Investigating the whole ageing process
Through their research with mice, flies, and worms, our directors professors Adam Antebi, Nils-Göran Larsson and Linda Partridge have made fundamental discoveries into the biology of the ageing process. The complementarity of expertise in their departments enables them to investigate organismal ageing processes, and to identify genes and mechanisms that cause ageing and that can ameliorate its effects.
Department Antebi | Molecular Genetics of Ageing
All animals develop through successive stages of life and have life spans that are determined by genome and environment. By studying the model genetic system of Caenorhabditis elegans we aim to unravel phyletically conserved regulatory features of the life plan and life span. These studies have led us to the discovery of a C. elegans steroid hormone receptor signaling pathway that regulates developmental timing as well as longevity, suggesting that developmental clocks impact the life span and that biological time can be modulated.
Department Larsson | Mitochondrial Biology
Mitochondria, the "power-houses" of the cell, play an essential role in the ageing process. Once their function deteriorates, cells start to age. Mutations of the mitochondrial genome and mitochondrial dysfunction has furthermore severe effects on an organism's health. Yet, we still have very little understanding of the basic processes in mitochondria and what protects their genome from becoming unstable. Therefore, we focus on understanding mitochondrial function.
Department Partridge | Biological Mechanisms of Ageing
We aim to discover genes and mechanisms that determine the rate of ageing and that are conserved in evolution, and hence are of relevance to humans. In particular, we focus on nutrition and on the signaling pathways that sense nutrients: the insulin/IGF/TOR pathway. We investigate the signaling mechanisms at work, the biochemical processes that are altered to slow ageing, and the mechanisms by which ageing acts as a risk factor for ageing-related neurodegeneration.
Currently, the insitute hosts three junior research groups. Further Max Planck Research Group leaders will be selected in the near future. It is planned that they will come from a range of areas in biology of ageing research and will complement each other as well as the existing expertise in our institute.
- Max Planck Research Group Martin Graef / Autophagy Regulation
(from October 1, 2013)
- Max Planck Research Group Peter Tessarz / Chromatin and Ageing
(from June 2014)
- Max Planck Research Group Dario Valenzano/ Evolutionary and Experimental Biology of Ageing
(from September 1, 2013)
- Max Planck Research Group Sara Wickström/ Skin Homeostasis and Ageing (from September 1, 2010)
- Research Group Christoph Dieterich / Bioinformatics
(from August 1, 2013)
- Research Group James Stewart / Mitochondrial Mutations and Genome Co-evolution
(from February 1, 2014)
- Research Group Bianca Habermann/ Bioinformatics
(until July 31, 2013)
- Research Group Ivan Matic (CECAD)
(from February 1, 2014)
If you are interested in contributing to our research activities as a junior group leader please have a look at our open positions.
The research activities of our scientists are supported by state-of-the-art core facilities. These provide access to latest technologies such as bioinformatics to analyse and synthesise complex biological data, transgenic services and mass spectrometry / proteomics.