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- W2036473478 abstract "Nucleotide stimulation of G<sub>q</sub>-coupled P2Y receptors expressed in <i>Xenopus</i><i>laevis</i> oocytes produces the activation of an endogenous voltage-gated ion channel, previously identified as the transient inward (T<sub>in</sub>) channel. Expression of human P2Y<sub>1</sub>, human P2Y<sub>2</sub>, rat P2Y<sub>6</sub>, human P2Y<sub>11</sub>, or skate P2Y receptors in oocytes resulted in modulation of the voltage dependence and inactivation gating of the channel. Expression of the human P2Y<sub>4</sub> receptor, rat M<sub>1</sub>-muscarinic receptor, and human B<sub>1</sub>-bradykinin receptor did not alter the properties of the T<sub>in</sub> channel. Replacement of the C-terminal domain of the human B<sub>1</sub>-bradykinin receptor with the C-terminal domains of either the human P2Y<sub>1</sub> or human P2Y<sub>2</sub>receptor resulted in voltage dependence and inactivation-gating properties, respectively, of the T<sub>in</sub> channel that were similar to those elicited by the respective native P2Y receptor. Systematic truncation of the C-terminal region of the human P2Y<sub>1</sub> receptor identified a short region responsible for modulation of the T<sub>in</sub> channel. This region contains a conserved sequence motif found in all P2Y receptors that modulates the voltage dependence of the T<sub>in</sub> channel. Synthetic 20-mer peptides from the C-terminal domains of human P2Y<sub>1</sub> and P2Y<sub>2</sub> receptors produced a shift in the voltage dependence and slowed inactivation gating, respectively, after injection into oocytes expressing human B<sub>1</sub>-bradykinin or truncated human P2Y<sub>1</sub> receptors. These results indicate that certain P2Y receptors are capable of modulating the voltage sensitivity and inactivation gating of an endogenous oocyte ion channel through interactions involving the C-terminal region of the receptor. Such modulation of ion channel function could also exist in native mammalian cells that express P2Y receptors." @default.
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- W2036473478 date "2003-04-01" @default.
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- W2036473478 title "P2Y Receptors Modulate Ion Channel Function through Interactions Involving The C-Terminal Domain" @default.
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