Introduction to Image Analysis Software (IAS) 2025 November, 1.5 hp
| Kursnummer | 14,2 |
| År | 2025 |
| Typ | Methodcourse |
| Spår | - |
| Max antal deltagare | 10 |
| Sista ansökningsdag | 2025-11-01 |
| Språk | En |
| Kursansvarig | Ross Smith |
| Institution | Department of Immunology, Genetics and Pathology |
| Besöksadress | Dag Hammarskjölds väg 20 |
| Postadress | Rudbeck Laboratory, SE-751 85 Uppsala |
| Datum | v46 November 10-14 |
| Lokal | Rita Levi Montalcini room, RudbeckLab |
| Kurslängd | 5days: 9 am-1 pm with some course work done outside of classtime |
| Kursrapport | |
| Kursplan |
Beskrivning
For students who need to make measurements from images.
The aim is to discover the power of image analysis and become proficient in using the Fiji version of ImageJ. Additionally, we will demonstrate other image analysis software solutions such as Cell Profiler and Napari.
The course is highly interactive, learning about image analysis and the specifics of the software by working with images and answering questions.
At the end of the course students will create an image analysis sequence to automatically address a problem relevant to their own work.
No prior experience of image analysis or software is necessary.
Inlärningsmål
To understand the potential of image analysis, the language used and appreciate the practical problems.
Students will be able to use standard software to automatically analyze images and understand the importance of acquiring images of the quality required for the analysis.
Innehåll
Learn about image analysis with an in depth examination of ImageJ and workflows using ImageJ macros.
Other popular/useful software will be introduced:
Huygens to improve resolution
Cell Profiler to create pipelines for automated analysis of cells
QuPath to quantify the very large datasets generated by slide scanners.
Undervisning
The course is restricted to 10 applicants.
Applications will be assessed 1 week before the start of the course and applicants notified.
Examination
To receive the 1.5hp all sessions must be attended.
At the end of the course each group of students will present a project to the class; describing a image analysis problem and demonstrating their solution.
Litteratur
Works sheets, copies of all presentations and test images will be provided at the start of the course
Lärare
Lecturer:
Ross Smith (BioVis)
Kontakt
Ross Smith
BioVis Platform, Uppsala University
Dag Hammarskjölds väg 20,
Rudbeck Lab
SE-751 85 Uppsala, Sweden
ross.smith@igp.uu.se
072 533 2646