Diabetes and bone
Diabetes mellitus is a widespread metabolic disease, which disrupts the entire organism of patients. This also significantly affects bone health. The consequences are an increased risk of fractures and a worse healing of bone fractures. In order to investigate the connections between this metabolic disease and the bone system, the EU project „FIDELIO“ will start in October 2019. The European consortium, which is coordinated by scientists from the Faculty of Medicine Carl Gustav Carus of the TU Dresden, is funded by the EU with a total of 3.8 million euros. In this framework, 14 ambitious, creative young scientists are trained to tackle the future challenges of an aging society.
Be introducted to the senior researchers and supervisors in FIDELIO, who are featured in the Research Lives and Cultures podcast series created by Sandrine Soubes.
by Ruolin Li (ERASMUS) and Sebastian Zanner (SDU)
The Critical Appraisal Training Course was hosted by Prof. Andrea Burden at ETH Zurich, Switzerland and had Prof. Stefan Weiler (ETH) as a guest speaker.
The workshop ran virtually over 3 days, focusing on “Critical appraisal in pharmacoepidemiology research literature”. The course was a
By Souad Daamouch, TUD
My name is Souad Daamouch and I am from the North-Est of France. After obtaining a Master’s degree in Pathophysiology and Personalized Medicine in Human Transplantation I had the great fortune to discover the FIDELIO program.
The process before coming to Dresden was exciting. We underwent several
By Malak Faraj, UCBM
After completing my Master’s degree in Biology, I had the opportunity to pursue my PhD in Rome. When I decided to study and work abroad, a lot of questions crossed my mind and I felt scared. It’s perfectly normal to have these feelings because making this
Our partners at the University Medical Center Hamburg-Eppendorf (UKE) recently published a study where they analyzed cortical bone material quality in individuals with Type 2 Diabetes Mellitus (T2DM). They employed several techniques analyzing the bone matrix at different length scales. In this way, a subgroup of individuals with high