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December, 2007
It is my pleasure to present the eighth volume of Pioneering Neuroscience. The articles
collected in this volume represent original contributions to the field of Neuroscience
offered by students in Biology 150 -- Introduction to Biological Inquiry: the Language of
Neurons. For most of these students, Bio 150 was taken during their first semester in
college. For all of the students, this was their first college-level biology course! The
articles in this volume explore three general themes: the involvement of intracellular Ca2+
metabolism, neurotransmitter receptors, and nitric oxide in the modulation of
neurotransmitter release at the crayfish neuromuscular junction. You will notice several
very novel and/or current topics, including Ca2+ release from intracellular stores,
endocannabinoid receptors, and nitric oxide. I have enjoyed working with these students
and, as usual, I am deeply impressed with what they have accomplished in such a short
time. I hope you enjoy it.
I wish to thank the students of Biology 150 for their hard work and collegiality. None of
this would have been possible without the major contributions of Sue Kolbe, the lab
instructor for Biology 150, and Stacy McCarthy and Zachary Newman, the student
assistants. Finally, thanks to Sarah Mirk ‘08 for providing the cover art.
Clark Lindgren, Editor. Grinnell, Iowa.
Pioneering Neuroscience Volume 8
NEW - Download the complete Vol. 8 in one PDF file (Volume8_complete.pdf), or use the links below to individual articles as we have provided in the past.
Cover [Cover.pdf]
Table of Contents [Contents.pdf]
Introduction, by Professor Clark Lindgren [Introduction.pdf]
ORIGINAL ARTICLES
Reduction of endoplasmic reticulum internal calcium stores via BHQ decreases EJP amplitude
E. Saliares, S. Peterson & H. Moon
Inhibition of the reverse mode of the Na+/Ca2+ exchanger does not affect EPSP amplitudes in
the crayfish neuromuscular junction following periods of brief, high-frequency stimulation
A. Cao & Z. Su
Ethanol increases resting potential magnitude and increases EJP amplitude in the presence of
serotonin
C. Higgins, P. Blattner & A. Rosen
Identifying CB1 Receptors in the crayfish neuromuscular junction through immunofluorescence
staining
M. Sahel, L. Garcia & N. Truong
Cocaine increases synaptic transmission at the crayfish neuromuscular junction
A. Vallas, Q. Yin & M. Salazar
Caffeine inhibits serotonin's enhancement of EJP amplitude in crayfish deep extensor muscle
S. Mirk & B. Wermcrantz
Nitric oxide synthase is present in the crayfish tail
A. Reich, R. Malsberger & S. Mah
Carboxy PTIO decreases the amplitude of EPSP generated in the crayfish tail extensor muscle
despite changes in temperature
M. Nakamura, R. Campbell & N. Mirza
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