electronic pdf version - Westminster College
electronic pdf version - Westminster College
electronic pdf version - Westminster College
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Going Back to School: The Need for ESL Teachers<br />
Rachel DeLay, Emporia State University *<br />
Rita Edmonds, Emporia State University *<br />
When speakers of different languages come together—for education, specifically—do they<br />
combine the best aspects of their cultures into one, or do they simply coexist We look at the<br />
impact of a rising Spanish-speaking population, a school’s budget, and the availability of<br />
teachers qualified to teach in ESL classrooms.<br />
Near Infrared Study of the Hydrogen Bonding in Acetone-Methanol and Acetone-Ethanol<br />
Mixtures<br />
M. Khalique Ahmed, Lynn University<br />
Gary Villa, Lynn University *<br />
This paper explores the hydrogen bonding of acetone-methanol and acetone-ethanol mixtures in<br />
the full solubility range. The properties of the studied mixtures are of great importance in the<br />
chemical engineering area because they provide insight into the solubility behavior of gases such<br />
as acetylene and n-butane in the mixed polar solvents.<br />
hSHAPE Analysis of Insulin Receptor mRNA<br />
Alexander Komin, St. Mary’s <strong>College</strong> of Maryland *<br />
Alternative Splicing (AS) of pre-mRNAs can occur between cell types and developmental<br />
stages. The role RNA structure has on the regulation of AS is not well understood. This study<br />
uses the SHAPE method to determine the structure of the Insulin Receptor pre-mRNA to better<br />
understand its role in AS.<br />
The Effort against Hazing at the University of Maine<br />
Kasey Spear, University of Maine– Orono *<br />
After decades of horror stories and tragic events, it is time to put a stop to hazing. This<br />
presentation reflects a professional writing intern’s journey in creating the National Agenda<br />
against Student Hazing and her other responsibilities while working for the National<br />
Collaborative for Hazing Research and Prevention.<br />
Characterization of siRNA Delivery System Using a Sucrose Gradient<br />
Tooba Anwer, University of Alabama at Birmingham *<br />
Gene silencing by an siRNA mechanism is a novel approach to control cell function, and is a<br />
powerful tool for creating human therapeutics. However, the delivery of siRNA into mammalian<br />
tissues is highly challenging. The main goal of any siRNA delivery system is to effectively<br />
deliver the siRNA to the targeted cell with high efficiency and minimal cytotoxicity. Proper<br />
characterization of siRNA complexes is crucial to understanding the mechanism of siRNA<br />
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