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There’s an old saying that almost sounds like a dark joke:

You don’t make money on healthy people.

You don’t make money on dead people.

The real profit lives somewhere in between — with people who are kept just sick enough.


It’s uncomfortable to sit with.

But once you start looking closely, it’s hard to unsee.


Because modern medicine didn’t appear in a vacuum. Behind it is a long economic and historical journey that most of us were never taught — one that gradually turned healing into an industry, and the human body into a marketplace.


In ancient China, doctors were paid to keep people well.

If someone got sick, the payment stopped until health was restored.

Imagine that today.

A flu would mean a pay cut.

Chronic illness would be financially devastating.

Back then, the doctor succeeded when people thrived.

Today, the system succeeds when people don’t.


THE TURNING POINT

The Flexner Report was published in 1910 by Abraham Flexner, commissioned by the Carnegie Foundation and supported by the American Medical Association (AMA).


Flexner’s report called for a standardized, science-based approach to medicine, which emphasized laboratory research, pharmacology, and clinical practice grounded in biology and chemistry.


While the report did help raise educational standards and remove many low-quality or unsafe institutions, it also triggered a massive consolidation of medical power — and an ideological shift that defined “real” medicine narrowly as pharmaceutical and surgical science. Over 75% of medical schools were closed. Funding and legitimacy were redirected exclusively toward institutions aligned with laboratory-based medicine — supported by emerging pharmaceutical and financial interests.


The consequences were profound and long-lasting: 


1) Rise of Pharmaceutical Dominance, leading to a system focused on symptom management rather than root-cause healing.


2) The holistic view of the human being — as body, mind, and spirit — was replaced by a reductionist model treating organs and symptoms in isolation.


You can’t patent a plant, but you CAN patent a synthetic molecule.

Once you see that, the direction medicine took makes economic sense.


In a very short period of time, thousands of years of healing traditions were pushed aside in favor of petroleum-based, patentable drugs.

Not because they were always better —but because they were profitable.


Healthcare doesn’t truly profit from fully healthy humans.

The pharmaceutical industry doesn’t profit from cures.

Our model rewards symptom management, not resolution.

This isn’t about bad doctors or evil scientists.

It’s about structures shaped over more than a century by money, industrial chemistry, education systems, and institutional design.


WHAT HAPPENS NOW?

We are more medicated than ever —and also sicker than ever.

Chronic disease, metabolic dysfunction, autoimmune conditions, mental health struggles.

We have endless pills. But very little healing.


What we need now is fascinatingly simple:

• Real food instead of chemical substitutes

• Nervous systems that actually get to rest

• Bodies that are allowed to move

• Sleep that restores

• Stress that’s addressed, not ignored

• Lives aligned with human biology — not industrial efficiency


Maybe the most revolutionary thing we can do today is return to what was obvious long before modern medicine existed:

Live in a way that supports health —before we need to manage disease.


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Biohacking refers to the practice of using science, technology, and self-experimentation to enhance physical and mental performance, and improve your emotional wellbeing.

It empowers individuals to take control of their own health, focusing on prevention rather than treatment.


The Limitations of Conventional Healthcare

Conventional healthcare often operates on a reactive model, which includes:

  • Focus on treating illnesses rather than preventing them

  • Reliance on pharmaceuticals and surgical interventions

  • Limited understanding, and often times a rejection, of holistic health approaches


At times we will need surgery. We might also need that over-the-counter pain relief. We can view these as 'lifevests when the sea gets too rough'. At such time we need that lifevest to give our system a break. However, we do not need to always resort to pain relief at the slightest fever or head ache. Symptoms are a way for our bodies to tell us something is wrong, so that we can stop the cause. At these moments we should avoid silencing the communication too swiftly and just going back to our prior business. Ask yourself, "why am I not well?".

Conventional healthcare can lead to a cycle of dependency on medications and treatments that address symptoms rather than the root causes.


The Shift Towards Preventative Health

Biohacking promotes a proactive approach to health through various methods, including:

  • Nutrition optimization: Tailoring diets to individual needs and goals

  • Supplements and herbs to complement your nutritional intake

  • Exercise and physical activity: Implementing personalized fitness regimens

  • Sleep enhancement: Prioritizing quality sleep for overall well-being

  • Mental health practices: Incorporating mindfulness and stress management techniques

  • Use of technology: Leveraging wearables and apps to track health metrics


Benefits of Biohacking

By embracing biohacking, individuals can experience:

  • Increased energy levels

  • Improved mental clarity and focus

  • Enhanced physical performance

  • Better emotional resilience

  • Overall improved quality of life


Biohacking offers a pathway to personal empowerment in health management. By shifting focus from reactive treatments to proactive strategies, individuals can cultivate a healthier lifestyle and reduce reliance on conventional healthcare systems.

Biohacking has gained attention as a practical way to improve both mental and physical performance. People are increasingly interested in taking control of their own biology to feel better, think clearer, and live healthier lives.


Imagine you have another 60 to 80 yeas left to live a vibrant, highly engaged, functional life? what would you do? How would you spend your time? Who would you spend it with?


Eye-level view of a person measuring their heart rate with a wearable device
Tracking heart rate with wearable technology



 
 
 

Were you dealt a bad DNA card? Illnesses scattered across your family tree? Don't worry, you are not doomed to the same fate.


Many people believe their health is predetermined by their genes, leaving them feeling powerless against conditions like diabetes, heart disease, or obesity. Or even cancer. This belief can lead to a passive approach to health, where individuals accept their fate instead of taking action. The truth is, while genetics influence our health, they do not dictate it entirely. You have the power to impact your well-being through lifestyle choices, environment, and daily habits.


Understanding how genetics and lifestyle interact can help you make informed decisions that improve your health and quality of life.


How Genetics Influence Health


Genes carry instructions for how our bodies function. They can predispose us to certain conditions, such as high blood pressure or certain cancers. However, genes are not a fixed destiny. Many genetic risks require environmental triggers or lifestyle factors to manifest.


Understanding your genetic risks can be helpful, but it should not cause fear or resignation. Instead, it should motivate you to adopt habits that protect your health.


How Lifestyle Choices Impact Your Health


Our genes are fixed, you cannot change them. However, you influence which of your genes are activated or not, through the process called DNA methylation. 


Chemical compounds, methyl groups (one carbon and 3 hydrogen molecules) wrap around your DNA, telling your body to either activate or silence a gene. This process is highly influenced by your habits and environment. Adding methyl groups silences the genes, removing metyl groups activates the genes. DNA methylation is influenced by diet, exercise, stress, relationships, thoughts, toxins, sleep, virus and bacteria. One meal or a session of exercise can affect the location of the methyl groups on the DNA.


The key is understanding how to turn off the genes that cause illness, and turn on the genes that suppress tumors.


90% of our health results not from our inherited genes but rather from the exposures that influence our genes. 



Eye-level view of a person jogging on a forest trail surrounded by green trees



 
 
 
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