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May 2005
It is my pleasure to present the sixth volume of Pioneering Neuroscience. It is now
becoming something of a pattern (if three makes a pattern) that this issue will include
contributions from students in two different courses. Students in Biology 363:
Neurobiology submitted the first eight articles during the Fall semester (2004).
The remaining eight articles were just submitted from students who are just
completing Biology 150: Introduction to Biological Inquiry, the Language of Neurons.
The result is a journal that covers a wide range of questions the have been
addressed using two different experimental preparations, the frog and the crayfish
neuromuscular junctions.
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 Carolyn Bosse, the lab
instructor for Biology 150 and Biology 363. The student assistants in Biology 150
were Courteney MacKuen, Priya Malik and Laura Dobbs, all 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 Adam Dorzweiler who created
the artwork for the cover of the journal.
Clark Lindgren, Editor. Grinnell, Iowa
Pioneering Neuroscience Volume 6, Cover (cover art © 2005 Adam Dorzweiler) [V6_cover.pdf]
Table of Contents [V6_TOC.pdf]
Introduction, by Professor Clark Lindgren [Intro.pdf]
ORIGINAL ARTICLES
Effects of CO as a signaling molecule at the frog neuromuscular junction [V6_01.pdf]
A. Danowitz & D. Coombs
muscarinic receptors does not affect post tetanic response in frog neuromuscular junction [V6_05.pdf]
B. Marion, K. McLean & A. Nagel
Exogenous AMP decreases EPP amplitude at the frog neuromuscular junction [V6_09.pdf]
C. Vigeland, D. Mitchell & M. Eastwood
The role of the CB1 cannabinoid receptor at the frog neuromuscular junction [V6_13.pdf]
E. Ciccone, C. MacKuen & K. Reynolds
Are endocannabinoids involved in muscarinic acetylcholine receptor-mediated plasticity of the skeletal neuromuscular junction? [V6_17.pdf]
J. Mushi, K. McCarthy & S. Desprat
M2 receptor mediates a decrease in ACh release at the frog neuromuscular junction [V6_23.pdf]
M. Pathania, G. Wichmann & L. Niedergeses
The nitric oxide inhibitor L-NAME prolongs synaptic facilitation [V6_27.pdf]
T. Cosgrove, C. Nwachukwu & O. Olakanmi
Low concentrations of ethanol applied to glutamatergic synapses in crayfish decreases synaptic transmission [V6_31.pdf]
K. Batra, B. Rankin & M. Ryan
P/Q-type calcium channels contribute to the release of neurotransmitters when N-type calcium channels are inhibited in the crayfish neuromuscular junction [V6_35.pdf]
T. Barreto, M. Meinig & M. Seo
The effects of nitric oxide on long-term potentiation at the crayfish neuromuscular junction [V6_39.pdf]
M. Brauer, B. Hoegh & T. Soderholm
Brief trains of high-frequency nerve stimulation lead to variable changes in Ca2+ levels in PSCs at the crayfish NMJ [V6_43.pdf]
L. Burton, A. Lewis & M. Yore
Protein kinase C enhances serotonergic and non-serotonergic synaptic transmission [V6_49.pdf]
A. Dorzweiler, A. McGillivray & L. Wilson
Pharmacological evidence for cannabinoid receptors in glutamatergic synapses at the crayfish neuromuscular junction [V6_55.pdf]
S. Green, Z. Newman & S. Nordquist
Inhibiting BK channels at the crayfish neuromuscular junction decreases amplitudes of single pulse EPSPs and increases synaptic facilitation [V6_63.pdf]
D. Krist, S. McCarthy & J. Newhouse
Carbon monoxide has varied effects on post-tetanic facilitation and depression in the crayfish neuromuscular junction [V6_69.pdf]
E. Smith, A.S. Titiz & J. Walsh
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