Angeliki Chalvantzi is a research assistant at FAME Laboratory. Her research focuses on studying how the human body adapts to different environmental conditions, as well as the effect of nutrition on sweating and thermoregulation during exercise. Her role in FAME Lab is to support the team’s research projects by contributing to data collection and analysis.
Angeliki Chalvantzi is a Dietitian–Nutritionist with a research interest in human physiology and the interconnection between nutrition, environment, and health.
Her research focuses on studying how the human body adapts to different environmental conditions, as well as the effect of nutrition on sweating and thermoregulation during exercise. Through her interdisciplinary approach, she contributes to understanding how nutrition can enhance endurance, well-being, and health under thermal stress conditions.
Angeliki Chalvantzi is a graduate of the Department of Dietetics and Nutrition Science at the University of Thessaly.
Her undergraduate thesis, conducted at the Environmental Physiology Laboratory (FAME Laboratory), examined the effect of nutrition on sweating levels during exercise, contributing to the exploration of the role of diet in the body’s adaptation to environmental challenges.
She has participated in research projects and initiatives related to nutritional physiology, the development and validation of innovative food products (ECOTROPHELIA), as well as the application of nutritional science in clinical and athletic environments.
In addition, she has been trained in laboratory techniques and dietary supplement management at the FAME Lab, and has completed an internship in the Clinical Nutrition Department of “Evangelismos” General Hospital.
Angeliki actively participates in scientific conferences and educational activities related to nutrition and health, aiming for continuous scientific development and the promotion of knowledge to the public. Her research work bridges nutrition and physiology, contributing to a better understanding of the mechanisms that influence health and human performance.
