3X4 Genetics offers a genetic lifestyle test that analyzes 157 genes to provide personalized insights into nutrition, fitness, and health predispositions. This test helps individuals understand their genetic influences on chronic conditions, enabling them to make informed decisions about their diet, exercise, and overall wellness.
Funding
Funding not disclosed
Founders
Product
Problem
Individuals often lack a comprehensive understanding of how their genes influence their health, nutrition, and fitness, making it difficult to make informed lifestyle choices. This lack of personalized insight can hinder efforts to optimize wellness and prevent chronic conditions.
Solution
3X4 Genetics offers a genetic lifestyle test that analyzes 157 genes to provide personalized insights into nutrition, fitness, and health predispositions. The test examines genes influencing nutrient utilization, cardiovascular health, activity, and lifestyle factors. By understanding individual genetic variations, users can receive tailored recommendations for diet, exercise, and supplements. This approach empowers individuals to make proactive choices aligned with their unique genetic profile, potentially preventing or delaying the onset of chronic conditions.
Target Audience
The primary audience includes individuals interested in gaining a deeper understanding of their genetic predispositions to optimize their health, fitness, and nutrition, as well as those seeking to identify potential risks for chronic conditions.
Features
- Analysis of 157 genes related to nutrition, fitness, and overall health
- Personalized recommendations for diet, exercise, and supplement intake based on genetic results
- Insights into predispositions for weight management, hormone health, brain health, heart health, and blood sugar regulation
- Assessment of genetic influences on appetite, energy expenditure, exercise response, and hormone balance
- Evaluation of genetic factors affecting bone health, collagen production, recovery, and training response
- Identification of potential genetic contributors to common bone-related issues
- Reporting on genetic influences related to memory, mood, caffeine sensitivity and blood clotting