Why I Don't Use Monolaurin for EBV

Summary

In this discussion, Dr. Kasha Kasha, CEO and founder of EBV Global Institute, delves into the complexities of using monolaurin for treating Epstein-Barr Virus (EBV) and other pathogens. She highlights that while studies show promising results, monolaurin is not included in her EBV protocol due to potential risks like liver toxicity, Herxheimer reactions, and its unsustainable long-term use. Instead, Dr. Kasha advocates for a comprehensive, balanced approach involving multiple supplements, lifestyle changes, and environmental considerations for effective EBV management. A detailed blog on this topic is forthcoming.

Takeaways

• 🌿 Monolaurin, derived from coconut oil, is often discussed as a potential treatment for Epstein-Barr Virus (EBV) due to its antiviral properties.
• 📚 While monolaurin shows effectiveness against lipid-enveloped viruses like EBV, its role in treatment protocols is complex and not always recommended.
• 💊 Monolaurin can cause detox reactions, known as Herxheimer reactions, which can be challenging for those already compromised by EBV.
• 🧪 High doses of monolaurin can strain the liver, potentially raising cholesterol levels and liver enzymes, which may not be sustainable for long-term use.
• 🦠 Monolaurin is effective against certain pathogens, such as HIV, influenza, herpes viruses, and some bacteria, but it is not a cure-all for EBV.
• 🥥 Coconut oil is not a reliable source of monolaurin for therapeutic purposes due to potential adverse effects on cholesterol.
• 🚫 Sole reliance on monolaurin for EBV treatment is not advised, as it may lead to symptoms returning when treatment stops.
• 🧘 Comprehensive protocols for EBV should include lifestyle changes, dietary adjustments, and a broader range of supplements beyond monolaurin.
• 🍃 The speaker prefers using nutrients like selenium, which have multiple benefits for the body without causing strong die-off reactions.
• 🩺 Supporting the liver and ensuring proper detoxification (like regular bowel movements) is essential when using monolaurin to avoid toxicity.

Q & A

What is monolaurin and what is its origin?

Monolaurin is a derivative of coconut oil and is a 12 carbon long fatty acid made into a monoester of lauric acid.

What is the FDA's stance on monolaurin?

The FDA considers monolaurin to be generally safe; however, there are no safety studies for long-term applications, especially at higher dosages.

Why might monolaurin not be recommended for long-term use in EBV treatment?

Monolaurin may not be recommended for long-term use because it does not provide predictable, sustainable long-term efficacy and does not support the body on multiple levels as desired.

Which pathogens can monolaurin target?

Monolaurin can target a wide range of pathogens that have an envelope containing lipids or phospholipids, including HIV-1, influenza, paramixoviruses, rubella, bronchitis, herpes family, cytomegalovirus, shingles, chickenpox, and herpes simplex one and two. It also targets gram-positive bacteria like strep and some gram-negative bacteria, with H pylori being an exception.

What is the potential issue with using monolaurin for EBV treatment?

The potential issue with using monolaurin for EBV treatment is that it can create a lot of toxic debris, leading to a herxheimer reaction, which can overwhelm the body's detoxification processes and cause symptoms like headaches and malaise.

What is the herxheimer reaction and how can it relate to monolaurin use?

The herxheimer reaction, also known as a retox or die-off reaction, occurs when the process of detoxifying or killing pathogens is too fast for the body to cope with, leading to increased toxicity and symptoms.

Why might monolaurin cause an increase in liver enzymes?

Monolaurin can cause an increase in liver enzymes because it creates a lot of toxic debris that the liver has to clear, putting a strain on the liver and potentially leading to liver damage.

What precautions should be taken when using monolaurin?

When using monolaurin, one should ensure proper hydration, have bowel movements twice a day to excrete toxic debris, and consider taking a B complex for proper detoxification. It's also important to have liver support due to the pressure placed on the liver.

Why is monolaurin not considered a 'magic pill' for clearing EBV?

Monolaurin is not a 'magic pill' for clearing EBV because it does not provide a comprehensive solution; it does not address all aspects of EBV treatment such as diet, emotions, and environmental toxins, and it may not be sustainable in the long term.

What alternatives to monolaurin are suggested for EBV treatment?

The script suggests using a comprehensive protocol that includes supplements, diet, emotional well-being, and addressing environmental toxins, rather than relying solely on monolaurin.

What are some potential side effects of monolaurin mentioned in the script?

Potential side effects of monolaurin mentioned include headaches, malaise, increased liver enzymes, and cholesterol issues.