Nutrition & Therapeutic Diets
Nutrition plays a fundamental role in overall health, influencing energy production, blood sugar regulation, digestive function, cardiovascular health, immune activity, and many other physiological processes. While there is no single eating pattern that is right for everyone, nutrition can often be tailored to support an individual's health goals, medical conditions, laboratory findings, and lifestyle.
Dr. Turner's Recommended Reading
Expand your understanding of the connections between nutrition, genetics, trauma, gut health, cellular energy, and overall wellness with these books recommended by Dr. Christina Turner. Each selection offers a unique perspective on the factors that can influence health and well-being.
Gut Health & Digestive Testing
Looking Beyond Digestive Symptoms to Understand the Bigger Picture. Your digestive system does much more than process food. The gastrointestinal tract is home to a complex ecosystem of microorganisms and plays an important role in digestion, nutrient absorption, immune function, inflammation, and communication between the gut and brain.
Hormones & Adrenal Health
Hormones act as chemical messengers that help regulate metabolism, energy, sleep, mood, reproductive health, stress responses, bone health, and many other physiological processes. Hormonal health is influenced by age, genetics, nutrition, sleep, stress, medications, and underlying health conditions.
Genetics & Nutrigenomics
Your genes provide the biological instructions that help guide how your body develops and functions—but genetics are only part of the picture. Nutrition, lifestyle, environmental exposures, sleep, stress, and other factors can interact with genetic variation and influence biological processes throughout the body. Nutrigenomics explores the relationship between genes, nutrition, and health. By examining certain genetic variants, nutrigenomic testing may provide additional insight into how an individual's body processes nutrients and how genetic differences may influence specific metabolic pathways.