Kyle Hodgetts discovered a revolutionary treatment for Heart Disease.

Summary

Carl Hodgetts, facing a terminal heart disease diagnosis, discovered cyclodextrin, a compound that could potentially reverse arterial plaque. Despite skepticism from the medical community, his self-experimentation with cyclodextrin infusions led to significant health improvements. With the support of Dr. Luke Van Der Hoover and later, Dr. James Roberts, cyclodextrin's therapeutic potential was further explored and commercialized as Cavitex and Remco. These treatments have shown promise in reducing cholesterol and plaque, offering hope to heart disease patients and challenging conventional cardiovascular treatments.

Takeaways

• 💔 Carl Hodgetts was told he had less than two years to live due to severe heart disease and his wife was diagnosed with terminal cancer.
• 🔬 Carl discovered a potential treatment for heart disease through his research into cancer treatments: a compound called cyclodextrin.
• 🐁 A German research study showed cyclodextrin could remove arterial plaque from mice within four weeks.
• 👨‍⚕️ Dr. Luke Van Der Hoover, a GP in Melbourne, initially doubted Carl's plan to infuse cyclodextrin into his bloodstream but later became convinced of its potential.
• 🧬 Carl, despite not having a medical background, formulated a plan to treat himself with cyclodextrin, starting with a baseline of medical tests.
• 📈 Carl's health improved dramatically after six weeks of self-treatment with cyclodextrin, including reduced angina, normalized cholesterol and triglycerides, and improved liver function.
• 🏥 Professor Laurie Howes, a leading cardiac researcher, was astonished by Carl's results and the potential of cyclodextrin.
• 🌐 Carl developed a more effective form of cyclodextrin called CaviDex and an at-home enema application named Remco.
• 👨‍⚕️ Dr. James Roberts, an American cardiologist, began using CaviDex on his patients with advanced heart disease and reported positive outcomes.
• 🌐 CaviDex works by removing cholesterol from arterial walls, improving blood flow, and reducing inflammation, offering a universal antidote to atherosclerosis.
• 🚫 Despite the promising results, Carl faced significant challenges in getting the media and medical community to acknowledge and adopt cyclodextrin as a treatment for heart disease.

Q & A

What was Carl Hodgetts' initial health condition in 2018?

In 2018, Carl Hodgetts was told by his doctor that he was likely to die within two years due to heart disease. His arteries were blocking, and he had already had five stents inserted, which were also clogging.

What was the unexpected discovery Carl made while researching cancer treatments for his wife?

Carl discovered a German research study about a compound called cyclodextrin, which showed that it could remove arterial plaque from mice within four weeks.

What was Dr. Luke Van Der Hoover's initial reaction to Carl's plan to infuse cyclodextrin into his bloodstream?

Dr. Luke Van Der Hoover was initially against Carl's proposal and was concerned about the safety of self-infusing cyclodextrin, as it had not been tested on humans and could be dangerous.

What were the results of Carl's self-treatment with cyclodextrin after six weeks?

After six weeks of self-treatment with cyclodextrin, Carl's angina was completely gone, his cholesterol and triglycerides returned to normal, his liver function improved significantly, and his arterial plaque reduced dramatically.

What is the role of Professor Laurie Howes in Carl's story?

Professor Laurie Howes is the head of cardiac research at the Gold Coast University Hospital. Carl showed him his results, and Professor Howes was astonished by the improvements, recognizing the potential of cyclodextrin as a game-changer in heart disease treatment.

What is the significance of the cyclodextrin compound in treating heart disease according to the script?

Cyclodextrin is significant because it has the potential to clear arterial plaque, which is a major cause of heart disease. The script suggests that cyclodextrin could be a universal antidote to atherosclerosis, improving blood flow and reducing inflammation.

What is the mechanism by which cyclodextrin (Cavitex) is believed to remove cholesterol from arterial walls?

Cavitex has a cone-like structure with a water-soluble exterior for entering the bloodstream and a fat-soluble core that can fit a cholesterol molecule. It plucks cholesterol from cell membranes, leading to the dissolution of lipid droplets and crystalline cholesterol within arterial plaques, which are then removed through the liver and kidneys.

How did Dr. James Roberts become involved with cyclodextrin and start using it in his practice?

Dr. James Roberts learned about cyclodextrin (Cavitex) about a year ago and began using it in his patients with advanced and recurrent coronary artery disease. He found it to be safe, effective, and cost-efficient, making it an important part of his treatment approach.

What is the significance of the FDA approval for cyclodextrin (Cavitex) mentioned in the script?

The FDA approval for cyclodextrin (Cavitex) is significant because it indicates that the compound is recognized as safe for use in the United States. It is used as a drug delivery vehicle, and its safety and efficacy in removing lipids have been demonstrated in various conditions, including Niemann-Pick disease.

What challenges did Carl face when trying to share his findings with the media and medical community?

Carl faced significant challenges in getting the media and medical community to acknowledge his findings. Despite initial interest, media outlets did not follow through with stories, and his attempts to contact politicians, health ministers, and high-profile individuals were largely unsuccessful.

What is the potential impact of cyclodextrin (Cavitex) on treating vascular diseases according to the experiences shared in the script?

According to the experiences shared in the script, cyclodextrin (Cavitex) has the potential to significantly improve or even reverse vascular diseases by removing arterial plaque, reducing inflammation, and improving blood flow. It could be a universal treatment for various conditions caused by atherosclerosis.