Travis B. Goodloe ’16
\nShaquann S. Seadrow ’16<\/p>\n
Dane R.C. Asuigui ’16
\nP. Tazewell DelDonna ’17
\nBrian N. Hulsizer ’16
\nReuben P. Retnam ’17
\nJoshua D. Taylor ’16<\/p>\n
Michael J. Wolyniak
\nDepartment of Biology<\/p>\n
Hugh O. Thurman III
\nDepartment of Physics and Astronomy<\/p>\n
Cover Photo: <\/b>Using antibodies attached to fluorescent molecules along with advances in microscope technology, scientists can track the precise positions of structures within the cell in exquisite detail. Here, mammalian T cells have been treated with drugs designed to inhibit actin cables being visualized with red and green fluorescent molecules that label specific regions of the cell. By taking multiple images of these labeled cells and running them together into a movie, the precise motion of the actin cytoskeleton in response to immunological challenge to the T cells is revealed. This image was taken in the laboratory of Dr. John Hammer at the National Heart, Lung, and Blood Institute of the National Institutes of Health, Bethesda, Maryland (From J. Taylor Meinhardt ’16 under the supervision of Dr. Sricharan Murugesan).<\/p>\n News from the Hampden-Sydney Science Departments<\/a><\/p>\n HAMPDEN-SYDNEY RESEARCH SPOTLIGHTS<\/strong><\/span><\/p>\n Dr. Patrick J. Martin ’02: Providing New Engineering Research Opportunities at Hampden-Sydney<\/a> Student Research Spotlight: A Summer at the NIH<\/a> FEATURE SECTION: PERFORMANCE ENHANCING SUBSTANCES<\/strong><\/span><\/p>\n Performance Enhancing Drugs: Usage & Consequences<\/a> Human Growth Hormone: A Performance Enhancing Drug<\/a> ADHD Diagnosis & Psychostimulant Use in the United States<\/a> RESEARCH ARTICLES<\/strong><\/span><\/p>\n ESR Characterization of Induced Reaction Oxygen Species: The Antibiotic Mechanism of Actin Controversy<\/a> Perfecting a Synthesis Pathway for the Production of a Family of Schiff Base Ligands for Complexing into NN’OS Coordination Spheres<\/a> Electromagnetically Coupled Oscillators<\/a> Mutational Analysis of TEP1<\/i>, a Budding Yeast Homologue of the Human Prostate Cancer Factor PTEN<\/i><\/a> A Study of Phenoxyl Radicals from Bisphenol-A by Fast-Flow ESR Spectroscopy<\/a> The Analysis of Fungal Pathogens Pseudoperonospora humble<\/i> and Podosphaera macular<\/i> as they affect the Hops Species Humulus lupus<\/i> and Humulus japonicas<\/i><\/a> Synthesis of Various Catalysts for the Morita-Baylis-Hillman Reaction<\/a> Syntheses and Analyses of Novel Schiff Base Ligands with NN’OS Coordination Spheres<\/a> Keeping Up with the Investigation on Invasives<\/a> Temperature Performance of the Energy Research Laboratory<\/a> Microwave Optics: Analysis of a Cubic Lattice with Bragg Scattering<\/a> Effects of Early Handling on Rat Performance in a Radial Arm Maze Task<\/a>TABLE OF CONTENTS<\/strong><\/h3>\n
\nShaquann S. Seadrow ’16<\/i><\/p>\n
\nJ. Taylor Meinhardt ’16<\/i><\/p>\n
\nJacob M. Farrar ’16<\/i><\/p>\n
\nAndrew M. Gorham ’16<\/i><\/p>\n
\nMel F. Savarese ’16<\/i><\/p>\n
\nMyshake S. Abdi ’16 and Herbert J. Sipe<\/i><\/p>\n
\nBrant D. Boucher ’17, Conrad W. Brown ’17, Joshua V. Chamberlin ’17, Dane R. Asuigui ’16, and Nicholas P. Deifel<\/i><\/p>\n
\nJ. Taylor Daspit ’16 and Hugh O. Thurman III<\/i><\/p>\n
\nWilliam R. Echols ’17, Zachary S. Martin ’17, and Michael J. Wolyniak<\/i><\/p>\n
\nAndres H. Garcia ’18 and Herbert J. Sipe<\/i><\/p>\n
\nChristopher M. Hawk ’16, Edward Lowry, and Michael J. Wolyniak<\/i><\/p>\n
\nBenjamin W. Lam ’17, A. Mitchel Owens ’16, John W. Sheffield ’16, and Paul H. Mueller<\/i><\/p>\n
\nJames H. Lau ’17 and Nicholas P. Deifel<\/i><\/p>\n
\nMason E. Luck ’16 and Edward Lowry<\/i><\/p>\n
\nReuben P. Retnam ’17 and Paul F. Hemler<\/i><\/p>\n
\nZachary G. Shermer ’18 and Hugh O. Thurman III<\/i><\/p>\n
\nQuentin M. Smith ’15 and Robert T. Herdegen III<\/i><\/p>\n