Briotech for Piercing Care
is different from other aftercare products that have commonly been used in the body art industry. For one thing, substantial evidence-based scientific research backs up assertions about the active ingredient’s safety and effectiveness for wound healing.
Briotech’s active ingredient is .02% hypochlorous acid (HOCl), a broad-spectrum antimicrobial that is actually produced by the body as part of the normal response to injury[i]. Briotech works by replicating and supporting this natural immune function. HOCl kills bacteria[ii] (including antibiotic resistant strains like MRSA and VRE), viruses, and fungi, without harming delicate healing tissue[iii]. See the Kill Times chart. It even deactivates spores in just 30 seconds! (We use spores to test autoclave sterilizers because they're so hardy!)
A remarkable advantage of hypochlorous acid (at the proper concentration and pH) is that it is totally benign, non-irritating, non-sensitizing, and non-cytoxic[iv], unlike many other cleaning products.
The inactive ingredients in Briotech are simply 99.08% electrolyzed water, and .9% NaCl (sodium chloride—isotonic saline), making it environmentally friendly, vegan, natural, hypoallergenic, and free of fragrances, oils, parabens, sulfates, and other irritants.
According to studies, HOCl helps blood to clot in wounds[v], so it can be used right after procedures. It increases immunity to microbes and produces powerful local stimulants of wound healing and germ killing[vi]. It even penetrates biofilm and kills microorganisms within biofilm[vii]. One study described stabilized hypochlorous acid as “…an ideal wound care solution with a powerful and rapid killing effect on different types of microorganisms”[viii] (emphasis added).
Natural HOCl production involves salt from the body and enzymes within the cells. Outside the body, by using a controlled application of electrical energy, the process can be mimicked. With Electro-Chemical Activated (ECA) technology, Briotech’s scientists engineered a means to mass-produce stable HOCl. Through this proprietary electrolyzing process, Briotech can maintain its effectiveness for up to two years. It is made in an FDA-registered manufacturing facility using current good manufacturing practices (cGMP) guidelines.
This is not a new product, but rather a different application for one that has been widely used for pathogen control in food service, hospitality, janitorial, agricultural, and medical settings. Hypochlorous acid is common for disinfection and sanitation of water, surfaces, tools, and equipment. Copious quantities of scientific studies document its safety and effectiveness for these purposes.
A number of my respected colleagues, have been using it with great results. Fellow APP member, Bink Williams[ix], is a Registered Nurse and has been a professional piercer for over twenty years. He also participated in the development of body art legislation for his home state of Florida. He has been advocating Briotech for aftercare over the past year and is beyond impressed with its effectiveness. He’s convinced that this product is nothing short of miraculous at minimizing inflammation, accelerating healing, and increasing comfort[x]. He also notes that clients who’ve had multiple failed attempts with certain piercings have finally been able to heal successfully with Briotech as the only altered factor.
Williams notes that piercees find Briotech simple to use: shake the bottle gently and spray on the light mist. It requires no rinsing and leaves no residue. The manufacturer’s pamphlet explains the science in layman’s terms, and states that the spray is safe to use "repeatedly throughout the day.” The brochure details Briotech’s versatility and testimonials tout excellent results with “sun care, acne treatment, a wrinkle remedy, and scar reduction.”
Apply Briotech Topical Skin Spray 4-6 times daily. That's it!
Simply shake the bottle gently, spray on the mist, and air dry, or pat dry with clean, disposable paper products. (No need to rinse.)
I am totally wowed by this product and find muliple uses for it every day, though I currently have no healing piercings. I put it on my toothbrush to keep it clean and support oral health, and use it as hand sanitizer since it kills way more pathogens and does it far more quickly than soap and water or gelled alcohol. I apply it to mosquito bites, cuts, scrapes, burns, and stings, and use it after shaving or other depilation to soothe irritation. I put it on my face, and also use it on my pets. Briotech is so fantastic to have around!
I hope you will give it a try and let me know what you think.
Click charts below to view:
Disclaimer: I’m not a scientist and some of the research studies are beyond my comprehension, but there is a large quantity of published documentation to support the use of HOCl on healing wounds including piercings.
“Hypochlorous Acid - Analytical Methods and Antimicrobial Activity” http://www.bioline.org.br/pdf?pr13020
“Hypochlorous Acid: Its Multiple Uses for Wound Care” http://www.o-wm.com/article/pearls-practice-hypochlorous-acid-its-multiple-uses-wound-care
“Hypochlorous Acid as a Potential Wound Care Agent” http://www.ncbi.nlm.nih.gov/pmc/articles/PMC1853323/
“Treating Chronic Wounds with Hypochlorous Acid Disrupts Biofilm” http://www.todayswoundclinic.com/articles/treating-chronic-wounds-hypochlorous-acid-disrupts-biofilm
“Hypochlous Acid: an ideal wound care agent with powerful microbicidal, antibiofilm, and wound healing potency.” http://www.ncbi.nlm.nih.gov/pubmed/25785777
Bink Williams offered to answer questions: http://www.bodypiercingbybink.com
This study documents pain relief with hypochlorous acid on wounds: http://www.iiste.org/Journals/index.php/JEP/article/viewFile/13072/13653
This link is to an article in the Public Library of Science (PLOS) Pathogens, confirming that a specific Briotech HOCl patent-pending formulation (different from their skin spray) deactivates prions. It also includes information on the stability of Briotech--as HOCl was notoriously unstable, prior to their innovation: http://journals.plos.org/plospathogens/article?id=10.1371/journal.ppat.1005914