This project studies translation theory and various translations of Vergil’s Aeneid. It seeks to determine what key factors make for the best translations of classical epic, particularly of the Aeneid. The project begins by examining the supremacy of epic and the fous in European cultures on the Aeneid. Next, the paper establishes the theoretical background […]
A38-P: Determining the Role NKX6-1 Plays in Lens Fiber Cell Differentiation in Relation to PAX6 Expression
The role of NKX6-1 in the lens and its relationship with PAX6 in lens development is not well understood. However, data from other studies suggest that there is an antagonistic relationship between PAX6 and NKX6-1 in the development of the neural tube and the pancreas. Therefore, we hypothesize that at least part of the development […]
A45-P: In Silico Aromatic Expanded o-Phenylene Oligomer: Conformational Behavior
Polyphenylenes are molecules that are composed of benzene rings connected in a repeating pattern. Although extensive research has been done into one group of isomers, para-phenylenes, which is used in polymer chemistry, limited research has been done on the ortho-phenylenes. ortho-Phenylenes are conjugated chains of benzenes that have been found previously to form organized helical […]
A44-P:Mangrove Ecosystems: Their Value and Benefits in Central America
Mangrove Ecosystems: Their Value and Benefits in Central America Central America is known for being one of the most culturally and environmentally diverse regions in the world. The area also serves as a home for many mangrove forests. These plants are invaluable as they provide countless economic and environmental benefits. However, mangroves also face a […]
A36-P: Oblivious Neighbor Discovery in Direction Multi-Transceiver Networks
In a network of multiple devices, neighbor discovery is the process in which the individual devices make their existence known to other devices in the network in order to begin communicating with one another. The neighbor discovery protocol is an essential part of wireless networks used for communication between devices. In our design, we are […]
A41-P: Does Your Energy Drink Really Boost Your Metabolism?
Background: Energy drink consumption is prevalent among college students, with recent studies indicating that >30% of college students consume energy drinks daily. These drinks range in caloric content, but typically contain caffeine in amounts greater than 1-2 cups of coffee. Additionally, they employ marketing claims such as “increased energy”, “increased attention/alertness”, “increased metabolism”, and “increased […]
A37-P: Grandchildren Caring For Grandparents
This study is exploring the role of grandchildren as caregivers for their grandparents. With the recent trends of the aging American population, caring for loved ones in some fashion is becoming more commonplace. The research question considered in this study is what influence does caregiver burden, guilt, role transition, perceived levels of stress, self-efficacy, skill […]
A42-P: Associations Among Proinflammatory Cytokines, Insulin Resistance, and Subjective Sleep Quality
BACKGROUND: There are 27 million adults in the U.S. diagnosed with type II diabetes mellitus, a condition associated with significant morbidity and mortality due to insulin resistance. Insulin resistance regards the inability of the body to properly respond to insulin at target receptors, leading to increased blood-glucose levels from suppressed GLUT transporter expression. The presence […]
A40-P: Which Brooklyn Neighborhoods have Benefitted the Most From the COVID-19 Eviction Moratorium?
Evictions have been putting people on the street and into shelters for decades, and is an important aspect to understanding modern cities and housing. They have been forcing low income people out of their homes and are seen in cities all across America. This research aims to discover which neighborhoods in Brooklyn, New York have […]
A43-P: A System for Fluorescence-based Metabolic Sensing for Cells embedded in Collagen
Thomas Finn, Nick Mayer, and Dr. Urayama, with the help of Taylor Phillips, Bibek Dhakal, and the Department of Physics, elaborate on the next steps of metabolic sensing using autofluorescence in Saccharomyces cerevisiae, baker’s yeast. A turbid mixture of baker’s yeast cells in Phosphate-Buffered Saline was excited using a nitrogen-gas discharge laser with a 1-nm […]