10 Million Euros for Collaborative Research Center in Leukemia

Ulm University

The German Research Foundation (Deutsche Forschungsgemeinschaft - DFG) Continues to Promote Cutting-Edge Research of Ulm University Hospital

Leukemia researchers from Ulm University can expand their international pioneering role with a fund of almost 10 million euros: The German Research Foundation (DFG) has recently announced that, for the next four years, it will continue to promote the highly successful Collaborative Research Center SFB 1074 "Experimental Models and Clinical Translation in Leukemia”.
In the 2012 established CRC, physicians and scientists together explore the origin and personalized treatment of leukemia: basic research and clinical application go hand in hand. "The renewed funding of our Collaborative Research Center SFB 1074 shows that the leukemia research at Ulm University occupies an internationally leading position. With the first funding’s research projects we have contributed in groundbreaking findings not only for the research of the pathogenesis of leukemia, but also for better treatment of the disease," says Professor Hartmut Döhner, Coordinating Investigator of the CRC and Medical Director of the University Hospital’s Department of Internal Medicine III.

Joint Research for a Big Goal

In the CRC more than 20 leading scientists from various disciplines in a total of 16 projects research for a common goal: Through a better understanding of the genetic changes in leukemia, targeted and "tailored" therapies are to be developed. The focus is on the most common acute and chronic leukemias occurring predominantly at an advanced age and which frequently end fatally. Using experimental models, the researchers investigate at the cellular and molecular level how leukemias arise. By doing so they strive to target new drugs. Furthermore, the "Ulm biobank" allows them to look for genetic and epigenetic abnormalities in various blood cancers. In two central projects, the physicians and scientists devote themselves to novel study methods such as DNA sequencing and protein analysis techniques.

Old and Young Stem Cells

Among the biggest successes of the first funding period’s basic research is the description of a previously unknown aging and "rejuvenating" mechanism of hematopoietic stem cells. The scientists were able to show that by blocking a certain protein substance older stem cells are able to repair themselves more efficiently. Furthermore, researchers have characterized typical genetic lesions in the most common forms of leukemia in adults, acute myeloid leukemia and chronic lymphocytic leukemia, and uncovered the genetic basis of resistance mechanisms against new leukemia drugs. "The special feature of our research group is the transfer of basic research into clinical applications. Our mission is the development of new treatment options. Our patients should be spared therapeutic failures and related side effects", says Professor Klaus-Michael Debatin, deputy CRC Spokesperson and Medical Director of the University Hospital’s Department of Pediatrics and Adolescent Medicine. Research results have been published in prestigious journals such as "Nature" or the "New England Journal of Medicine", adds the Vice President of Medicine, Gender and Diversity.

Excellent Conditions in Ulm

The conditions of Ulm University medicine are excellent: Researchers have access to experimental leukemia models and countless blood and bone marrow samples – Ulm’s leukemia Biobank is among the most comprehensive in the world. Leukemia patients benefit directly from findings of the Collaborative Research Center at the Comprehensive Cancer Center Ulm (CCCU), which was again awarded by the German Cancer Aid as "Oncological Center of Excellence".
"With the targeted appointment of renowned professors and young scientists, we were able to strengthen Ulm’s leukemia research", says Professor Thomas Wirth, Dean of the Medical Faculty. Among these are the immunologist Professor Hassan Jumaa who was recently awarded with an ERC Advanced Grant, the highly renowned geneticist Professor Reiner Siebert as well as Dr Maria Carolina Florian and Dr Jan Krönke, who respectively lead a DFG Emmy Noether Junior Research Group - a top award for young researchers on their way to professorship. "Leukemia research has a tradition at Ulm University. The now extended Collaborative Research Center contributes significantly to this continued success story and expands the leading position of Ulm´s cancer medicine in research and clinical application," says Professor Michael Weber, President of Ulm University. The application-oriented scientific work in the CRC will benefit patients beyond Ulm.

Background of the Collaborative Research Center

Collaborative Research Centers of the DFG are the most important publicly funded research groups in Germany. They aim to promote quality science and research focus at universities. In subprojects scientists work across disciplines on demanding research projects. Another important objective is the promotion of young talent. A CRC can be financed up to 12 years. After each funding period (4 years) an international review committee evaluates the scientific work and decides on the financial extension.

[Translate to english:] (v.l.): Prof. Thomas Wirth, Prof. Hartmut Döhner, sowie Prof. Klaus-Michael Debatin
[Translate to english:] Prof. Thomas Wirth, Dekan der Med. Fakultät, der SFB-Sprecher und Ärztliche Direktor der Uniklinik für Innere Medizin III, Prof. Hartmut Döhner, sowie Prof. Klaus-Michael Debatin, stellv. SFB-Sprecher und Ärztlicher Direktor der Uniklinik für Kinder- und Jugendmedizin (v.l.) (Foto: Lukas Hofstätter)
[Translate to english:] Junge und alte Stammzellen
[Translate to english:] Junge und alte Stammzellen
[Translate to english:] Wissenschaftler im Labor
[Translate to english:] Wissenschaftler im Labor (Foto: Heiko Grandel / Uniklinik Ulm)