Preventive biological tests check the patient’s background through blood, urine, saliva or stool analysis, making it possible to detect bodily imbalances that may eventually lead to pathology. They can correct over- or under-expressed parameters in patients before disease sets in.
Classical allopathic doctors prescribe analysis according to the pathological state. The purpose of these analysis is to capture parameters that provide information about the exact state of the patient while suffering. These analysis aim to improve the management of notified diseases. This drug works mainly through organs. It focuses on attacks on the body (bacteria, virus, etc.) without worrying too much about the person attacked (the patient) and its terrain, or the possibility of its defenses being clearly overrun at the time of the disease.
For example, “When I urinate, it burns me, the doctor prescribed urinalysis, which can confirm, for example, cystitis. My white blood cells cannot eradicate the bacteria, and I need antibiotics.
As such, prevention biology looks at the individual as a whole. She is interested in the patient’s topography, his defense possibilities, his immediate defenses (e.g. leukocytes), and the overloads and/or deficiencies of his body (e.g. fatty acids, vitamins, minerals, proteins, hormones, etc…).
Our body starts to age because it’s alive and therefore produces waste products that hold us back, especially if it’s hard to change, then, if it’s hard to get out.
People who have engaged in high-intensity exercise for many years often look much older than others at the age of 40 due to oxidative stress. Illness can also speed up aging, mainly from the age of 20, but you should know that any condition, even one infected in childhood, can produce oxidative stress that can lead to aging. Environmental conditions can also produce oxidative stress, regardless of age: pills, drugs, UV light, disease, tobacco, life stress.
Dr. Barbier details the assessment that allowed us to:
“The state of our defenses is indicated by assessing markers of oxidative stress: anti-free radical enzymes such as superoxide dismutase (SOD) dependent on copper, zinc and manganese, such as glutathione dependent on selenium and antioxidant vitamins Peroxidase (GPX) A, E and C.
This balance sheet shows a measure of the detrimental impact of the detrimental impact of the defenses have been overrun or depleted. It means for example:
Attack on lipids (measurement of oxidized LDL and homocysteine) revealed much greater cardiovascular risk than simple measurement of cholesterol levels
Attack (enzymatic) on proteins, whose deficiency leads to indigestion, poor detoxification and improper use of neurotransmitter precursors, substances specialized in managing our emotions: motivation, action, action braking and Restoring calm.
The attack of free radicals (RL) on the DNA of our cells (as measured by 80HDG in urine) makes it possible to understand the risk of developing cancer or other pathological phenomena. This assessment is particularly useful for degenerative diseases such as Alzheimer’s, eye diseases such as AMD, autoimmune diseases such as polyarthritis or lupus, cardiovascular disease, arthropathy, psoriasis and eczema.
