Nomikos Tzortzis

Nomikos Tzortzis serves as an Associate Professor of Biochemistry at Harokopio University of Athens, where his research bridges nutritional biochemistry and clinical health outcomes. His work focuses on lipid metabolism, anti-inflammatory dietary compounds, and exercise-nutrition interactions, with significant contributions to understanding Mediterranean diet bioactives.

His academic foundation includes:

• Degree in Chemistry, National and Kapodistrian University of Athens (1995)
• Master's Degree in Biochemistry, National and Kapodistrian University of Athens (1997)
• PhD in Chemistry (Specialization in Biochemistry), National and Kapodistrian University of Athens (2002)

Tzortzis's research centers on biologically active lipids, particularly platelet-activating factor (PAF) metabolism, and the anti-inflammatory properties of foods like olive oil phenolics and marine lipids. His studies examine postprandial effects in metabolic syndrome and diabetes, selenium-exercise interactions, and exercise-induced muscle damage biomarkers. Recent work emphasizes oleocanthal-rich olive oil interventions for diabetic patients and Spirulina's antioxidant effects in athletes.

Analysis of his 2023-2025 publications reveals three dominant trends: (1) Clinical trials testing functional foods (oleocanthal olive oil, Spirulina) on platelet function and oxidative stress in diabetics; (2) Investigations into muscle fiber composition's role in metabolic health; and (3) Population studies linking dietary patterns to cardiovascular biomarkers like Lp-PLA2. His ATTICA study collaborations provide epidemiological depth to mechanistic laboratory findings.

No scientific awards were documented in available sources.

While student advising details are absent, his leadership in ATTICA-related projects suggests grant-funded team science. Current work involves Greek adolescent physical activity studies and diabetic intervention trials, indicating active research funding.

His laboratory focus centers on platelet biochemistry and postprandial metabolism, utilizing techniques like breath analysis for oxidative stress and specialized assays for PAF-metabolizing enzymes.