Issues

Commentary

Ion Trafficking through T-type Ca2+ Channels : A Way to Look at Channel Gating Position

Emilio Carbone
View Articletitled, Ion Trafficking through T-type Ca<sup>2+</sup> Channels <span class="subtitle-colon">: </span><span class="subtitle">A Way to Look at Channel Gating Position </span>

Insulin Secretion : A High-affinity Ca2+ Sensor After All?

Sebastian Barg,Patrik Rorsman
View Articletitled, Insulin Secretion <span class="subtitle-colon">: </span><span class="subtitle">A High-affinity Ca<sup>2+</sup> Sensor After All? </span>

Capturing Ion Channel Gating : A Little Salt on the Tail Does the Trick

Anita L. Zimmerman
View Articletitled, Capturing Ion Channel Gating <span class="subtitle-colon">: </span><span class="subtitle">A Little Salt on the Tail Does the Trick </span>

Article

Y3+ Block Demonstrates an Intracellular Activation Gate for the α1G T-type Ca2+ Channel

Carlos A. Obejero-Paz,I. Patrick Gray,Stephen W. Jones
View Articletitled, Y<sup>3+</sup> Block Demonstrates an Intracellular Activation Gate for the α1G T-type Ca<sup>2+</sup> Channel

A Highly Ca2+-sensitive Pool of Granules Is Regulated by Glucose and Protein Kinases in Insulin-secreting INS-1 Cells

Yan Yang,Kevin D. Gillis
View Articletitled, A Highly Ca<sup>2+</sup>-sensitive Pool of Granules Is Regulated by Glucose and Protein Kinases in Insulin-secreting INS-1 Cells

Protein Kinase Activation Increases Insulin Secretion by Sensitizing the Secretory Machinery to Ca2+

Qun-Fang Wan,Yongming Dong,Hua Yang,Xuelin Lou,Jiuping Ding,Tao Xu
View Articletitled, Protein Kinase Activation Increases Insulin Secretion by Sensitizing the Secretory Machinery to Ca<sup>2+ </sup>

Salt Bridges and Gating in the COOH-terminal Region of HCN2 and CNGA1 Channels

Kimberley B. Craven,William N. Zagotta
View Articletitled, Salt Bridges and Gating in the COOH-terminal Region of HCN2 and CNGA1 Channels

On the Importance of Atomic Fluctuations, Protein Flexibility, and Solvent in Ion Permeation

Toby W. Allen,O.S. Andersen,Benoit Roux
View Articletitled, On the Importance of Atomic Fluctuations, Protein Flexibility, and Solvent in Ion Permeation

Block of Inactivation-deficient Na+ Channels by Local Anesthetics in Stably Transfected Mammalian Cells : Evidence for Drug Binding Along the Activation Pathway

Sho-Ya Wang,Jane Mitchell,Edward Moczydlowski,Ging Kuo Wang
View Articletitled, Block of Inactivation-deficient Na<sup>+</sup> Channels by Local Anesthetics in Stably Transfected Mammalian Cells <span class="subtitle-colon">: </span><span class="subtitle">Evidence for Drug Binding Along the Activation Pathway </span>

Gating Charges in the Activation and Inactivation Processes of the hERG Channel

Mei Zhang,Jie Liu,Gea-Ny Tseng
View Articletitled, Gating Charges in the Activation and Inactivation Processes of the hERG Channel

Arachidonic Acid Inhibits Epithelial Na Channel Via Cytochrome P450 (CYP) Epoxygenase-dependent Metabolic Pathways

Yuan Wei,Dao-Hong Lin,Rowena Kemp,Ganesh S.S. Yaddanapudi,Alberto Nasjletti,John R. Falck,Wen-Hui Wang
View Articletitled, Arachidonic Acid Inhibits Epithelial Na Channel Via Cytochrome P450 (CYP) Epoxygenase-dependent Metabolic Pathways

Carboxy-terminal Determinants of Conductance in Inward-rectifier K Channels

Yu-Yang Zhang,Janice L. Robertson,Daniel A. Gray,Lawrence G. Palmer
View Articletitled, Carboxy-terminal Determinants of Conductance in Inward-rectifier K Channels

Luminal Ca2+–regulated Mg2+ Inhibition of Skeletal RyRs Reconstituted as Isolated Channels or Coupled Clusters

Derek R. Laver,Erin R. O'Neill,Graham D. Lamb
View Articletitled, Luminal Ca<sup>2+</sup>–regulated Mg<sup>2+</sup> Inhibition of Skeletal RyRs Reconstituted as Isolated Channels or Coupled Clusters

KCNE3 Truncation Mutants Reveal a Bipartite Modulation of KCNQ1 K+ Channels

Steven D. Gage,William R. Kobertz
View Articletitled, KCNE3 Truncation Mutants Reveal a Bipartite Modulation of KCNQ1 K<sup>+</sup> Channels

Correction

Correction

Harley T. Kurata,L. Revell Phillips,Thierry Rose,Gildas Loussouarn,Stefan Herlitze,Hariolf Fritzenschaft,Decha Enkvetchakul,Colin G. Nichols,Thomas Baukrowitz
View Articletitled, Correction