PHYSIOLOGICAL STRATEGIES
Optimising Recovery
Your genetic profile indicates
your post-workout recovery is a bit lower than average, and you have a moderate likelihood of sleep disturbance ( I fuckin have this I swear. I am nocturnal big time. They are spot on !!!) . You should pay extra attention to your recovery and may benefit from the strategies below, especially those regarding sleep advice.
Recovery is just as important as training and should be taken seriously. It involves replenishing nutrients, removal of metabolic by-products, and recovering from muscle damage. Three things matter for this: adequate nutrition, hydration and rest and sleep.
RECOMMENDATIONS:
GENERAL
Listen to your body. Having extra rest days or doing training at a lower level can boost your recovery, especially when your body gives you the signs it needs more rest.
Taking time to rest and eat after a training is important. Carefully consider how you plan your training and, if needed, make sure you bring your meals and hydration drinks with you.
Have an active cool down after training to bring down your heart rate, recover your muscles and help clearance of waste products.
Activities like hiking, light cycling/swimming or yoga can help you recover from heavier workouts.
Having a sport massage regularly - or alternatively using a foam roller for self-massage - releases muscle tightness or trigger points (knots in muscles) and improves recovery.
SLEEP ADVICE
Allow natural awakening.
Sleep in an optimal environment (dark, quiet, comfortable temperature).
If you have the chance, take midday naps for 10-20 min.
Stay away from caffeine within 6 to 8 hours (depending on your genotype) before bedtime.
Keep your stress levels low.
Avoid intense training sessions close to bedtime.
HYDRATION
Hydration is very important for optimal recovery. Good hydration is provided by liquids containing electrolytes (0.3-1.1 gram sodium per liter, depending on sweat loss) and carbohydrates (1.2 gram per kg body weight per hour of exercise), or a mixture of carbohydrates (0.8 gram per kg body weight) and proteins (at 0.4 gram per kg body weight per hour of exercise). They restore lost salt and replenish glycogen. Milk and chocolate milk are one of the best rehydration drinks following exercise.
NUTRITION
Having a varied and healthy diet helps to improve recovery. Check the advice at the nutritional strategies section to optimize your diet.
Blood flow and vasodilation
Vasodilation is the expansion of blood vessel diameter, which causes an increase in blood flow to the tissues that need oxygen or nutrients like glucose. Poor blood flow can cause cold hands and feet, muscle cramps and aching legs. Improving your blood flow is important for general health and well-being but can also improve muscle strength and performance by influencing the metabolism of hormones. Correct nutrition and use of appropriate supplements can increase vasodilation and benefit your exercise performance and health.
Your genetic profile affecting blood flow is pretty good, but you could improve it further by adopting some of these recommendations.
RECOMMENDATIONS:
Exercise is the most powerful enhancer of vasodilatory capacity and blood flow, so make sure you are doing regular partaking in some physical activity.
Foods and drinks such as berries, dark chocolate, apples, teas, spinach and beetroot contain ingredients which are beneficial for improving blood flow. These should be incorporated into your diet.
Don’t consume excessive sodium. Aim for the recommended daily intake of between 4-6 grams of salt per day.
Take a high-strength, mercury-free fish oil supplement containing at least 250 mg EPA and 150 mg DHA. Reduce intake accordingly if you consume fatty fish regularly (at least 2 times a week).
Eating healthy fats improves blood flow. Sources such as flaxseed, walnut and soybean oils have to best ratio of omega-3

mega-6.
Susceptibility to oxidative damage :-
Oxidative damage is caused by the formation of high levels of free radicals which cause damage or destruction of cells when there are insufficient antioxidants to limit this damage. Exercise produces free radicals but also can increase the amount of antioxidants present within the body. Genetics and nutrition along with exercise will impact upon your susceptibility to experience oxidative damage. Correct nutrition and regular exercise can help reduce the levels of damage that occurs.
You do not have an increased susceptibility to oxidative damage. Regularly exercise and a diet with a reasonable amount of fruit and vegetables should be adequate to avoid excessive oxidation.
Antioxidant nutrients are found in high quantities within green tea, coffee, whey protein and berries so the addition of such foods/drinks would be beneficial.
Ensure adequate zinc intake (at least 10 mg per day) within your diet too. Be aware that zinc shouldn’t be taken alongside calcium consumption as it can lower absorption of both minerals.
If you want to take antioxidant supplements (e.g. Vitamin C and E), avoid their use during training as these can inhibit the increases exercise causes to your natural antioxidant capacity.
Testosterone
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I dont know why it says not able to provide results for test so I will be contacting them for this to find out whats the issue.