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The Influence Of Pre- And Post Meal Exercise In Relation To Postprandial Blood Glucose Levels In Type Ii Diabetics, Jessica Johnson

Master's Theses

The purpose of this study was to investigate the relationship of pre and post evening meal exercise in relation to postprandial blood glucose levels in type II diabetics. Fifteen participants diagnosed with type II diabetes volunteered to participate in this 21 day study. During the first seven days, participants were told to change nothing about their daily routine. Throughout the study they were asked to track all food consumption in the MyFitnessPal application and to record their blood glucose levels fasting, before their evening meal, and 120 minutes after their evening meal. At the end of day seven, each participant’s …

Examination Of Preseason Hydration Strategy Of Ncaa Division I Men's Soccer Athletes, Lesley Willis

Master's Theses

Context: Dehydration can have negative effects on performance and mood during intense exercise.

Objective: To examine a soccer program to determine the effectiveness of their hydration protocol during preseason training.

Design: 9-day mixed methods study of preseason training sessions (97.3±21.3 min) and scrimmages (123±14.1 min) for men’s soccer athletes on an NCAA division I soccer team with post-hoc interviews of staff members.

Setting: Outdoor soccer field and indoor training facility.

Participants:21 male NCAA division I soccer athletes (age 20±1 years, height 187.5±2 cm).

Main Outcome Measures: Hydration (BML ,U_col­, USG, U_osmo), Mood (thirst, thermal, ESQ, POMS), …

An Investigation Of Humeral Stress Fractures In Racing Thoroughbreds Using A 3d Finite Element Model In Conjunction With A Bone Remodeling Algorithm, Ryan James Moore

Master's Theses

The humerus of a racing horse Thoroughbred is highly susceptible to stress fractures at a characteristic location as a result of cyclic loading. The propensity of a Thoroughbred to exhibit humeral fracture has made equines useful models in the epidemiology of stress fractures. In this study, a racing Thoroughbred humerus was simulated during training using a 3D finite element model in conjunction with a bone remodeling algorithm. Nine muscle forces and two contact forces were applied to the 3-dimensional finite element model, which contains four separate load cases representing fore-stance, mid-stance, aft-stance, and standing. Four different training programs were incorporated …