Course description:

Using molecular motors and supported lipid bilayers as model systems, and also live cells for some methods, you will carry out state-of-the-art single-molecule detection and imaging using Fluorescence Correlation Spectroscopy (FCS) based methods and Total Internal Reflection Fluorescence (TIRF) microscopy. You will also use Optical Tweezers to manipulate single molecules and to measure forces exerted by single molecular motors. You will acquire superresolution images of fluorescently labeled fixed cells by DNA-PAINT technique. The course is intended for both students and research scientists with interest in advanced techniques of light microscopy.

Hands-on training on selected single-molecule experimental techniques and data analysis, belonging to group of methods known as quantitative bio-imaging.

The list of microscopy techniques covered by the course:

• Optical tweezers
• TIRF
• DNA-PAINT
• Point FCS (including its variants: FCCS and FLCS)
• STED-FCS
• Line-scanning FCS

Registration and more information: