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May 2004
It is my pleasure to present the fifth volume of Pioneering Neuroscience. As we did once before, I am including original scientific articles that were contributed by students in two different courses. Students in Biology 363: Neurobiology submitted the first five articles over a year ago. The remaining six articles were just submitted from students in Biology 150: Introduction to Biological Inquiry, the Language of Neurons. The result is a journal that covers a wide range of questions and presents a great range of techniques and experimental approaches.
I wish to thank the students of Biology 150 and 363 for their hard work and collegiality. I have enjoyed getting to know each and every one of you. None of this would have been possible without the major contributions of Sue Kolbe, the lab instructor for Biology 150, and Carolyn Bosse for Biology 363. The student assistants in Biology 150 were Priya Malik and Laura Dobbs, both of whom provided invaluable assistance, especially in the beginning of the course when "everything" was new to the students. Thanks to Stephanie Peterson for her excellent work in typesetting the journal. Lastly, special thanks go to Pavitra Kannan who created the art work for the cover of the journal.
Clark Lindgren, Editor. Grinnell, Iowa
Pioneering Neuroscience Volume 5, Cover (artwork © 2004 Pavitra Kannan) [V5cover.pdf]
Introduction, by Professor Clark Lindgren [Intro.pdf]
Table of Contents [TOC-V5.pdf]
ORIGINAL ARTICLES
"Long-term Depression at the Crayfish Fast Extensor Neuromuscular Junction Has Presynaptic and Postsynaptic Components." [ 1Emerick_etal.pdf]
T. Emerick, M. Gu & M. H. Hagenauer
"The Effects of Protein Synthesis on Long-Term Synaptic Depression at the Crayfish Neuromuscular Junction." [2Bulfinch_etal.pdf]
L. Bulfinch, A. Tucker & Q. Zheng
"Decreased calcium concentration increases magnitude and time course of facilitation but decreases time course of depression following long-term high frequency stimuli." [3Graves_etal.pdf]
A. Graves, H. Iqbal & J. Pierson
"Frequency and duration of action potentials are increased due to extracellular calcium replacement in the crayfish nerve 3." [4Cluphf_etal.pdf]
P. Cluphf, K. Pedersen & J. Vincenti
"Exploring the Pore Size of Endogenous Channels in Xenopus Oocytes." [5Eke-Oduru_etal.pdf]
R. Eke-Oduru, A. Gedlinske & J. Richardson
The Ca2+/ATPase pump in the endoplasmic reticulum affects EPSP amplitudes and synaptic facilitation at the crayfish neuromuscular junction."[6Schatzkin_etal.pdf]
E. Schatzkin & N. Watsa
Chronic ethanol exposure decreases synaptic transmission at the crayfish neuromuscular junction and creates tolerance to acute ethanol exposure."[7Erkenswick_etal.pdf]
G. A. Erkenswick, M. N. Lee & M. Straughan
Reducing extracellular sodium concentration decreases synaptic facilitation."[8Davis_etal.pdf]
L. Davis, H. Johns & S. Sangha
Effects of caffeine on the crayfish neuromuscular junction."[9Clipson_etal.pdf]
D. Clipson, M. Immler & D. Ofori-Addo
Ca2+ ATP-ase in the endoplasmic reticulum has little effect on synaptic plasticity following tetanic stimulation."[10Berube_etal.pdf]
B. Berube & A. McCullough
Changes in synaptic delay and EPSP amplitude induced by TEA with 3,4-DAP, temperature and post-tetanic potentiation."[11Adelson_etal.pdf]
J. Adelson, H. Bhardwaj & P. Kannan
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