Research Interests:
- Manipulation of tumor microenvironments to enhance conventional cancer therapy outcomes
- Cardiovascular regulation of skeletal muscle and adipose tissue perfusion with age and pathological conditions including diabetes, heart failure and mechanical ventilation
- Effects of real and simulated microgravity on the cardiovascular system
We study the blood flow, oxygenation status, and growth rate of the tumor before, during, and after exercise training, as well as the more »
Research Interests:
- Manipulation of tumor microenvironments to enhance conventional cancer therapy outcomes
- Cardiovascular regulation of skeletal muscle and adipose tissue perfusion with age and pathological conditions including diabetes, heart failure and mechanical ventilation
- Effects of real and simulated microgravity on the cardiovascular system
We study the blood flow, oxygenation status, and growth rate of the tumor before, during, and after exercise training, as well as the overall response to cancer treatment (such as radiotherapy).
Subject Areas: Kinesiology – Studies manipulation of tumor microenvironments to enhance conventional cancer therapy outcomes
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