Molecular determinants of subcellular localisation and function of the transmembrane 4 superfamily protein, PETA-3 [ 2000 - 2002 ]

Research Grant

Researchers: Prof Leonie Ashman (Principal investigator)

Brief description Several years ago we identified the cell membrane protein PETA-3-CD151 based on its ability to cause activation of blood platelets, suggesting a role in thrombosis. More recently we found that the protein is present in a variety of tissues, although its distribution in those tissues is often restricted. It is abundant in a variety of cancer cells, and is present on tissue mast cells that mediate allergic reactions. PETA-3-CD151 forms complexes with molecules (integrins) that are associated with cell adhesion and migration, and antibodies to this protein inhibit cell movement. Thus PETA-3-CD151 appears to be involved in cellular interactions that are critical for normal tissue development and function, and may be involved in several disease processes including cancer invasion and metastasis. The molecular basis of PETA-3-CD151 function is not understood and is the focus of this application.

Funding Amount $AUD 322,911.87

Funding Scheme NHMRC Project Grants

Notes Standard Project Grant