Pontus Aspenström – Rho GTPases in cancer cell migration

Cell migration is often de-regulated in human diseases, such as cancer. We are studying a group of proteins known as the RHO GTPases and our aim is to understand how signalling through RHO GTPases contributes to cancer cell migration. Our long-term goal is to discover proteins and genes that can function as targets for cancer therapies that prevent cell migration and metastasis of cancer cells.

RHO GTPases are related to the RAS oncogene, but have import and specific functions in the control of the morphogenetic and migratory properties of cells. The proteins have been linked to cancer and we are studying their role in cancer cell migration and in the organisation of the cytoskeleton.

The ultimate goal is to identify proteins and genes that can be targeted with drugs to reduce the increased potency for invasive growth and metastasis of cancer cells.

The role of MIRO GTPases in neurological diseases

We are also studying a group of proteins called MIRO GTPases that we originally identified in a screen for novel RHO GTPases. Subsequently, we found that they can be classified as a unique subfamily of GTPases. MIRO GTPases contain two putative GTPase domains separated by calcium-binding EF hands. We have shown that MIRO GTPases are part of the mitochondrial transport machinery and our current focus is on their role in neuropathology.

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