Health Conditioning Starts with Nutrition
Nutrition is the foundation of health care. Fully understand the nutritional statis of patient can design an appropriate personalized conditioning program. To examine the complete nutritional status of customers, REDOX FxMed Laboratory uses a comprehensive molecular testing facility that provides a variety of in vivo nutrient analysis data, including those of oxidative stress, antioxidant enzyme and cell membrane fatty acid to assess potential disease risks. For assessing dietary nutrition, testing includes anti-oxidant vitamin analysis, amino acid balance analysis, blood fatty anid analysis and mineral trace element analysis.
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1131 Oxy-META® (Blood & Urine)
Oxidative stress result from the accumulation of free radicals or the lack of antioxidant. Modern people are mostly under the suffering of heavy workload, intense emotion, improper diet habit and environmental pollution, causing high oxidative pressure in body. It is estimated that 85% of chronic disease, such as cancer, cardiovascular disease, diabetes, Alzheimer disease, rheumatoid arthritis, chronic fatigue, macular degeneration, has close relation with high oxidative stress. Evaluation of oxidative status and storage of antioxidant will help us understand the source of disease, the nutrition supplement that is designed for each person, and maintain the best health condition.
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0808 Antioxidant Vitamins Analysis (Blood)
Vitamin is essential for maintaining health, but human body cannot synthesize itself. It can only obtain it through diet. If vitamin is insufficient, it will cause cell dysfunction, skin rapid aging, and vision loss. Symptoms related to antioxidant vitamin deficiency include immune disorder, repetitive infection, neurological disease, digestion dysfunction, cardiovascular disease, chronic fatigue, and increase in oxidative stress. Moderate and balanced antioxidant vitamin concentration will help prevent the damage and chronic diseases the free radical brings about.
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1436 Fatty Acid-META® (Membrane)
Imbalance of lipid will induce general inflammation, cardiovascular disease, hyperactivity, depression, anxiety, the health of skin and its attachment, and neurological system degeneration . It will also endanger pregnancy, child development and intelligence. This analysis, by investigating the lipid component of blood plasma and the cell membrane of red blood cell, such as the concentration of unsaturated Ω3, Ω6, Ω9 fatty acids, saturated fatty acids, trans-unsaturated fatty acids, and their balance and ratio, we will know whether the lipid component of our daily diet is sufficient and balance.
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1455 Fatty Acid-META® (DBS)
Imbalance of lipid will induce general inflammation, cardiovascular disease, hyperactivity, depression, anxiety, the health of skin and its attachment, and neurological system degeneration . It will also endanger pregnancy, child development and intelligence. This analysis, by investigating the lipid component of blood plasma and the cell membrane of red blood cell, such as the concentration of unsaturated Ω3, Ω6, Ω9 fatty acids, saturated fatty acids, trans-unsaturated fatty acids, and their balance and ratio, we will know whether the lipid component of our daily diet is sufficient and balance.
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0845 Amino Acid-META® (Blood)
This analysis will reveal whether protein intake from daily diet is enough and balance. The imbalance of amino-acid status suggests possible diseases such as protein malnutrition, gastro-intestinal disorder, general inflammation, detoxification dysfunction, chronic fatigue, cardiovascular disease, learning disability, autism, hyperactivity, attention deficiency, depression, hormone disorder, immune problems, etc. Through this examination, doctors will personalize amino-acid supplement according to the revealed data for treatment and prevention.
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1119 Nutrient & Toxic Element Analysis (Blood)
The analysis of nutrient and toxic elements concentrations in serum, plasma, red blood cells, and whole blood serves as an important indicator for accurately assessing the body's mineral nutritional status and short-term exposure to toxic elements. This type of analysis can be used to evaluate the body's needs related to energy metabolism (magnesium, potassium), anti-inflammatory and antioxidant functions (selenium, copper, and zinc), anemia (copper, iron, cobalt), immune function and mood-related symptoms (zinc, copper, magnesium), neurological stability (lithium), and glucose tolerance (chromium, manganese). It helps physicians quickly identify potential nutritional imbalances, thereby preventing or improving conditions such as nutrient deficiencies, chronic fatigue, depression, attention deficit hyperactivity disorder (ADHD), and cardiovascular diseases.
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1120 Nutrient Element Analysis (Blood)
The analysis of nutrient elements concentrations in serum, plasma, red blood cells, and whole blood serves as a key indicator for accurately assessing the body's mineral nutritional status. This testing provides valuable insight into the body's needs for various functions, including energy metabolism (magnesium, potassium), anti-inflammatory and antioxidant defense (selenium, copper, and zinc), anemia-related factors (copper, iron, cobalt), immune function and mood-related symptoms (zinc, copper, magnesium), neurological stability (lithium), and glucose tolerance (chromium, manganese). It helps physicians quickly identify potential nutritional imbalances, allowing for timely intervention to prevent or improve conditions such as nutrient deficiencies, chronic fatigue, depression, attention deficit hyperactivity disorder (ADHD), and cardiovascular disease.
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1437 Methylation-META® (Blood)
Methylation is one of the most important biochemical reaction in our body, and it plays a vital role in many physiological metabolic processes and molecules activation. Methylation takes part in regulations of protein function, DNA modification, RNA processing, liver detoxification, and amino acid conversion, which further influence our mental health, neurotransmitter metabolism, nutrition homeostasis, toxin accumulation, and gut function. More and more researches revealed its close relationship with mental health.
