We would like to offer a Huygens imaging training for PhD students and academic. The course is one day course and includes software introduction (2 hour) and computer lab exercises (2 hours). After the course participants will know how to obtain the best quality fluorescence images and how to perform image deconvolution using Huygens at DaMBIC (Danish Molecular Biomedical Imaging Center, www.dambic.dk), SDU. Workshop corresponds to 0.5 ECTS.  Max. number of participants: 15. Date: 06.09.2017, registration deadline 20.08.2017. For non-SDU…

Who should apply? Staff scientists, graduate students, post-docs or faculty, who work in the context of Bioimaging facilities and provide assistance and training to users in need of Bioimage Data Analysis. ImageJ macro language, recorder & editor; macro language; variables, strings, user-defined functions, loops & conditional execution; batch processing and automation. Filtering, segmentation, post-processing & measurement Matlab basics; import, processing and basic analysis; Matlab programming Image analysis workflows with actual biological problems (based also on expressed interests of selected applicants). The official course textbook is “Bioimage Data…

Aim: The aim is to give the participants an overview of basic fluorescence microscopy techniques, sample preparation, image acquisition and imaging analysis. Learning outcomes: The students should obtain a basic knowledge of fluorescence microscopy techniques, sample preparation, image acquisition and image analysis. This should enable them to choose the appropriate microscopy for their research purpose and enable them to participate in research projects involving fluorescence microscopy. Content: 1. Overview of basic fluorescence microscopy methods including white light microscopy, wide-field fluorescence…

The course is suitable not only for beginners in microscopy, but also for those who already use microscopy in their work and now want to extend their knowledge of basic principles and more specialised techniques. The wide range of microscopes available at CFIM allows for a strong practical element, with time for each student to gain hands-on experience coupled with lectures given by renowned scientists. The course is run in collaboration with The Royal Microscopical Society.

Zurich Image and Data Analysis School 2017 Are you a life-scientist needing to quantify microscopy images? Do you want to learn how to co-localise, deconvolve, automate, track, handle massive data, and record work-flows? If yes, this school is for you! This one-week school provides a hands-on introduction to image processing and analysis, with an emphasis on biologically relevant examples. Participants will learn the fundamentals of image analysis, including macro programming in ImageJ/Fiji, MATLAB, as well as a range of focused…

Abstract:   This course will teach theory and practice for high-accuracy correlative light and electron microscopy. Students will learn high-accuracy CLEM on resin embedded samples using SEM approaches (Peddie et al. 2014) as well as using TEM according to the procedures developed in the Briggs group at EMBL (Kukulski et al. 2011). The course will also cover the extension of this approach to cryo-EM specimens (Schorb and Briggs 2014), and more recently developed equipment and work flows for cryo-CLEM.

We are announcing our yearly PhD course in advanced microscopy and Biophotonics at the Department of Biochemistry and Molecular Biology organized by DaMBIC (http://www.dambic.dk/index.php?page=BMB207). Please find a preliminary program and  the course description in the attachment.   The goal of the course is to teach students general principles of fluorescence and light microscopy as well as to demonstrate principles behind advanced fluorescence and imaging techniques, and to give an introduction to image processing and analysis. There will be practical demonstrations…