Tired of generic diet advice? It’s time to move beyond “You are what you eat” and embrace “Eat what you are.” Your genes play a significant role in how your body responds to food, influencing your predisposition to certain diseases, weight management, and how you metabolize carbohydrates and fats.
Nutrigenomics is the science that explores the intricate relationship between your genes, nutrition, and health. By understanding this connection, geneOmbio empowers you to make informed dietary choices tailored to your unique genetic makeup.
Take Control of Your Health: Make proactive choices based on your unique genetic profile
Request doorstep delivery of our sample collection kit.
Sample collection involves a simple saliva or blood test, following the easy-to-understand instructions provided with the kit. Once collected, your sample is processed in our lab. Our team then prepares a detailed genetic report, typically available within a few weeks. This report includes a personalized diet plan and lifestyle modification recommendations, which are further explained and supported by counseling from our experts.
We offer a range of specialized Nutrigenomics panels, including:
1. Comprehensive Health Blueprint:
Your DNA holds the blueprint to your health.
This comprehensive test analyses 50+ genetic markers to provide insights into your overall health and wellness. It covers key areas like lipid metabolism, inflammation, detoxification, bone health, methylation, and vitamin D metabolism. The panel also assesses risks related to insulin sensitivity, fat storage, obesity, and digestive intolerances like gluten and lactose. Understanding these genetic tendencies can help you take proactive steps toward long-term health and disease risk management.
Whether you’re looking to understand your risk for lifestyle-related conditions early and take proactive steps toward managing them, manage chronic conditions, or simply optimize your wellness, this panel empowers you with the why behind your health patterns.
2. Genetic Weight Blueprint:
The Weight Management Gene Panel analyzes key genetic markers that influence your metabolism, fat absorption, insulin sensitivity, obesity risk, satiety levels, and response to exercise. It provides insights into how your body stores fat, reacts to carbohydrates and fats, and how likely you are to gain or regain weight. Understanding your genes can help personalize your nutrition and fitness strategies for effective, sustainable weight management.
3. Genetic Diabetes Blueprint:
The Diabetes Panel analyzes genetic markers linked to insulin sensitivity, fat metabolism, vitamin D levels, gluten intolerance, and weight regulation. It helps identify your body’s response to saturated fats and carbohydrates, fat absorption efficiency, and risk of insulin resistance. This insight enables early dietary and lifestyle modifications to manage or reduce the risk of Type 2 Diabetes. Ideal for individuals with a family history or early signs of
metabolic imbalance.
4. Genetic Heart Health Blueprint:
Understand your genetic risk for heart disease by analyzing key factors like cholesterol metabolism, vascular health, inflammation, oxidative stress, and methylation.
This panel gives insights into how your body handles VLDL, HDL, saturated fats, and homocysteine levels, key contributors to cardiovascular conditions.
Ideal for individuals with a family history of heart disease or those aiming for proactive heart
care.
✔ Metagenomic study of single nucleotide polymorphism within candidate genes associated with type 2 diabetes in Indian population. Genetic and Molecular Research (2010)
✔ High-Resolution Melt Curve based detection of MTHFR C677T polymorphism. International Conference on Nutrigenomics and Nutrigenetics (2016)
✔ Rapid, inexpensive, and accurate method of detection of obesity-associated single nucleotide polymorphism. International Conference on Nutrigenomics and Nutrigenetics (2016)
✔ Metagenomic study of single nucleotide polymorphism within candidate genes associated with type 2 diabetes in Indian population. Genetic and Molecular Research (2010)
✔ High-Resolution Melt Curve based detection of MTHFR C677T polymorphism. International Conference on Nutrigenomics and Nutrigenetics (2016)
✔ Rapid, inexpensive, and accurate method of detection of obesity-associated single nucleotide polymorphism. International Conference on Nutrigenomics and Nutrigenetics (2016)