Reusing research data can open new avenues of research and avoids unnecessary duplication of efforts.

Sharing and re-using quality-assured research data is considered good scientific practice. Most funders, e.g. Norwegian Research Council or Horizon Europe, and publishers require that the research data from a project is made openly available. Reusing these datasets as secondary data avoids unnecessary duplication of efforts and can inspire new avenues of research. For example, new questions or methods can be applied to a dataset, or data from different studies or disciplines can be integrated. In this webinar you will learn how you can use existing datasets as a resource for your research.

The webinar Friday 11 November will give an introduction to FAIR research data as a resource, explain data citation, and demonstrate strategies to efficiently discover datasets in your discipline.

https://www.uib.no/en/ub/155419/finding-reusing-research-data

Join us for the fourth UiB AI meeting, where you will get examples from some of the most cutting edge research within Medical AI.

From dementia to personalized medicine. The use of artificial intelligence is becoming increasingly prevalent in medical research and will continue to push the boundaries of what medical research is, and can do.

In this seminar, you will get some highlights from medical AI research at the University of Bergen. We invite students and faculty members from different disciplines to learn more and engage in discussions about the use of artificial intelligence in medicine.

https://www.uib.no/ai/157424/uib-ai-4-examples-medical-ai

We are happy to announce that we have recently got a new machine installed at the core facility.

It is a 5 laser Sony ID7000 spectral flow cytometer with the possibility to investigate 44+ colors, limited only by the fluorochromes available. Spectral flow cytometry has unique optical collection capabilities measuring the complete fluorescent spectra, and analytical capabilities compared to conventional flow cytometry. It also has the capabilities to detect small particles down to 160-nm.

https://w3.uib.no/en/clin2/flow/156721/sony-id7000

If you want to learn more, please contact Brith Bergum at brith.bergum@uib.no

Sorry, this entry is only available in Norsk.