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What helped me #1

Ozone

Ozone therapy is one of the biggest pieces of my own Babesia story. I am not saying it is proven to treat babesiosis. I am saying there are peer-reviewed biological findings that help explain why researchers have considered medical ozone interesting—and why, after my own experience, I wanted to understand those mechanisms better.

By Phil Iavarone • Personal experience & independent research • Sources last checked August 25, 2026
Calm botanical and research image
My experience

Why ozone is first on my list

My treatment history did not begin with ozone. I had already been through prescription approaches that included azithromycin, atovaquone, tafenoquine, and other antimalarial treatment. I had periods of improvement, including stretches where I felt normal, but symptoms could return.

I later used ozone therapy as part of my Babesia journey. Looking back at everything I tried, ozone became one of the approaches that stood out most to me personally.

That personal experience is why I put ozone first. The research below is not presented as proof that ozone treats Babesia; it is the science that made me interested in why an effect might be biologically plausible.

The evidence line

There is no human Babesia trial proving ozone works.

Ozone is not part of CDC or IDSA standard babesiosis treatment recommendations, and I have not found a controlled human clinical trial establishing ozone as an effective treatment for babesiosis.

That matters. The studies below support mechanisms and hypotheses—not a claim that ozone cures, clears, or clinically treats Babesia in people.

Peer-reviewed reasons it could be biologically interesting

What the research actually gives us

The strongest argument is not “ozone has been proven against Babesia.” It has not. The scientifically fair argument is that medical ozone produces measurable redox and vascular signaling effects, some protozoa are directly sensitive to ozone under laboratory/environmental conditions, and Babesia itself depends on redox-defense systems inside red blood cells.

Study 1 • Redox signaling

Ozonated human serum activated NRF2 and antioxidant-response genes

In a 2013 peer-reviewed study in Toxicology and Applied Pharmacology, researchers exposed human endothelial cells to ozonated human serum. They observed dose-dependent activation of NRF2 and increased expression of heme oxygenase-1 (HO-1) and NQO1, two proteins involved in cellular antioxidant and stress-response pathways.

Why that could matter: Babesiosis creates a red-blood-cell environment in which oxidative stress and host-parasite redox balance are biologically important. A therapy capable of altering systemic redox signaling therefore has a plausible host-response mechanism worth studying.

What it does not prove: this experiment used endothelial cells, not Babesia-infected humans, and NRF2 activation does not demonstrate parasite clearance.

Pecorelli et al., 2013 — NRF2 activation is involved in ozonated human serum upregulation of HO-1 in endothelial cells

Study 2 • Circulation / signaling

Ozonated serum changed nitric-oxide signaling in human endothelial cells

A 2000 study in Mediators of Inflammation found that human endothelial cells exposed to ozonated serum showed increased hydrogen peroxide signaling and a significant increase in nitric oxide production. The authors proposed that this could contribute to vasodilation and improved blood flow in ischemic tissue.

Why that could matter: Babesia infects red blood cells, and symptomatic disease can involve anemia, hemolysis, fatigue, and impaired oxygen delivery. A measurable effect on vascular signaling is one reason ozone has been studied as a systemic adjunct.

What it does not prove: improved endothelial signaling is not the same as killing Babesia, and the study did not involve babesiosis.

Valacchi & Bocci, 2000 — Release of factors from human endothelial cells

Study 3 • Protozoa

Ozone can directly inactivate some protozoa—but this was outside the body

A 2001 parasitology study tested ozonated water against several protozoa. Under the experimental conditions, ozone completely inactivated Giardia, Cryptosporidia, and Microsporidia and markedly reduced infectivity of other protozoa.

Why that could matter: it demonstrates that protozoan organisms can be vulnerable to ozone-driven oxidative chemistry.

The huge limitation: this was an environmental/water experiment. Babesia lives inside red blood cells. You cannot take this result and conclude that systemic ozone therapy directly kills Babesia in a person.

Khalifa, El Temsahy & Abou El Naga, 2001 — Effect of ozone on the viability of some protozoa in drinking water

Study 4 • Babesia redox biology

Babesia has its own antioxidant defenses

Peer-reviewed Babesia research has shown that B. microti uses a thioredoxin antioxidant system to maintain redox balance during its red-blood-cell stage. More recent work on B. duncani likewise describes oxidative stress as an important challenge during its intraerythrocytic life cycle.

Why that could matter: the fact that Babesia needs dedicated antioxidant machinery tells us that redox balance is genuinely part of the parasite's biology. That makes redox-directed hypotheses scientifically reasonable to investigate.

But again: it does not establish that medical ozone shifts that balance in a way that harms Babesia in humans. It simply explains why the mechanism is not biologically random.

B. microti thioredoxin 3 study • B. duncani thioredoxin peroxidase-2 study

The hypothesis in plain English

So why could ozone have felt useful to me?

1. Redox signaling

Medical ozone does not simply “put oxygen in the blood.” Ozone reacts rapidly and creates secondary oxidative messengers. Peer-reviewed work shows those messengers can activate NRF2-related stress-response pathways.

2. Vascular effects

Ozonated serum has produced measurable nitric-oxide and endothelial effects in laboratory studies, offering a possible explanation for changes in circulation or tissue oxygen handling that some patients report.

3. Protozoan/redox vulnerability

Protozoa can be vulnerable to oxidative chemistry, and Babesia requires antioxidant systems to survive oxidative stress. That makes a redox mechanism plausible enough to study—but still unproven as a treatment mechanism in people.

The wording I believe is scientifically fair: There are peer-reviewed findings that provide plausible biological reasons ozone could influence processes relevant to babesiosis. There is not currently evidence that allows me to say ozone is clinically proven to eradicate Babesia in humans.
My bottom line

Personal experience + scientific curiosity—not a cure claim

I used ozone and felt it helped me. The research gives biologically plausible reasons to investigate ozone further, but those mechanisms do not establish clinical efficacy against human babesiosis.

Read standard treatment first

See what CDC and IDSA currently recommend for symptomatic babesiosis.

Standard treatment

See the research library

I keep the evidence sources separate so you can see exactly what is established, experimental, or based on personal experience.

Research library
Related reading

Keep going

Products from my personal experience • affiliate links

Cryptolepis & artemisinin

These are the Amazon-linked products connected to what I personally used. I am sharing them as part of my experience, not as proven babesiosis treatments or dosing recommendations. Browse all recommended products →

Cryptolepis sanguinolentaWhat I personally used

Cryptolepis sanguinolenta

A commercial Cryptolepis product. Laboratory and animal evidence discussed here should not be confused with proven human treatment efficacy.

View Cryptolepis on Amazon
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ArtemisininWhat I personally used

Artemisinin

A commercial Artemisinin product. Experimental evidence discussed here is mixed and does not establish commercial supplements as proven human babesiosis treatment.

View Artemisinin on Amazon
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Amazon disclosure: As an Amazon Associate I earn from qualifying purchases. Buying through an affiliate link may earn Beat Babesia a commission at no additional cost to you.
Products I used + practical support

Products worth knowing about

Cryptolepis and artemisinin are the two products I personally used during my Babesia experience. I am sharing what I used, not prescribing a treatment. The other items are practical support products people may find useful while keeping track of medications, supplements, and hydration.

Cryptolepis sanguinolentaWhat I personally used

Cryptolepis sanguinolenta

The Cryptolepis product I personally used. See the Cryptolepis page for the research, limitations, and my experience.

View Cryptolepis on Amazon
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ArtemisininWhat I personally used

Artemisinin

The artemisinin product I personally used. See the Artemisinin page for the research, limitations, and my experience.

View Artemisinin on Amazon
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Sukuos large weekly AM PM pill organizerPractical support

Large weekly pill organizer

A simple way to keep prescriptions and supplements organized when a routine gets complicated.

View pill organizer on Amazon
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Liquid I.V. Hydration Multiplier electrolyte drink mixPractical support

Hydration / electrolyte packets

Convenient hydration support for people who want an easy electrolyte option. This is not a Babesia treatment.

View hydration packets on Amazon
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Amazon disclosure: As an Amazon Associate I earn from qualifying purchases. Buying through an affiliate link may earn Beat Babesia a commission at no additional cost to you.