I/v infusion without medication (100-250 ml)
Administration of infusion solution and/or medication into a vein.
NAD+ is a coenzyme essential for cellular energy production and DNA repair. Stimulates mitochondria, accelerates regeneration and supports anti-aging processes, as well as improves the appearance and health of the skin, helps to control weight.
Infusion with NAD+ 500 ml + S.NaCl 0.9% 500 ml. NAD+ (nicotinamide adenine dinucleotide) is a molecule consisting of two nucleotides – nicotinamide (a derivative of vitamin B3) and adenine. The coenzyme NAD+ is naturally found in every human cell and plays an essential role in cell metabolism, DNA repair and mitochondrial function. In recent years, NAD+ has gained great interest in the dermo-cosmetics industry due to its powerful anti-aging effect and skin rejuvenating properties. In the body, NAD+ promotes energy production in cells; activates enzymes that repair damaged cells; is used in cell mitochondria to convert food into energy; slows aging processes; protects nerve cells and balances neurotransmitters, as well as promotes gene expression and improves immune system function. NAD+ infusions improve cognitive abilities, reduce anxiety and depression, improve sleep quality, reduce inflammation, increase energy levels and protect the brain against such neurodegenerative diseases as Alzheimer's disease and Parkinson's disease, improve cardiovascular health and help to control and reduce weight. NAD+ therapy is also used in the treatment of addictions. It balances brain chemistry and accelerates detoxification processes; therefore it is used as a supportive therapy in cases of alcohol, opioid or other addictions. NAD+ increases endurance in professional athletes. Infusions should be performed only after prior consultation and evaluation of test results.
Administration of infusion solution and/or medication into a vein.
I/v infusion with iron preparation (Venofer or Cosmofer).
Magnesium infusion for energy, muscle and nervous system support.
May contribute to healthier tissue turnover and slower cellular aging.