. A cutting-edge infrastructure  These renowned imaging facilities have undergone a stringent, independent review process by the Euro-BioImaging Scientific Advisory Board (SAB) that ensures that only the most advanced imaging facilities with a cutting-edge and diverse technology offer become Euro-BioImaging Nodes.  As part of the Euro-BioImaging research infrastructure, the services provided by these facilities will be open to all scientists, regardless of their discipline or affiliation. We congratulate the successful new Nodes and upgraded Nodes and look forward to sharing more news about these imaging facilities in the upcoming months.  Some of the applications from this year’s Call for Nodes are still being…

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Interview with Camilo Guzmán, Manager of Euro-BioImaging’s Finnish Advanced Light Microscopy Node Please tell us who you are, where your facility is based, and what your role is. My name is Camilo Guzmán and I am the manager of the Finnish Advanced Light Microscopy Node of Euro-BioImaging. I have a background both in physics and in biology and I have been working on microscopy topics for over 17 years now. Our node has imaging facilities in Helsinki, Oulu and Turku and I am based in Turku where I take care of administrative tasks, while also providing support to different users on super-resolution microscopy, fluorescence dynamics and several biophysics methods. Read more

Interview with Antti Isomäki, of the Biomedicum Imaging Unit of Helsinki BioImaging, part of Euro-BioImaging’s Finish Advanced Light Microscopy Node. Read more

CARS microscopy is one of the label-free multiphoton imaging techniques. It allows for chemically specific imaging of biological materials without use of fluorescent labels. CARS has been proven useful in some very specific application fields. The CARS technique is particularly well suited for high-resolution label-free imaging of lipids due to the high concentration of carbon-hydrogen bonds in the lipid material. Lipid imaging has been applied to a great variety of samples including lipid droplets in fixed and live cell cultures, various tissue sections, and even small animals in vivo (e.g. zebrafish).In pharmaceutical applications, CARS microscopy is gaining more and more interest. Applications include visualization of chemical component distribution in dosage forms and drug carriers, dissolution and release, solid-state transformations during dissolution, and drug delivery into cells and tissues. You can apply to use CARS microscopy at Euro-BioImaging Web Portal.

NordForsk (www.nordforsk.org), an organization that facilitates research cooperation and infrastructure development in Nordic countries, has granted Bridging Nordic Microscopy Infrastructure a total of 2.5 Million NOK for 3 years. The participating countries in this consortium are Norway (coordinating Hub), Sweden, Finland, Denmark and Iceland. Bridging Nordic Microscopy Infrastructure (BNMI) is a network of national imaging infrastructures offering open access to biological imaging technologies in participating Nordic countries. BNMI partners include Norwegian Molecular Imaging Consortium (NorMIC) and Norwegian Advanced Light Microscopy Imaging Network (NALMIN), National Microscopy Infrastructure (NMI) in Sweden, Finnish Advanced Light Microscopy Node (FiALM), Danish BioImaging (DBI) Network and BioMedical Center of University of Iceland (BMC-UI). The funding will be used to strengthen international competitiveness and facilitate the development of world-leading Nordic advanced microscopy environments by supporting several levels of training, from electron and light microscopy to image analysis. Training will be delivered via scientific and technical symposia, workshops,…

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At the Finnish Node, remote access services include remote access to microscopes and image analysis workstations, virtual microscopy where a remote user joins an operator via video call, and a possibility to send samples to one of the imaging core facilities within the Finnish Node where staff perform the imaging. All of these services are possible due to ongoing developments at the Finnish Node. Eija Jokitalo, the head of Electron Microscopy Unit, at the University of Helsinki presented how imaging projects that require either 3D Electron Microscopy or CLEM (Correlative Light and Electron Microscopy) are conducted at her facility with remote users sending samples at Euro-BioImaging weekly meeting. For more information about the 3D Electron Microscopy and CLEM projects, you are welcome to read this article posted on Euro-BioImaging.

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