DNA Sport
Train Smarter, Recover Faster, and Perform at Your Peak with Genetic Insights
Maximize Your Athletic Potential – Train Smarter, Recover Faster, Perform Better
DNA Sport is a genetic test designed for both recreational and elite athletes,
analyzing key biological factors that influence training responsiveness and
performance. It examines soft tissue and bone health, inflammation, oxidative
stress, oxygenation, energy production, and metabolism during exercise. By
identifying genetic strengths and weaknesses, the test helps tailor diet and
training strategies for optimal results.
The report provides insights into power and endurance potential, injury risk,
and recovery optimization. It offers personalized recommendations on training,
nutrition, and injury prevention, helping athletes enhance performance,
minimize setbacks, and reach their full potential.
Test Includes :
20 genes in three categories – Power & Endurance,
Structural Integrity & Recovery
AED 1990
Power & Endurance:
- AGT & ACE: Regulate blood pressure and exercise response.
- VEGF & ADRB2: Influence oxygenation and VO2max.
- ACTN: Affects fast-twitch muscle function.
- NRF-2 & PPARGC1A: Improve respiratory capacity and mitochondrial biogenesis.
- PPARA & TRHR: Impact metabolism and energy use.
- VDR: Supports bone density.
Injury & Recovery:
- GDF5, COL1A1, COL5A1: Influence tendon, ligament, and cartilage health.
- IL-6, CRP, TNF-A: Regulate inflammation and recovery.
- SOD2: Acts as a powerful antioxidant enzyme.
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FAQ's
What is the DNA Sport test and how does it benefit athletes?
The DNA Sport test is a genetic analysis designed to help athletes, both recreational and elite, optimize their performance by identifying key biological factors that influence training responsiveness and athletic potential. It examines factors such as power and endurance, structural integrity, injury risk, and recovery, offering personalized recommendations on training, nutrition, and injury prevention to enhance overall performance.
How can the DNA Sport test improve training and recovery?
The DNA Sport test provides insights into how your body responds to exercise by analyzing genes related to energy production, oxidative stress, and oxygenation during training. It also assesses genetic factors affecting soft tissue, bone health, and inflammation. With these insights, the test helps athletes tailor their training and recovery strategies, improving performance while minimizing the risk of injury and optimizing recovery time.
What specific genes are analyzed in the DNA Sport test?
The DNA Sport test analyzes 20 genes in three categories: Power & Endurance, Structural Integrity, and Recovery. This includes genes that regulate blood pressure and exercise response (e.g., AGT & ACE), influence oxygenation and VO2max (e.g., VEGF & ADRB2), impact metabolism and energy use (e.g., PPARA & TRHR), and play a role in injury prevention and recovery (e.g., GDF5, COL1A1, CRP).
How can DNA Sport help minimize injury risk for athletes?
By analyzing genes related to structural integrity, the DNA Sport test identifies genetic predispositions that affect tendon, ligament, and cartilage health. It evaluates inflammation regulation and oxidative stress, which are crucial for recovery and injury prevention. With this information, athletes can adjust their training and recovery plans to minimize the risk of injury and optimize overall performance.
