Physiological:
Step 1:- reduce body fat and body weight loci ebony
Step 2:- reduced lactic response
Step 3:- increased basal metabolism
Step 4:- Chronic fatigue
Step 5:- sleep and eating disorders
Step 6:- Headache, GUYS
Step 7:- pain (soreness) muscles
Step 8:- Pain in tendons and ligaments
Psychological:Step 1:- Depression and apathy
Step 2:- decreased ability to concentrate
Step 3:- Sensitivity to stress
Immunologic:Step 1:- Increased incidence of disease
Step 2:- Reduced rate of healing
Step 3:- impaired immune function
Biochemical:
Step 4:- increased serum cortical and SHAG (sex hormone-binding globulin)
Step 5:- Blood ratio of free testosterone and testosterone / cortical
Step 6:- decreased muscle glycogen
Step 7:- reduced blood hemoglobin, iron and ferreting
Step 8:- Negative nitrogen balance
The exact causes, the nature and mechanism of OS are not yet known; however there are many hypotheses about the origin of over training syndrome (which at this point I will mention only because of their technical description is beyond the scope of this article.
Step 9:- Damage to the muscle fibers by oxygen radicals
Step 10:- impaired carbohydrate supply
Step 11:- increased oxidation of branched chain amino acids
Step 12:- Increased production of serotonin
Step 13:- Disorder of metabolism of glut amine
Step 14:- Lepton hypothesis
Step 15:- Disorder of protein metabolism increase in liver protein and iron losses for a long time or, more recently, the hypothesis that change in calcium
Step 1:- reduce body fat and body weight loci ebony
Step 2:- reduced lactic response
Step 3:- increased basal metabolism
Step 4:- Chronic fatigue
Step 5:- sleep and eating disorders
Step 6:- Headache, GUYS
Step 7:- pain (soreness) muscles
Step 8:- Pain in tendons and ligaments
Psychological:Step 1:- Depression and apathy
Step 2:- decreased ability to concentrate
Step 3:- Sensitivity to stress
Immunologic:Step 1:- Increased incidence of disease
Step 2:- Reduced rate of healing
Step 3:- impaired immune function
Biochemical:
Step 4:- increased serum cortical and SHAG (sex hormone-binding globulin)
Step 5:- Blood ratio of free testosterone and testosterone / cortical
Step 6:- decreased muscle glycogen
Step 7:- reduced blood hemoglobin, iron and ferreting
Step 8:- Negative nitrogen balance
The exact causes, the nature and mechanism of OS are not yet known; however there are many hypotheses about the origin of over training syndrome (which at this point I will mention only because of their technical description is beyond the scope of this article.
Step 9:- Damage to the muscle fibers by oxygen radicals
Step 10:- impaired carbohydrate supply
Step 11:- increased oxidation of branched chain amino acids
Step 12:- Increased production of serotonin
Step 13:- Disorder of metabolism of glut amine
Step 14:- Lepton hypothesis
Step 15:- Disorder of protein metabolism increase in liver protein and iron losses for a long time or, more recently, the hypothesis that change in calcium