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Exercise Science Commons

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Full-Text Articles in Exercise Science

Explosive Muscular Power Correlation With Reaction Time Of D2 Collegiate Runners And The Effects Of Reaction Time Intervention, Megan Monk, Keelan Williams Apr 2024

Explosive Muscular Power Correlation With Reaction Time Of D2 Collegiate Runners And The Effects Of Reaction Time Intervention, Megan Monk, Keelan Williams

Scholars Day Conference

The skill of running involves much more than meets the eye. Running requires explosive muscular power and proper reaction time. This research will discuss the explosive power and reaction time of D2 collegiate runners and document the development of the intervention program. This study spans for approximately 4 weeks, with the volunteer population split into two groups: a control and an intervention group. The intervention group is expected to see improvements in both explosive power and reaction time due to the intervention program. Data will be collected from both groups via Force Plates and Blaze Pods technology pre and post …


Increased Healthspan From Exercise, Nicholas Boros Apr 2024

Increased Healthspan From Exercise, Nicholas Boros

Scholar Week 2016 - present

In this talk we discuss important factors for increased healthspan. Much of the discussion will focus on strength training and cardiovascular training. In particular we outline optimal ways to increase strength and VO2 max, which are the largest contributors to increased healthspan. We will also explain what makes a strength training program “optimal” mathematically.


Stress Hormone And Heart Rate Responses To Various Exercise Training Methods, Tomas Gomez Jr., Rebekah Schlatter, Megan Zamora, Marco Arriago, Sue Anne Chew, Murat Karabulut Mar 2024

Stress Hormone And Heart Rate Responses To Various Exercise Training Methods, Tomas Gomez Jr., Rebekah Schlatter, Megan Zamora, Marco Arriago, Sue Anne Chew, Murat Karabulut

Research Symposium

Background: Blood Flow Resistance (BFR) training has garnered attention for its ability to induce positive physiological adaptations with low-load resistance exercise. The present study aimed to examine the responses of catabolic hormones and heart rates (HR) to various BFR training protocols. This investigation seeks to provide insights into the stress levels induced by different protocols and identification behind the most effective protocol for optimal positive exercise-related adaptations.

Methods: Study population involved 10 healthy adult males (height: 175.0±5.0 cm, weight: 96.67±26.6 kg, age: 21.3±2.67 yr.) in a five-session investigation. Informed consent paperwork, pre-testing and anthropometric measurements served as session 1; sessions …