Unlocking Iodine's True Potential
"I2Pure envisions a continuum of care in the hospital from the operating theatre to the patient room. In this environment there are many vectors of attack that pathogens take to cause infection. I2Pure has plans to mitigate these routes toward infection with topicals, surgical lavages, persistent biocidal medical devices such as catheters, and implants used in surgical repairs. I2Pure will shut the door on infections with a highly efficacious platform that is non-toxic to human tissue, non-staining, and persistent. In addition, the early work that is being done in chronic wound care is pointing towards a revolutionary new therapeutic in that arena as well."
-Research Outreach
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What Has Been Done and Where I2Pure Is Today
Molecular iodine is the catalyst sparking a 21st-century biochemical revolution. I2Pure has unlocked the chemistry necessary to harness this naturally-occurring, non-toxic bionutrient to eradicate pathogens. Its work is done at the atomic level, where molecular iodine electrons disassemble biofilm and pathogen atoms, rendering them inert.
I2Pure scientists have established the protocols to harness molecular iodine, allowing it to integrate into products already on the market. The inclusion of molecular iodine provides persistent, non-toxic characteristics that can eradicate harmful biofilms and pathogens. Within the I2Pure lab, molecular iodine is studied as a singular form of iodine without interference from other iodine forms. This research has served to clarify the nature of molecular iodine and dispelled misconceptions that have inhibited the widespread use of this naturally-occurring biocide.
I2Pure scientists have - as verified by third-party testing:
- Shown the safety profile (cytotoxicity) and dosing for living tissue and pathogens.
- Shown that molecular iodine does not stain skin.
- Brought clarity to the mechanics of molecular iodine in its gaseous state.
- Determined how to integrate molecular iodine into manmade materials.
- Identified how to stabilize molecular iodine in formulations to achieve specific purposes.
Additional information is available upon request relating to any statements in this blog entry.