The ArthritisHeal

project

We train young researchers

to generate novel therapeutic targets in rheumatic diseases

“Rheumatic diseases, such as RA and OA, cause pain and deformation of joints in ~10% of the population”

The ArthritisHeal project combines research into the role of pro-resolving lipids in both OA and RA, which enables comparison of different aspects of inflammation in these diseases, as well as exploration of common mechanisms.

NEWS

Final AH Meeting Stockholm
All PIs ans ESRs met at Karolinska Institute in Stockholm earlier last week. The ESRs shared their results gained in three years of hard work. It was such a nice event for sharing science and connect again face to face!
Newsletter №3, Dec. 2021
Check out our latest Newsletter and find out more about the network events, conference attended and ESRs secondments!
Newsletter №2, April 2021
Check out our latest Newsletter and find out more about the network events and Konstantina secondment in Tubingen!
Final AH Meeting Stockholm
All PIs ans ESRs met at Karolinska Institute in Stockholm earlier last week. The ESRs shared their results gained in three years of hard work. It was such a nice event for sharing science and connect again face to face!
Newsletter №3, Dec. 2021
Check out our latest Newsletter and find out more about the network events, conference attended and ESRs secondments!

EARLY STAGE RESEARCHERS

Celia Cartagena Garcia
PhD student at Beckman Coulter Life Sciences, France
Mohan Ghorasaini
PhD student at the LUMC, The Netherlands
Jianyang Liu
PhD student at Karolinska Institutet, Sweden
Alice Bacon
PhD student at the LUMC, The Netherlands
Mohan Ghorasaini
PhD student at the LUMC, The Netherlands

ABOUT US

9

beneficaries

12

early stage researchers

8

partners

10

nationalities

LATEST

Interdisciplinary

Intersectoral

Translational

Challenges

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NEWSLETTER

Our quarterly newsletter keeps you up to date about news, activities and the participants of the ArthritisHeal Project.

NEWSLETTER ARCHIVE

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Skłodowska-Curie grant agreement No 812890.

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