You can connect with PhDs, Postdocs, Physician Scientists as well as specialists in the field!

It will take place at the DZHI in Würzburg and in addition to plenary lectures, it will offer seminars on chosen topics for a more in-depth discussion in small groups. There is also the possibility to share your newest research in a poster session. 

Further information:

https://www.ukw.de/en/clinical-research-unit-kfo-5001/summer-school/

For further questions please contact:

Junior Council KFO 5001 ResolvePAIN
E-mail: JuniorCouncil.KFO5001@ukw.de

Project 6: Presynaptic and Peripheral Plasticity of Nociceptors in Pain Resolution
Principal Investigators: Prof. Robert Kittel, Prof. Heike Rittner 
Further information on Project 6

Project 7: Barrier Resealing in Pain
Principal Investigators: Prof. Heike Rittner, Prof. Susanne Krug, Dr. Magnus Schindehütte
Further information on Project 7

The three-hour program (1 p.m. to 4 p.m.) includes the following offers:

• MRI analyses in pain
• Machine Learning - Basics and Examples
• RNA-Seq Essentials: RNA Isolation, Quality Assessment, and Raw Data Evaluation

Courses are conceived and delivered by the principal investigators and/or scientific experts from their respective working groups.

For detailed information and event location, please refer to the Hands-on Classes program.

Registration

As the number of places is limited, we kindly ask you to register in advance via the Akademie portal: https://akademie-bildung.ukw.de/LS/2046671274/INF

Project 8: Nerve Growth Factor and Pain Resolution
Principal Investigators: Dr. Michael Briese, Prof. Nana-Maria Wagner 
Further information on Project 8

Project 9: Single-Cell Dynamics in Pain Resolution
Principal Investigators: Prof. Robert Blum, Prof. Alexander Brack
Further information on Project 9

Project 4: Brain Stem Circuits for Pain Regulation and Resolution
Principal Investigators: Prof. Grit Hein, Prof. Philip Tovote 
Further information on Project 4

Report on the project funded within the ResolvePAIN 3.0 program 
Principal Investigator: Dr. Ankita Rawat
Title: Axonal translational alterations underlaying Bortezomib-induced peripheral neuropathy

The three-hour program (1 p.m. to 4 p.m.) includes the following offers:

• Imaging and analysis of the dorsal root ganglion by MRI
• Analysis of neuronal tissue and teased nerve fibers
• MEA-based electrophysiological analysis of hiPSC-derived neurons
• Basic introduction to genome databases and computational sequence analysis

Courses are conceived and delivered by the principal investigators and/or scientific experts from their respective working groups.

For detailed information and event location, please refer to the Hands-on Classes program.

Registration

As the number of places is limited, we kindly ask you to register in advance via the Akademie portal: https://akademie-bildung.ukw.de/LS/2046671274/INF