Metabolic health is about far more than body weight. It reflects the complex interaction of multiple systems involved in appetite, glucose regulation, inflammation, hormonal balance, stress response, and sleep.

Because genetics can influence how these systems function, people may respond very differently to the same diet, exercise routine, or lifestyle recommendation.

Join us for an insightful webinar exploring several key metabolic pathways and the genes that influence them. Discover how genomic insights can provide a more complete understanding of individual metabolic patterns and help inform more personalized approaches to nutrition, lifestyle, and long-term health.

This webinar examines the early stages of glucose regulation, from fasting glycaemic control through meal detection, incretin signalling and first-phase insulin secretion. We will review the multigene Glucose Regulation & Insulin Sensitivity assessment and explore the contributions of MTNR1B, TCF7L2, GIPR, SLC2A2 and SLC30A8. Participants will learn how different genetic patterns may present through elevated fasting or postprandial glucose and how to interpret these findings alongside diet, meal timing and relevant laboratory markers.

Reducing testosterone to sex drive, fertility, or masculinity seriously underestimates what androgen signaling does throughout the body. Testosterone and DHT act through the androgen receptor, influencing everything from muscle and bone to mood, libido, body composition, and prostate biology. Join us as we move beyond the stereotypes and explore the interconnected factors that determine how testosterone is produced, transported, converted, experienced, and cleared.

GLP-1 therapies have changed what’s possible in weight management but losing weight and improving health are not always the same thing. Two people can lose the same number of pounds while experiencing very different outcomes in muscle mass, glucose regulation, cravings, and long-term maintenance. Explore how genetics, nutrition, body composition, appetite signaling, and lifestyle can provide a more complete picture of weight management beyond the number on the scale.

Reassuring cholesterol numbers can feel like a green light, but they may not reflect every pathway influencing cardiovascular health. Genetic tendencies related to plaque, Lp(a), blood pressure, vascular inflammation, endothelial function, and clotting can paint a more complex picture. Go beyond the standard cholesterol conversation and discover why examining multiple pathways can add valuable context to your cardiovascular risk profile.

Krystél Fontaine, Founder of Went to Church Holistic Wellness, uses functional genomics and specialty wellness testing to help individuals make more informed decisions about their skin health, gut health, nervous system balance, and overall well-being. 

Join us for a look inside her approach and learn how she creates personalized wellness strategies.

This webinar focuses on what happens after insulin is released, including how effectively muscle and adipose tissue respond to insulin and clear glucose from circulation. We will examine the role of PPARG within the broader multigene Glucose Regulation & Insulin Sensitivity assessment and distinguish peripheral insulin resistance from impaired glucose sensing or insulin secretion. Participants will learn how to integrate genetic patterns with fasting insulin, HOMA-IR, fasting and postprandial glucose, body composition and other clinical findings to guide individualized nutrition, exercise and monitoring strategies.

A lab result captures valuable information about what can be measured at a particular moment but it may not tell you the full story behind that number. Genetics offers a different perspective by identifying inherited tendencies within the pathways that contribute to glucose, cholesterol, hormones, and other measurable markers. Explore how bringing genetics and lab testing together can provide a more complete and personalized view of your health.

Generic nutrition advice can tell you what’s broadly considered healthy but it can’t fully explain why two people following similar diets may experience very different outcomes. Your nutritional response reflects a complex interaction between multiple genes, food choices, activity, sleep, stress, body composition, and current health markers. Explore how personalized nutrition can move the conversation beyond “What should I eat?” toward the more useful question: “What approach makes the most sense for my biology?”