NIOD Superoxide Dismutase Saccharide Mist is a treatment mist that acts as an essential protective force against environmental stressors, including oxidative stress, water loss from the skin, and inflammation. Using this mist to tackle these separate elements that combine to give the appearance of tired, dull skin, your skin quality increases over time.

What are the benefits of NIOD Superoxide Dismutase Saccharide Mist?

• Acts as a protecting force against oxidative stress.
• Helps to improve the appearance of additional inflammation. 
• Reduces water loss, and even more generous results with continued use. 
• Measurably reduces the look of roughness within 2 hours.
• Large format to encourage generous and frequent application. 
• Can also be used across the body, as well as the face. 

What are the key ingredients in NIOD Superoxide Dismutase Saccharide Mist?

• Yeast-Derived Superoxide Dismutase - arguably one of the most important elements in fighting the human body's oxidation processes, this compound allows you to compete with the damaging effect of superoxide in cells, reducing skin inflammation.

•  Purified North American Four O' Clock Flower - targets the origin of inflammation not linked to oxidation of the skin, to visibly reduce inflammation.

• Marine Exopolysaccharides - preserves water significantly more than the highest molecular sizes of hyaluronic acid, without the drawbacks of hyaluronic acid. This prevents water loss from the skin, leading to healthier looking, more plump skin. 

How do I use NIOD Superoxide Dismutase Saccharide Mist?

This large bottle format encourages the spirit of generosity in your mist application. NIOD Superoxide Dismutase Saccharide Mist is perfect for daily use, as frequently as desired. Apply morning and evening to face and neck after cleansing but before the application of other treatments. If using as part of a NIOD regimen, apply after the Low Viscosity Cleansing Ester and/or Sanskrit Saponins, and before Copper Amino Isolate Serum. Can be used on body areas if desired to improve water density and/or target oxidative stressors.