Medicine and Health Sciences Commons^™

Relation Of Flt-1 And Endothelial Function In Women Soon After Delivery: Effect Of Physical Activity And Sedentary Behavior, Chloe W. Caudell

Senior Theses

Adverse pregnancy outcomes (APOs) are believed to be caused by poor placental formation. APOs can be characterized by elevated levels of a circulating Fms-like tyrosine kinase biomarker called Flt-1, produced by the placenta when its blood vessels are shallow or inadequately formed. Flt-1 acts directly on the maternal endothelium to impair vascular function during pregnancy and contributes to maternal features of APOs. This study aimed to evaluate the relation of Flt-1 and endothelial function in women soon after delivery. This study also aimed to evaluate the relation of Flt-1 and physical activity and sedentary behavior in women during and soon …

The Usefulness Of The Left Atrial Dilation Rate In Determining Severity Of Heart Failure, Laura B. Snyder

Senior Theses

Hypertension and vascular stiffness are two physiological conditions that strain the left ventricle (LV) and cause it to gain muscle mass. Eventually, the LV is unable to fill correctly and the patient develops Heart Failure with a preserved Ejection Fraction (HFpEF). Clinically, a patient’s left atrium (LA) area is measured as a diagnostic parameter of HFpEF severity. However, this doesn’t offer a prognosis or threshold of LA size necessitating hospitalization because of variation in patient demographics, genetics, and lifestyle which affect rates of HFpEF progression.

Since there are no medications or effective treatment options for HFpEF patients, there is a …

Potential Role Of The Large Protein Titin In The Development Of Heart Failure, Mary M. Prickett

Senior Theses

I will be exploring the impact of the large protein Titin on heart failure with a preserved ejection fraction (HFpEF). It was hypothesized that myocardial Titin plays a significant role in the progression of HFpEF through isoform, N2BA and N2B, changes. It was hypothesized that an increase in the quantity of N2B Titin, less compliant, and a decrease in N2BA Titin, more compliant, will be observed as HF progresses, contributing to an increase in passive stiffness involved in heart contraction. I will cover a detailed report on the role of Titin in HFpEF and propose research methods to explore further.