Autoimmunity and cancer arise from failures in the body’s immune system. In autoimmunity the immune system mistakenly attacks healthy cells leading to disease. Conversely, cancer often develops because the immune system fails to do its job in attacking defective cells, allowing the cells to divide and grow.
As part of the adaptive immune system the B lymphocytes play an important role. They secrete different antibodies - proteins that can eliminate infections. The antibodies are normally a good thing in the immune response, but in autoimmunity they attack the individual´s own proteins and contribute to disease. Antibodies can also be used in immunotherapy, for example in the treatment of cancer to enhance the capacity of the immune system to kill tumor cells.
In our research team we want to understand how B lymphocytes and their antibodies contribute to autoimmunity, but also how pathogenic and malignant B cells can be eliminated. We have previously discovered that an innate type of B cell, the marginal zone B cell, is involved in the initiation of autoimmune arthritis and that pathogenic IgG antibodies mediate the joint inflammation. Current research aim at finding ways to improve immunotherapies with monoclonal antibodies, especially against B cells in autoimmunity and in B cell cancers. Our goal is to maximize the interaction of therapeutic monoclonal antibodies with the immune system to kill pathogenic cells. A customized immunotherapy, to better match the individual needs, will increase the chances for patients to be cured.
Read more in our popular science presentation or go directly to our ongoing research.
Antibodies can be exploited to confirm COVID-19 infection or other diseases, but are also increasingly used to treat diseases. Read more in the chronicle “Antibodies for better or worse” by Sandra Kleinau. Link
We are hiring a postdoctoral researcher in Immunology!
A 2-year employment aiming to develop antibody-based cancer immunotherapy and to identify mechanisms of effector cells responsible for tumor destruction. By using 2 and 3-dimensional human-immune cell tumor models, molecular mechanisms and novel treatment strategies in hematological malignancies are investigated.
General responsibilities include design, implement, and to interpret experiments, both independently and in collaboration, and communicate scientific results at seminars, conferences and in articles. Teaching and supervision at advanced level may apply, as well as other duties within the research group.
Please use link for further information and how to apply.
Welcome with your application!