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Research area A: Mitochondrial structure, dynamics and function

The main goals of projects in this area are to elucidate the intricate communication between mitochondrial structure and the functional output of the organelles and how this is affected by changing cellular conditions and pathology. Intriguingly, many projects emphasised the intimate bidirectional connection between mitochondrial plasticity and metabolic programmes, and unravelled novel aspects that form the basis for the new research programme of this area.

In the second funding period, we have included novel projects that explore at the molecular resolution the role of specific proteins and protein complexes for the structural plasticity of mitochondria. Together, projects of this area will enable us to tackle our scientific questions from the molecular to the organismal level.

A01 | LANGER

Proteolytic control of mitochondrial dynamics and metabolism by OMA1

A05 | RUGARLI

The role of CLUH in the translation of mRNAs encoding mitochondrial proteins

A07 | BERGAMI

Role of mitochondrial dynamics in neuronal synapse and circuit remodelling

A08 | BRÜNING

Bi-directional regulation of liver/brain interaction via hepatic mitochondrial fission

A12 | GARCIA SAEZ

Dynamic architecture of DRP1 macromolecular assemblies in mitochondrial fission

A13 | PIANO

Elucidate the regulatory cascade controlling mitochondrial fission in mitosis

A11 | MOTORI

Critical periods of mitochondrial structural and metabolic plasticity in Purkinje neurons