EPO-Boost is manufactured for safety in a fully temperature-controlled, FDA-inspected facility that ensures purity and accuracy of materials through inspection and evaluation at every step of production and packaging.
No adverse side effects have been reported following use of EPO-Boost, and our formula does not contain dangerous stimulant compounds nor banned substances. Significant increases in endurance and VO2 max were observed at 28 days of use. EPO-Boost does not contain ephedrine, ephedra, ma huang, yohimbine or other dangerous stimulants. We will ship your next supply of EPO-Boost single bottle monthly or 3-pack every 3 months according to the schedule you selected from the date of your first order.
You may cancel any time, no questions asked. Choose an Option. Speed, Strength and Endurance EPO-Boost safely gives you the extra edge you need to train hard, push farther and increase your speed, strength and endurance.
Iron is added to breads, cereals, and most packaged foods. From a computer-generated dietary analysis on 16 endurance athletes and 9 non-athletes, iron intake from their reported food intake was assessed. How foods are combined may affect iron absorption rate. Excess iron overdose is unhealthy and should be avoided. Common side effects of acute iron overload are gastro-intestinal pain, constipation, nausea, and heartburn. Excess iron levels may generate a continuous low-grade infection.
Foods are the best source of iron. The best food source of iron is liver and red meats. These foods contain heme iron, which is better absorbed than non-heme iron. Non-heme iron can be found in dark green, leafy vegetables spinach, chard and kale and whole cereal grains bran and whole wheat bread. Include dark green, leafy vegetables and whole cereal grains in the daily diet. Oxalates and phytates found in dark green leafy vegetables and whole cereal grains decrease the absorption of iron because they bind with iron in the gastrointestinal tract.
Iron fortified cereals increase iron from the diet. Red meat contains arachidonic acid, an EPO-precursor nutrient, but it also contains high levels of saturated fats and cholesterol suggesting a little now and then is good but too much will harmfully compromise cardiovascular lipid levels. Adding iron to the diet in supplemental form is not recommended except under the supervision of a physician who is monitoring blood serum levels for a specific outcome.
It has been shown that eating red meat per week may contribute to providing substrates known to regenerate EPO as shown in animal research. There is a method to improve iron uptake in the absence of oxalate or phytate rich foods previously mentioned above. If hematocrit, hemoglobin, or ferritin blood lab measures are low, the athlete may add 1-gram of vitamin C to a ounce lean cut of red meat cooked in an iron skillet one to two times each week.
A complete dietary protocol for cancer patients going through chemotherapy and radiation was published and is applicable to over-trained endurance athletes who present low hematocrit levels. Tissue oxygenation exposure regulates the production of erythropoietin. Less oxygen saturation in the air we inhale either by altitude or hypoxic interval training stimulates the kidneys to activate the chemical messengers to instruct the bone marrow to increase the production of EPO to resolve the lack of oxygen exposure.
Hypoxia or Anemia stimulates the kidney production of erythropoietin to increase production red blood cells. EPO released from the kidneys increases the rate of red blood cell division and differentiation of specific cells in the bone marrow. Dietary deficiency of specific foods and micronutrients, hormone imbalance, and lack of specific hypoxic training stress inhibit the endogenous natural production of EPO.
Additionally, nutritional imbalance from caloric restriction or exercise related expense , dehydration, fluid intoxication, excess calcium, excess inositol, excess oxalates foods, excess phytic acid from cereal grains, or a lack of hypoxic interval training all inhibit the natural production of EPO also.
Manipulating diet for protein and total calorie adequacy, monitoring hydration, using supplements, timing food combinations, adding weekly hypoxic exercise followed by easy or rest days all increases the release of natural EPO for healthy maximal oxygen carrying capacity. Plus, there are many ways to use diet and wellness to ensure that the body's production of red blood cells is sound and that their oxygen carrying capacity is functioning. Pharmacologic modulation of erythropoietin production.
Annu Rev Pharmacol Toxicol. Plasmapheresis can be used to remove excess antibodies from the blood. Clin Sci Lond. Erythropoietin concentration and arterial haemoglobin saturation with supramaximal exercise.
J Sports Sci. The paradox of hematocrit in exercise physiology: which is the "normal" range from a hemorheologist's viewpoint? Clin Hemorheol Microcirc. In Vivo. Pflugers Arch. Effects of thyroid hormones and glucose supplementation. J Lab Clin Med. The effects of arachidonic acid on erythropoietin production in exhypoxic polycythemic mice and the isolated perfused canine kidney. J Pharmacol Exp Ther. It is produced artificially in the laboratory using cell cultures and recombinant DNA technology; its medical uses include the treatment of anemia, that is, low levels of iron in the blood.
Since Erythropoietin has been proved to be a safe and reliable treatment for people with a lower blood cell count than is healthy.
If you have a low red blood cell count, you will experience symptoms including shortness of breath, you will tire more easily and your endurance over both short and long term will be impaired. Erythropoietin can reverse these issues, and fast. Given by a simple subcutaneous under the skin injection, results are noticeable from the beginning of your course.
For the athlete and sportsman, the advantages of Erythropoietin are clear. If you can boost the red blood cells circulating in your body, they can deliver more oxygen to your muscles, enabling you to simply work harder and longer without fatigue and stress.
Erythropoietin is a definite performance booster. The reverse can be true.
0コメント