Vol 4 (2002) | Pioneering Neuroscience

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Published: 2013-01-09

Introduction

Introduction

Clark Lindgren
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Articles

H-89 Inhibits Serotonin Induced Short-Term Facilitation in the Crayfish Neuromuscular Junction

James Taggart, Evan Torner

1-5
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A Presynaptic K+ Channel-Independent Neurotransmitter Release Mechanism Caused by Serotonin May Exist in Crayfish

Brendan Baker, Brian Marion

7-11
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Chelating Intracellular Ca²⁺ Increases the Time Needed for the Recovery of the Vesicle Pool after High-frequency Stimulation

Catherine L. Bardelson, Bonnie K. Carenen, Mark G. Henry

13-15
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ATP Decreases EPSP Amplitudes in Crayfish Extensor Muscles, while Products of its Hydrolysis Have No Effect

Maciej Pluta, Adam Beals, Mrinalini Watson

17-20
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Activation of Group-I mGluRs in the Superficial Extensor Muscle in Crayfish Tails Reduces EPSP Amplitude if the Preparation is not Pre-loaded with EGTA

Rachel Sauter, Peter Campbell, Jillian Caly

21-24
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Sodium Nitroprusside Decreases EPP Facilitation and Increases EPP Amplitude at the Crayfish Neuromuscular Junction

Andrew Chon, Lara Galloway, Ivana Semova

25-29
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Broadened Action Potentials in the Presynaptic Cell Increase Synaptic Delay in Crayfish Neuromuscular Junctions

Laura Dobbs, Jun Kawasaki, Priya Malik

31-36
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Perisynaptic Schwann Cells are Located Close to Nerve Cells in Crayfish Tail Extensor Muscles

Beth Marshall, Kushal Shah, Marian Spurgeon

37-40
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