👋 Welcome to the Chlorine Dioxide Testimonies Group! 👋 3 Tiny Action Items for you RIGHT now: - ✍️ COMMENT on this POST to ‘Complete action’ Who you are, why you joined, what ailment/dis-ease are you struggling with, and your goals with detoxing. - 💬 REPLY to someone else’s introduction! Be kind, be friendly, give advice, help each other out - ↗️ Classroom area is being built now. Learn how this group works, and what’s available to you. Demo Video coming soon to help everyone get use to the Skool Platform.

Getting rid of worms is very simple📌 You just need to chew a few dried clove buds 30 minutes before eating!You need to do this 2 times a day. This is a strong preventive measure if there are no worms. If they are - the body will be completely cleared of parasites after a couple of days.One dried clove bud is 20% essential oil, which contains aromatic substances: eugenol, caryophyllene and ylangene. Cloves also contain a huge amount of tannins.✔️ Thanks to such a rich composition, cloves are effective: not only worms, but also other pathogens, such as Staphylococcus aureus, diphtheria bacillus and even tubercle bacillus are afraid of them.Subscribe: Natural Remedies ✅️ Personally I love clove tea with honey and I ingest two or three drops of pure clove Bud essential oil

How long will CDS stay good to use when refrigerated in a dark container ?

Where can I buy the best solution of CD?

Chlorine dioxide's potential role in cancer therapy stems from its powerful oxidative capabilities. This characteristic allows it to interact with biological systems in ways that could theoretically be detrimental to cancer cells, which often exhibit altered metabolic pathways and increased susceptibility to oxidative stress. Mechanisms of Action: Inducing Cellular Chaos At a cellular level, research indicates several proposed mechanisms by which ClO₂ might impact cancer cells: - Reactive Oxygen Species (ROS) Induction - Apoptosis and Nuclear Blebbing - Redox Imbalance and Warburg Effect Reversal In Vitro Findings: A Glimmer of Hope in the Lab Several in vitro (lab-based) studies have provided the foundational evidence for ClO₂'s anticancer potential. For instance, research on small-cell lung cancer cells (DMS114) demonstrated that ClO₂ could inhibit their proliferation. Notably, these studies also suggested that ClO₂ exhibited less toxicity to normal cells, such as human umbilical vein endothelial cells (HUVEC), implying a degree of selective action. Other studies have extended these findings to various human cancer cell lines, including breast and colorectal cancer cells, showing cytotoxicity and the ability to induce cell death. The concept of intratumoral delivery, where ClO₂ is injected directly into tumors, has also been explored in preclinical settings, aiming to localize its effects and potentially stimulate an immune response against the tumor while promoting tissue regeneration.