NAD+(H) - a pharmaceutical product

In the mitochondria, NAD + is reduced to NADH in the reactions of the citrate cycle.
In the respiratory chain of the mitochondria, NADH is under Consumption of oxygen is oxidized to NAD+
The energy of this reaction is used to form ATP which is used as the central energy source of the cell acts.
NAD + and NADH are the oxidized and reduced forms of the same substance.
Through the property of absorbing electrical charges and to release it again,
NAD + / NADH is also called “battery of the cell”.

NADH / NAD+

Nicotinamide adenine dinucleotide (NAD+) is an essential cofactor in all living cells that is involved in fundamental biological processes and is essential component of energy production (mitochondrial function):

DNA repair
Cell repair
Turns Genes on and off
Maintains neurotransmitter levels
Communication of cells
ATP production in cells.

Benefits for Metabolic Functions

Increases energy levels
Decreases fatigue
Restores muscle function and athletic performance
Improves metabolism
Helps Weight loss
Helps Glucose levels
Improves brain health and neurological function Improves mental clarity
Improves brain regeneration
Improves focus and concentration
Boosts mood
Improves memory

Treatment Protocol
NAD+ 100mg/4ml (vial)
Nicotinamide adenine dinucleotide
Normal Dosage in Anti-Aging:

1 vial NAD+ 100 in 100ml NSS (0.9%)
Infusion time: at the beginning 45 minutes can be reduced to at least 30 minutes

For very sensitive patients prepare 1 amp Dexamethasone and inject before start directly into the infusion line.

Treatment Protocol
NAD+ 300mg/10ml (vial)
Nicotinamide adenine dinucleotide
High Dosage in Anti-Aging / Chronic Diseases:

1 vial NAD+ 300 in 150ml NSS (0.9%)
Infusion time: at the beginning 60 minutes can be reduced to at least 40 minutes