The Integrative Genomics Specialist Program is the only program of its kind designed to take you from feeling uncertain and overwhelmed to becoming a confident and knowledgeable expert in speciality genomics. This step-by-step journey empowers you to understand the genetic blueprint of health, identify key genetic factors influencing wellness, and apply cutting-edge insights to create personalized, effective health strategies for your clients. Whether you’re a healthcare professional, wellness advocate, or someone passionate about optimizing health, this program will give you the tools to interpret genetic data and make transformative shifts in your approach to health and well-being.
If you’re a healthcare professional, wellness advocate, FDN-P, health coach, or someone seeking to understand how genetics influences health and well-being, and you feel overwhelmed and
Are asking yourself…
… “is genetics just too advanced for me?”
The Integrative Genomics Specialist Program is for you.
Whether you are…
In this program, we take the guesswork out of genomics and give you the tools to decode the genetic blueprint of health, empowering you to confidently guide yourself or others toward optimal well-being.
If you don’t love it you are free to leave it and get your money back within the first 10 days once the first course is released.
In order to process a refund, you will not be able to move past module one and you will not be eligible for any bonuses.
“As a healthcare practitioner, I’ve always wanted to offer my clients personalized, cutting-edge solutions, but understanding and applying genetic insights felt overwhelming—until I enrolled in the Integrative Genomics Specialist Program.
This program is a game-changer. The content is comprehensive yet approachable, breaking down complex topics like methylation, inflammation, and pharmacogenetics into practical, actionable steps. The instructors are experts in the field and truly invested in your success, providing real-world examples and support that make the material immediately applicable to client care.
Since completing the program, I’ve been able to offer more specialized services to my clients, tailoring health strategies to their unique genetic profiles. The feedback from my clients has been phenomenal—they feel understood for the first time.
I highly recommend this program to any professional looking to elevate their practice and make a lasting impact in the health and wellness space. It’s not just a course; it’s an investment in your growth and your clients’ well-being.”
— Dr. Sarah L., Functional Medicine Practitioner
Minimum knowledge, we take you through a basic genetics course. We do require that participants have some sort of license or certification to take the course such as FDN-P, Physician, Health Coaches, Functional Medicine Degrees, Degrees in Kinesiology, nursing.
Courses will be taught live once per month with the option to watch the recording at a time convenient to you. Each course will be accompanied by quick reference guides. Each course will be 1-2 hours.
Participants in the Integrative Genomics Specialist Program will gain practical skills to confidently interpret genetic data and apply it to personalized health strategies. You’ll learn to assess genetic influences on inflammation, gut health, methylation, detoxification, mood, and more, translating complex genetic insights into actionable recommendations. This includes tailoring nutrition, supplements, and lifestyle interventions to individual genetic profiles, optimizing treatment plans for conditions like autoimmune diseases, obesity, and mental health challenges, and leveraging pharmacogenetic knowledge to enhance medication efficacy and reduce side effects. By the end of the program, you’ll be equipped to transform your practice with precision, delivering cutting-edge, client-focused care.
Yes! The Integrative Genomics Specialist Program is designed to provide you with practical, actionable insights that you can start applying to your practice immediately. Each module focuses on real-world applications, breaking down complex genetic concepts into clear strategies for client care. You’ll gain tools and resources to interpret genetic data, personalize health recommendations, and confidently integrate genomics into your existing services. Whether you’re new to genetics or looking to enhance your expertise, the program equips you with the skills to make an immediate impact.
The Integrative Genomics Specialist Program includes a variety of case studies and real-world examples to ensure you can apply the knowledge in practical settings. Real world examples and examples will be included in each course.
Yes! The Integrative Genomics Specialist Program provides a range of resources and tools to help you confidently interpret genetic reports and apply the insights to client care. These include:
The program offers a support email to answer questions. You can also attend monthly live Q&A sessions.
This program may be eligible for continuing ed credits, please reach out to your governing body to determine if you can receive credits for this course.
The Integrative Genomics Specialist Program is unique and superior to other genomic certifications due to its comprehensive, practical, and client-focused approach, ensuring participants emerge as confident experts in genomics.Immediate, Practical Results
Yes, if you complete all of the required course work you will be a certified Integrative Genomics Specialist
Becoming an Integrative Genomics Specialist sets you apart as an expert in specialty genomics—a rapidly growing field in personalized health. This expertise positions you to:
Yes, we will be updating the course topics for those that want to continue on and expand their knowledge in genomics.
Ten Courses over the span of 10 months that dive into:
DNA is the blueprint of life, containing instructions for all cellular functions. Single Nucleotide Polymorphisms (SNPs) are common genetic variations where a single base pair in the DNA sequence differs between individuals. Mutations can occur through various mechanisms, including replication errors, environmental factors, or inherited changes. Understanding these basics is crucial for interpreting genetic information in clinical practice.
Genetic factors play a significant role in inflammatory responses. Certain gene variants can predispose individuals to heightened inflammatory reactions or chronic inflammation. Key genes involved include those coding for cytokines (e.g., IL-1, TNF-α) and inflammatory mediators. Genetic insights can help tailor anti-inflammatory interventions and predict individual responses to treatments.
Methylation is a crucial biochemical process involving the addition of methyl groups to molecules. It plays vital roles in gene expression, DNA repair, and detoxification. Key genes in the methylation pathway include MTHFR, FOLR1&2, and MTHFD1. Understanding a patient’s genetic methylation profile can inform nutritional and lifestyle recommendations to support optimal methylation function.
Genetic factors influence various aspects of gut health, including nutrient absorption, microbiome composition, and susceptibility to food sensitivities. Genes like HLA-DQ8 are associated with celiac disease, while others affect lactose tolerance or inflammatory bowel conditions. Genetic insights can guide personalized dietary recommendations and gut health strategies
Obesity has a strong genetic component, with genes affecting appetite regulation, metabolism, and fat storage. Key genes include FTO, MC4R, and PPARG. While genetics don’t determine destiny, understanding an individual’s genetic predispositions can inform more effective, personalized weight management strategies.
Autoimmune diseases have complex genetic underpinnings, often involving multiple genes. HLA genes are particularly important, as are genes regulating immune function. Genetic profiling can help assess risk, guide early interventions, and inform treatment choices for various autoimmune conditions.
Genetic factors significantly influence mental health. Genes affecting neurotransmitter function (e.g., serotonin transporter gene SLC6A4) and stress responses (e.g., COMT) are particularly relevant. Understanding a patient’s genetic profile can inform more targeted approaches to mental health treatment and support.
Pharmacogenetics explores how genetic variations affect individual responses to medications. Key areas include drug metabolism (e.g., CYP450 genes), drug targets, and adverse reaction risks. Applying pharmacogenetic insights can help optimize medication choices and dosing, improving efficacy and reducing side effects.
Detoxification processes have significant genetic components. Genes like GSTM1 and CTH affect the body’s ability to neutralize and eliminate toxins. Understanding a patient’s genetic detoxification profile can guide personalized strategies to support optimal detoxification and reduce toxin-related health risks.
Genetic variations can affect how individuals process and utilize essential vitamins. For example, TCN2 variants influence B12 metabolism, while VDR variants affect vitamin D utilization. Genetic insights can inform more precise nutritional recommendations, ensuring optimal vitamin levels and function for each individual.
The Integrative Genomics Specialist Program is PERFECT for you if you are…