DNA PERFORMANCE

PERSONALIZED TRAINING PROGRAM

page1image256 will make recommendations based on how your body builds muscles, recovers from exercise, and utilizes nutrients according to natural variations in your personal genetic code. By understanding how your genetic profile affects your well-being and fitness potential, the test will help you take charge of optimizing your physical fitness and conditioning by specifying nutritional and lifestyle options related to your genetic profile.


Based on your DNA analysis page1image256 offers personal advice and recommendations based on the following areas related to fitness and training:

ENDURANCE/POWER PROFILE & VO2 MAX POTENTIAL
GENE VARIATION RESULT EFFECT
ACE rs4646994 ID Endurance/Power mix
ADRB2 rs1042713 AA Improved VO2 max capacity
rs1042714 CC Better VO2 max capacity, Endurance profile
AGT rs699 Thr/Thr Small association with Power
ACTN3 rs1815739 TT Associated with Endurance, very rare in elite power athletes
BDKRB2 +9/-9 INDEL II No measured impact
COL5A1 rs12722 CT No measured impact on Power/Endurance
CRP rs1205 AA Exercise positive for VO2 max / Endurance profile
IL6 rs1800795 GC No measured impact on Power/Endurance
NRF rs7181866 AA No measured impact on fitness
PPARA rs4253778 GC Intermediate associations with both power and endurance
PPARGC1A rs8192678 GA Lower VO2 max, lower endurance profile
TRHR rs16892496 AC No measured impact on fitness
VEGF rs2010963 CG Intermediate VEGF production
VDR rs731236 TC No measured impact on fitness

 

CARDIOFITNESS
GENE VARIATION RESULT EFFECT
ACE rs4646994 ID Monitor heart rate
AGT rs699 Thr/Thr Monitor heart rate and blood pressure during exercise
BDKRB2 +9/-9 INDEL II Monitor heart rate
PPARA rs4253778 GC Blood flow monitoring during exercise recommended
PPARGC1A rs8192678 GA Monitor heart rate & blood pressure

Fitness is the state or condition of being fit. Good health and physical condition are generally a result of exercise and proper nutrition. Cardio fitness refers to your body's ability to get oxygen and blood to the muscles. Many genes can impact your overall cardio fitness by playing a role in how exercise can affect your body’s blood flow, HDL levels and glucose balance. Studies have shown that some individuals may demonstrate a greater impact on cardio fitness measures when involved in active exercise programs as compared with other individuals.

POST EXERCISE RECOVERY & INJURY RISK
GENE VARIATION RESULT EFFECT
CRP rs1205 AA Regular exercise has positive impact on recovery
GSTM1 INDEL D Nutritional support to promote recovery and neutralize free radicals
GSTT1 INDEL I No measured impact on fitness
IL6 rs1800795 GC Nutritional support to promote recovery, lower endurance
IL6R rs2228145 AA No observed impact on fatigue or recovery times
SOD2 rs4880 TT No measured impact on fitness
TNF rs1800629 GG Regular exercise has positive impact on recovery
COL1A1 rs1800012 GG May be more prone to ligament injury
COL5A1 rs12722 CT Associated with increased tendinopathy risk
GDF rs143338 TT Associated with increased tendinopathy risk

Recovery is one of the most important aspects of any athlete’s training program. When you regularly push your body to extremes by training and competing, it is important to refuel and repair muscles so your body is ready for the next event or training session. If you neglect post-exercise nutritional support and recovery time, you risk running low on energy during your next training or athletic event. Trainers and athletes know that carbohydrates are the preferred fuel for muscles before and after intense exercise. The body uses carbohydrates during intense training and competition. Intense exercise depletes your body’s stored carbohydrates. Your muscles are most receptive to replenishing carbohydrates within the first 30 minutes to 2 hours after exercise. There is also growing evidence of the importance of antioxidants to help remove free radicals that are formed when you are physically active. Free radicals can accumulate and lead to increased fatigue and longer recovery times. Omega-3 fatty acids are also important in exercise recovery programs because they can help promote normal recovery times.