Slips, leaks and channels in glutamate transporters
Robert J. Vandenberg, Shiwei Huang, Renae M. Ryan
Abstract
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Robert J. Vandenberg, Shiwei Huang, Renae M. Ryan
Abstract
Open-access reader
Glutamate transporters are unusual proteins in that they can function as both a transporter and a chloride channel. With the recent determination of the crystal structure of an archaeal aspartate transporter it is now possible to begin to put together a physical picture of how these proteins are able to carry out their dual functions. In this review we shall discuss our current understanding of the functional states of glutamate transporters and how they may arise. We will also discuss some of the alternate conducting states of glutamate transporters and provide definitions of the various states.
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Glutamate transporters are unusual proteins in that they can function as both a transporter and a chloride channel. With the recent determination of the crystal structure of an archaeal aspartate transporter it is now possible to begin to put together a physical picture of how these proteins are able to carry out their dual functions. In this review we shall discuss our current understanding of the functional states of glutamate transporters and how they may arise. We will also discuss some of the alternate conducting states of glutamate transporters and provide definitions of the various states.
Key concepts: Excitatory amino-acid transporter, Transporter, Glutamate receptor, Glutamate aspartate transporter, Chemistry, Computational biology, Biology, Neuroscience