Body--Topical Uses

" non-toxic, non-mutagenic and totally harmless to normal healthy tissue. In addition, our ClO2 based products all possess strong anti-inflammatory properties via oxidation of free radicals and elimination of harmful cytokines (chemicals that the body releases in response to a wound or infection). Deactivation of these molecules reduces pain, irritation and scarring." "DentA-ClO2 – Dental Paste: Reduces and helps eliminate the bacteria responsible for periodontitis and gingivitis (which causes bad breath) in dogs and cats. Whitens teeth. Derma-ClO2: Wound Healing Ointment: Promotes healing and prevents scarring from hot spots, scratches, rain rot and fungal or bacterial infection of the skin on all animals. Epi-ClO2 - Shampoo - Non-toxic, non-irritating antiseptic shampoo immediately cleans and deodorizes hair and skin. Soothing emollients relieve irritation and soften hair coat. Eliminates skunk odor. Oti-ClO2 – Ear Cleansing Solution: Gentle, non-toxic ear-cleaning agent formulated to maintain healthy ears in dogs and cats. Treats inflammation (otitis) of the external ear. Podi-ClO2 Green – Antimicrobial Gel: Preventive gel for hoof treatment that eliminates thrush, white line disease, hoof canker, abscesses and other infectious conditions. Podi-ClO2 Liquid – Antimicrobial Liquid: Hoof treatment that eliminates thrush, white line disease, hoof canker, abscesses and other infectious conditions

A method for treating nail fungus by soaking the infected nail(s) in a dilute solution of chlorine dioxide in water. "using a solution of chlorine dioxide in water containing a minimum of 80 parts per million chlorine dioxide as the treating agent."

"Chlorine dioxide products that are the ideal solutions for an extensive list of animal health-related applications, including but not limited to: * Treatment of fungal and yeast infections, including ringworm * Antiseptic shampoo cleans and deodorizes hair coat and skin, eliminates dandruff and skunk odors * Bacterial dermatitis and dermatological "hot spots" in animals * Gingivitis and periodontal disease, ear fungus and bacterial diseases. Some products can be sprayed or fogged for environmental cleaning."

{Chlorous acid teat dip skin irritation faded shortly. Study also addresses CD some.}

.The use of activated MMS when further diluted in water on the skin could be beneficial in many cases. It could help many skin disorder, burns, wounds and scars

.The use of activated MMS when further diluted in water on the skin could be beneficial in many cases. It could help many skin disorder, burns, wounds and scars

MMS can be absorb by the skin and delivered directly into underlying muscle. According to Jim Humble, using MMS orally provides the active ingredient - Chlorine

(2008 originally published) Chlorine dioxide oxidizes and neutralizes free radicals and cytokines. Ingredients in some of Frontier's 20 CD products include catalysts that cause CD to release immediately, wetting agents, etc. Use high concentrations for: removing scars, tooth whitening, horse hoof fungal thrush, nail fungus (400 ppm). Fairly high: wart removal (200 ppm)--[Comment: Could possibly get FDA approval by listing salicylic acid as the active ingredient, & then also including sodium chlorite and lactic acid activator??] (****Includes urea as a wetting agent to help get into skin****). Medium: itchy scalp fungus. Low concentrations: gynegel against STDs (not FDA approved at that time), acne. Other uses: kill yeast in dogs' ears, canker sores, pet shampoo, exfoliant for women's faces, skin protectant including glycerin for men's hands (callouses, scratches), topical that removes pain of sunburn by oxidizing free radicals & cytokines; vaginal disinfectant, cosmesis, sinus flush that quickly relieves rhino colds and acts more slowly on flu; mouth rinse. Toothpaste kills bacteria faster & oxidizes their sulfur compounds & odors, treats periodontal disease, removes biofilm, & whitens enamel. *****!!!**** Treats Raynaud's Syndrome by opening up blood vessels in hands. Did some testing of intravenous injection of monkey for HIV, but dosed too high so killed too much of red blood cells." "When *chlorine* oxidizes organic compounds, it adds a chlorine atom, making the compound carcinogenic and irritating. Chlorine dioxide doesn't."

******!!!!********* "inhaling high concentration ClO2 gases for an extended time can be dangerous for human health because the alveolar membrane is extremely thin (a mere 1-2 microns and in some places even below 1 micron). The effect of ClO2 in these membranes is somewhat counterbalanced, however, by the intense blood circulation there." "O2 can remove biofilms swiftly [12] because it is highly soluble in water and unlike ozone it does not react with the extracellular polysaccharides of the biofilm. This way ClO2 can penetrate into biofilms rapidly to reach and kill the microbes living within the film."

*In drinking water & applied to skin. The bactericidal, fungicidal and virucidal activity of chlorine dioxide (CIO2) against 79 bacteria, 31 yeasts and 4 viruses were evaluated under clean and dirty conditions. The safety of CIO2 to chickens given by drinking water or skin spraying was also evaluated. In clean diluent condition, the median lethal concentration (MLC50) of CIO2 against bacteria and yeast was 9.4 and 8.4 ppm, respectively. In dirty diluent condition, the MLC50 of CIO2 against bacteria and yeasts was 39.9 and 24.3 ppm, respectively. The virucidal activity of CIO2 against 100 median embryo lethal dose (100 ELD50) of Newcastle disease virus, avian influenza virus, infectious bronchitis virus and infectious bursal disease virus was 1.2, 1.2, 2.5 and 1.2 ppm, respectively. All the leghorn chickens continuously given with 10 mL of 500, 250, 125, 62.5 or 0 ppm of CIO2 in drinking water or on skin spraying for 7 days were not found showing any abnormality at 14 days post medication. Chlorine dioxide provides high bactericidal and virucidal activity without resulting any toxicity to the chickens.

Background and Purpose. This study aimed to evaluate the wound healing activities of Aftamed and chlorine dioxide gels in streptozotocin-induced diabetic rats. Experimental Approach. Forty-eight Sprague Dawley rats were chosen for this study, divided ...

Allow acidified sodium chlorite teat dip

****!!!!**** "In case of clinically diagnosed wound infections, topical wound disinfection was allowed for 5 consecutive days with saline containing 970 ppm chlorine dioxide... wound cleansing and disinfection with gauzes soaked in physiological saline solution containing 320 ppm chlorine dioxide... for 15 minutes... In CL endemic regions with poor infrastructure, bipolar HF-EC is a robust technology to debride CL lesions under local anaesthesia. The combination with DAC N-055 MWT provides additional anti-parasitic, antimicrobial and wound healing effects."

Silkworm disease management: chlorine dioxide (500 ppm) in slaked lime (0.5%) solution was found 100% effective against silkworm pathogens viz., the spores of Nosema bombycis and Bacillus thuringiensis, nuclear polyhedra of BmNPV and conidia of Beauveria bassiana. The disinfectant tested, at laboratory and farmers' level, was found effective in disinfection of rearing house, appliances and against egg surface contamination. The disinfectant did not have adverse effect on silkworm growth, health and economic characters.

NaClO2 was found to have the best balance of high antibacterial toxicity with low ocular toxicity.

A new animal antiseptic and disinfectant : Chlorine Dioxide Complex developed by Frontier Pharmaceutical Inc. This versatile biocide manages wounds, topical infections, deep and traumatic wounds, chronic skin and ear infections of bacterial, fungal, viral and protozoan origin

A chlorine dioxide-containing gel was compared with 3 commercially available antimicrobials and 1 antibiotic intended for topical use. This gel was tested at 0.5 X and 4 X and was found to be more effective as a 4 X gel in treating Pseudomonas aeruginosa-infected excised wounds on mice. To further c …

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Antimicrobial/pharmaceutical preparations (e.g., solutions, gels, ointments, creams, sustained release preparations, etc.) which comprise chlorite (e.g., a metal salt of a chlorite) in combination with a peroxy compound (e.g., hydrogen peroxide), and methods for using such preparations for disinfection of articles or surfaces (e.g., contact lenses, counter tops, etc.), antisepsis of skin or other body parts, prevention or deterrence of scar formation and/or treatment and prophylaxis of dermal (i.e., skin or mucous membrane) disorders (e.g., wounds, burns, infections, cold sores, ulcerations...

Development of decontamination methods and strategies to address potential infectious disease outbreaks and bioterrorism events are pertinent to this nation's biodefense strategies and general biosecurity. Chlorine dioxide (ClO2) gas has a history of use as a decontamination agent in response to an …

We conclude that daily chlorhexidine bathing among ICU patients may reduce the acquisition of MRSA and VRE. The approach is simple to implement and inexpensive and may be an important adjunctive intervention to barrier precautions to reduce acquisition of VRE and MRSA and the subsequent development …

Routine bathing with CHG does not occur in the ICU setting, and TSA suggests that more trials are needed to address the current state of 'clinical equipoise'. Ideally these studies would be conducted among a diverse group of ICU patients, and to the highest standard to ensure generalisability of res …

Chlorine dioxide complex™ is a new molecule to dermatology that is a unique, non-toxic, broad spectrum anti-microbial and keratolytic compound. Chlorine dioxide has been used as an antiseptic in industrial settings for decades, primarily in water treatment facilities for municipal water supplies and …

"The application of chlorine dioxide-loaded bioadhesive gels could be a promising alternative for the effective and safe treatment of topical infections."

CD combined with Fatty Acide for Cow Teat DipThe present invention relates to a two-part antimicrobial composition comprising at least one chlorine dioxide generating component comprising at least one metal chlorite and at least one acid-forming compound in a solid carrier, and at least one liquid aqueous component. The composition further comprises at least one antimicrobial fatty acid having from about 2 to about 15 carbon atoms, and preferably from about 6 to about 12 carbon atoms. The components, upon mixing, form a composition having a pH in the range of about 5 to about 10.

Significance: Microorganisms can exist both in the planktonic and biofilm state. Each phenotypic state has a role to play in delaying healing and causing infections of both acute and chronic wounds. However, the virulent biofilm state is the fundamental ...

OBJECTIVE:The purpose of this study was to compare cosmesis at 3 to 4 months and infection in simple lacerations irrigated with normal saline (NS) versus activated chlorine dioxide (CD). DESIGN:This was a prospective, randomized trial of a convenience sample of patients. This study was approved by the institutional review board and Food and Drug Administration as a physician-sponsored trial (FDA investigational new drug no. 68762). SETTING:The study was conducted in a large urban, academic emergency department. PATIENTS:Patients aged 18 to 100 with simple, uncomplicated lacerations requiring repair that were less than 8 hours old were enrolled. INTERVENTIONS:Patients were randomized to receive either NS or CD wound irrigation. MAIN OUTCOME MEASURES:Demographics, infection, and cosmesis were analyzed and assessed. Cosmetic outcome was assessed at 3 to 4 months using a visual analog scale (VAS), wound evaluation score (WES), patient VAS (VASPt), and digital imaging VAS by 2 plastic surgeons (VASPlast). MAIN RESULTS:One hundred ninety-three patients were enrolled. Data analysis was available for 175 cases (86 NS and 89 CD). Wound infection follow-up was obtained in 74.9% of the patients. The 3- to 4-month cosmesis follow-up was 37.7% for VAS/WES, 40.0% for VASPt, and 37.7% for VASPlast. There were no significant differences in demographics, key wound characteristics, infection, adverse reactions, and cosmesis. CONCLUSION:The authors report the use of a novel antimicrobial irrigation solution. Chlorine dioxide appears to be a safe biologically acceptable antiseptic wound irrigant that does not appear to interfere with cosmetic outcomes.