Observing The Effects Of Chlorine Dioxide With Live Blood Analysis
In recent years, I have received a number of remarkable testimonials from individuals using live blood analysis to observe the effects of chlorine dioxide in real time
These firsthand accounts describe transformations seen immediately under the microscope: changes in cellular activity, blood flow, and oxidative balance that are both striking and thought-provoking.
For those seeking tangible evidence of how a substance or treatment influences their own physiology, live blood analysis offers a unique opportunity to witness it directly.
Few other methods provide such immediate visual proof of what is occurring inside the body moment by moment. In this article, I want to explain what live blood analysis is, and then I will share a few compelling testimonials from those who have used this method of observation. [1, 2]
What Is Live Blood Analysis?
Live blood analysis (LBA), also called Darkfield live blood analysis, is the examination of living blood cells using dark field or phase contrast microscopy. A small drop of capillary blood is analyzed immediately, without stains or fixatives, so viewers can observe how blood elements behave in their natural state.
This method allows observation of cell movement, cell stacking, platelet activity, and plasma features that provide clues about oxidative stress, hydration, immune function, and overall vitality.
Numerous clinics and practitioners report that LBA shows highly specific changes associated with vitamin deficiencies, toxicity, and positive dietary or supplemental interventions. [1, 3, 4]
Why Real-Time Observation Matters
Unlike traditional blood tests, live blood analysis gives an “in the moment” view of one’s health. Adjustments such as hydration, supplementation, or therapies (including chlorine dioxide protocols) can be observed and documented in real time under the microscope.
For example, practitioners have reported that rouleaux formations (stacked red blood cells indicating poor oxygen transport) may break apart minutes after clients hydrate or take certain supplements, improving overall blood quality visible on the screen.
This immediacy transforms patient engagement: clients can see and track the impact of changes as they happen, leading to greater understanding and compliance with health recommendations. [1, 2, 4]
Testimonials and Experiences
There are numerous testimonials supporting the value of live blood analysis. Patients express amazement at the improvements they can see after changes in lifestyle or targeted interventions.
One observer noted, “It confirmed what I thought was causing my illness,” while another found new motivation to improve health after seeing dramatic post-treatment changes in their own blood.
The ability to witness one’s own blood responding in real time encourages people to take action and pursue healthier habits with confidence because the results are visible immediately. [1, 2]
Evidence and Application: Chlorine Dioxide
Some individuals have specifically reported using live blood analysis to monitor the effects of chlorine dioxide. Anecdotal accounts, as shared in testimonials, describe real-time changes such as improved red cell morphology and increased separation after chlorine dioxide administration.
While comprehensive scientific validation is still developing, the ability to witness positive physiological changes first-hand remains a persuasive reason for many to explore live blood analysis.
Related laboratory and clinical research also supports the notion that real-time evaluation of blood cells, using high-throughput imaging systems, can provide rapid, quantitative feedback on treatment effects. [5, 6, 7]
The Value of Seeing Change
Live blood analysis is not meant to replace traditional lab tests; instead, it enhances them by providing immediate, educational feedback that empowers individuals to make informed decisions about their health.
By connecting cause and effect in such an observable way, LBA fosters greater engagement and a proactive approach to wellness. For anyone seeking visible, real-time evidence of what is happening inside their body, live blood analysis offers a remarkable and accessible option.
Chlorine Dioxide Testimonials and Live Blood Analysis
Testimonial 1: Live Blood Analysis Experiment.
The first video is a live blood analysis comparison of blood that has no Chlorine Dioxide applied directly to it and a sample that has a solution of chlorine dioxide added to the sample.
In the second video experiment, a friend of mine first did a fasting live blood analysis and then consumed Chlorine Dioxide and repeated the live blood analysis. Here is the video footage.
Editor’s note: see the source document to watch the videos
Testimonial 2: Live Blood Analysis Before and After Chlorine Dioxide
“Good evening, I leave my testimonials My mom 3 vax, red blood cells stacked. Cardio aspirin did not fix it, so I decided it was time to start with CDS on the advice of a dear friend. After a month of protocol C with 20 ml, we went back to analyzing the blood drop in the dark field and his blood was clean, zero graphene, free and happy red blood cells, white blood cells in reconstruction 💪”
Testimonial 3:
“This is my blood cells on 6 wks of MMS
Thank you God and everyone.”
Note: This person had received either one or two Covid vaccines and was having health problems as a result. The live blood analysis showed extreme clumping of the red blood cells and the person remained on protocol 1000 for at least six weeks.
Link to original message and Image
Testimonial 4:
This testimonial did not come with any testimonial of the patient’s condition, but it was just a post of before and after drinking chlorine dioxide.
Testimony 5:
“Photomicrographs at 2000x magnification of my own live blood two hours before and after ingesting chlorine dioxide solution to self-treat infection by SARS-CoV-2 (the biologically engineered virus that was used to implement the tyrannical agenda of the COVID-1984 pLandemic). CDS rapidly and significantly reduced the severity and duration of symptoms and restored blood cells to their normal appearance. Oxygen levels stabilized (before CDS = 90 percent SpO2 average with 15-30 second troughs at 80 percent at 5 minute intervals; after CDS = normalized at 98 percent with peaks at 100 percent). October 2025.”
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