BSRT Graduate School

Immunology - Dysfunction of the immune system and therapeutic options

TitleTimeTeacherRoom
Immunology - Dysfunction of the immune system and therapeutic options 11.11.2022 09:00 - 17:00 (Fri)Leif Hanitsch, Il-Kang Na
Michael Schmück-Henneresse
Nina Babel
Title of Event: 
Immunology - Dysfunction of the immune system and therapeutic options
Optional or Mandatory: 
This course is optional for doctoral researchers at the BSRT
booked/available (including waiting list): 
5/8
maximum number of participants: 
8
Description:

Participants will first receive a brief overview of the cellular components of the immune system and its strategies and mechanisms used to prevent the spread of pathogens and their products. This will include a summary of the organization of the immune system, its strategies for responding to pathogens, and the major cellular components of innate and adaptive responses. Participants will learn how specific inborn errors of immunity affect the immune system and how certain drugs used in the treatment of diseases can cause unintended immune dysfunctions. Case studies highlighting different aspects of immune response in the context of increased susceptibility to infections as well as increased risk of immune dysregulation are presented. Participants will learn about diagnostic approaches including functional assays, flow cytometry and genetics. Treatment options are presented including immunoglobulin therapy, Jak-inhibitors and other immunosuppressive medications.

 

Schedule

09.00 – 10.00 Seminar: Brief overview of the cellular components of the immune system and their role in the human body
Michael Schmück-Henneresse

 

10.00 – 10.15 Short Break

 

10.15 – 11.45 Seminar: Inborn errors of immunity – from symptoms to diagnostics to treatment

Leif Hanitsch

 

11.45 – 13.00 Lunch Break

 

13.00 – 14.30 Seminar: Immunology and Transplantation

Nina Babel

 

14.30 – 14.45 Short Break

 

14.45 – 16.45 Seminar and Visit to the Clinic: Dysfunctions of the immune system in cancer patients

Il-Kang Na

 

Requirements

For optimal comprehension, students should have an entry-level understanding of molecular and cellular biology - with emphasis on gene expression, protein synthesis, signalling molecules and cellular receptors.

 

 


Credits: 
0.5