Blondie_Bombshell
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Radiation damages the tissues that produce blood cells. It leads to a reduction in the number of blood platelets. As a result wounds don’t heal, and eventually internal bleeding occurs as well. The production of red blood cells also declines and then tissues no longer get enough oxygen. Lastly the production of white blood cells also goes down, leading to a decline in the body’s immune system and making it game for all sorts of pathogens.
Nuclear researchers at the Mazandaran University of Medical Sciences and the Novin Medical Radiation Institute describe in Molecular and Cellular Biochemistry how a radiation dose of 8 Gy decimates a population of mice, and how a single dose of oxymetholone keeps the animals alive. The mice were given the steroid a day before they exposed to radiation. The more oxymetholone the animals were given, the more effective it was.
Similar projects are running in the US. Under the BioShield programme, researchers are examining the protective effect of Neumune, a steroid that until recently was on the market as a prohormone under the name of 5-androstenediol. According to the biotech company HollisEden Pharmaceuticals, radiation tests carried out at a Dutch research institute show that 5-androstenediol not only increases production of red blood cells and platelets, but also boosts production of white blood cells. The same company is now doing trials with an improved version of 5-androstenediol, 17alpha-ethynyl 5-androstene 3beta,7beta,17beta-triol or Triolex.
Nuclear researchers at the Mazandaran University of Medical Sciences and the Novin Medical Radiation Institute describe in Molecular and Cellular Biochemistry how a radiation dose of 8 Gy decimates a population of mice, and how a single dose of oxymetholone keeps the animals alive. The mice were given the steroid a day before they exposed to radiation. The more oxymetholone the animals were given, the more effective it was.
Similar projects are running in the US. Under the BioShield programme, researchers are examining the protective effect of Neumune, a steroid that until recently was on the market as a prohormone under the name of 5-androstenediol. According to the biotech company HollisEden Pharmaceuticals, radiation tests carried out at a Dutch research institute show that 5-androstenediol not only increases production of red blood cells and platelets, but also boosts production of white blood cells. The same company is now doing trials with an improved version of 5-androstenediol, 17alpha-ethynyl 5-androstene 3beta,7beta,17beta-triol or Triolex.
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