Life Sciences Commons^™

Is There A Relationship Between Physical Inactivity And Visceral Fat Accumulation In Pregnant Women?, Ashlyn R. Showalter, Danielle Brown

Symposium of Student Scholars

Association of Physical Inactivity with Visceral Fat Accumulation in Pregnant Women

Ashlyn Showalter, Danielle Brown

Introduction: Abdominal obesity is associated with chronic diseases such as obesity and coronary artery disease (1). Abdominal (or visceral) fat is strongly correlated with an inactive and sedentary lifestyle. Recent research shows that pregnancy is associated with high levels of visceral fat beyond appropriate levels; however, no studies have linked them with physical inactivity. Objective: The purpose of this study is to examine the relationship between physical inactivity and high visceral fat accumulation in pregnancy.

Methods:

•We recruited eleven pregnant women who are currently in …

How Does The Exploitation And Degradation Of Finite Natural Resources By Industrial Oil Producers Effect Our Future Planetary Environment?, Zachary J. King Mr.

Symposium of Student Scholars

Zachary King

Dr. Tu

26 March 2015

GEOG 3700

Abstract

The purpose of this presentation is to communicate content of the reports given by credible institution on the degradation and exploitation of finite natural resources by corporate institutions, for short term financial gain, and how it will effect the future planetary environment. Methods used in obtaining this research range from point source observation directly from oil spills in the Gulf or pipe leaks in the Mid-West, to analytical and numerical data quantifications gathered over a period of two decades. This presentation encompasses a wide scope of information concerning the way …

Repsa-Directed Identification Of Dna-Binding Specificity For Orphan Transcription Factors, Kamir Hiam

Symposium of Student Scholars

The function of many genes and the biological roles of their encoded products are still not well characterized. Given the sequence-specific DNA-binding properties of transcription factor proteins, it is possible to purify them, identify the responsible polypeptide(s), determine their consensus binding sequences, and identify their genomic binding sites. Thus, one can go from cellular extract to proposed biological regulatory roles in relatively short order. Our goal is to identify and characterize orphan DNA-binding proteins in the model organism E. coli K12 using the novel combinatorial technique, REPSA (Restriction Endonuclease Protection Selection Amplification), as well as further develop the REPSA to …