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Scientific interest: the mechanism of insulin-regulated glucose transport. Immediately upon setting her lab, she embarked on a risky expedition searching for genes selectively expressed in adipose and fat tissue. This effort paid off by the isolation of an exceedingly large evolutionarily-conserved enzyme. Dr. Shisheva called it PIKfyve (for PhosphoInositide Kinase for position five containing a fyve finger domain), based on the subsequent characterization of its kinase activity towards phosphoinositides and other features. PIKfyve and its products were found to function as positive regulators of insulin responsiveness. Since then, the multifaceted role of PIKfyve and its associated proteins in phosphoinositide metabolism and cellular functions has become the major focus of Dr. Shisheva’s research.
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American journal of physiology. Cell physiologyno. 3 (2016): C366-77
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