Paula Martin-Marfil, M.D., MSc

Dr. Paula Martín-Marfil is a psychiatric specialist and graduate in medicine from the University of Navarra, with a master’s degree in Mental Health Research from the Consortium of five Spanish Universities, CIBERSAM (Mental Health Research Spanish Network) and Diplomated in Nutrigenomics and Orthomolecular Medicine from the Spanish Society of Nutrition and Orthomolecular Medicine. She is a member of the International Society of Nutritional Psychiatry Research (ISNPR) and is currently working on her Ph.D. in the field of Stress and Metabolism in the Endothelium and Cardiometabolic Medicine Unit of the Ramón y Cajal Hospital in Madrid. She has a private practice and works between Beirut and Madrid. In her passion for the management of stress, from the control of inflammation, oxidative stress and endothelial dysfunction (for her the physical key of the field of psychiatry), she found Anti-aging Medicine and Stress Management Medicine, beginning her career with Dr. José Sabán, collaborating in his Endothelium and Cardiometabolic Medicine Unit of Hospital Ramón y Cajal, and participating with the chapter “Depressive disorder and endothelial dysfunction, synergies in diagnosis and treatment” in his last treatise “Global Control of Cardiometabolic Risk: endothelial dysfunction as a preferential target”. She continued her training in Anti-aging Medicine in Spain with Dr. Ángel Durántez, continuing with brief training stays in clinics in the U.S. with Dr. Comité, Mexico (Neovitality, Stress & Sleep Center) and Belgium (Dr. Hertoghe Clinic), to finally start her private practice in Lebanon and Spain. Her work focuses on Stress Management in 3 variants: Anti-aging, Pre/post Surgery and Stress Relief/BurnOut/PTSD, using cognitive performance enhancement with personalized evidence-based medicine programs that include nutrition, exercise, oral and parenteral supplementation, hormonal optimization and psychotherapy. She is also the creator of the BoosterHeal pre/post surgery program for the management of metabolic stress in surgery and the improvement of patient outcomes and recovery.