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Rob (Kentucky) on 06/27/2026: 
Chlorine dioxide proves to be an effective solution for addressing nasal issues, whether for temporary relief during a cold or for long-term sinus problems. This formula can be utilized for nasal maintenance and, in conjunction with chlorine dioxide Phase 3, for treating the flu.
1. Add 1 drop of activated MMS (Chlorine Dioxide) to 1 ounce of distilled water (or purified water if distilled water is not accessible).
2. Transfer the Chlorine Dioxide Nose solution to a clean eye dropper bottle.
3. The standard ratio for the Chlorine Dioxide Nose solution is one activated MMS (Chlorine Dioxide) drop to one ounce of distilled water.
4. The solution will remain viable for 7 days if stored in a cool, dark place. Create a fresh batch weekly, if needed.
1. Lie on your back on a bed without using a pillow.
2. Place four to eight drops of Chlorine Dioxide Nose solution into each nostril. Allow some of the solution to drain into the sinus area and let it remain for five minutes.
3. Repeat the process for the other nostril.
4. It is normal to experience slight burning when introducing MMS (Chlorine Dioxide) to the nostrils, which should subside shortly.
5. Keep a tissue handy to manage any drainage that occurs when sitting upright.
6. Apply the Chlorine Dioxide Nose treatment three times a day until the condition is resolved.
1. Add distilled water (or purified water if distilled water is not accessible) to your Neti-pot. Also add Sea salt.
2. The standard ratio for the Chlorine Dioxide Nose solution is one activated MMS (Chlorine Dioxide) drop to one ounce of distilled water. Example: 8oz saline solution = 8 drops MMS.
3. Use Neti-pot as normal.
Chlorine dioxide is frequently used to sterilize water and make it safe to drink. The maximum safe limit for chlorine dioxide in drinking water, according to the EPA, is 0.8 mg/L [7].
Chlorine dioxide gas can go through bacterial cell membranes and cause cell death in the pH range of 3-9 [4, 8].
In lab tests, chlorine dioxide was more effective at inactivating fungal spores than chlorine. It inactivated fungal spores by damaging the cell wall and cell membrane, thus causing the leakage of cell substances and eventually, fungal death [9].
In another study, a chlorine dioxide solution reduced 98.2% of bacteria and fungi in a lab test (E. coli, Staphylococcus, Pseudomonas, listeria, salmonella, Candida albicans, etc) [3].
