Wellness Clinic Hervey Bay

09/04/2026

24/03/2026

B12 + Folate + B6: are the methylation triad 🧬🫀🧠

When one is low, the entire pathway can bottleneck.

These three B-vitamins work as a tightly linked system that drives one-carbon metabolism, the biochemical process behind DNA synthesis, red blood cell production, neurotransmitter balance, and homocysteine regulation.

That’s why B12, folate, and B6 are often discussed together, not as isolated nutrients, but as a functional triad supporting cardiovascular, neurological, and metabolic health.

Why this combo matters
• Supports healthy homocysteine metabolism (a cardiovascular risk marker)
• Required for DNA synthesis and repair
• Supports red blood cell formation (distinct from iron)
• Plays a key role in nerve function and energy metabolism

RDAs vs real-world needs ⚖️

RDAs are designed to prevent overt deficiency in the general population, not necessarily to optimize function in people with:
• Elevated homocysteine
• Malabsorption issues
• Increased demand (pregnancy, aging, stress)
• Certain dietary patterns (low animal foods, restricted diets)

As a result, some individuals require supplemental doses above the RDA, under appropriate guidance.

Practical protocol:
Baseline intake (RDA level):
• Vitamin B12: 2.4 mcg/day
• Folate: 400 mcg DFE/day (600 mcg DFE during pregnancy)
• Vitamin B6: 1.3–1.7 mg/day

Common supplemental ranges used clinically (not required for everyone):
• B12: 25–500 mcg/day (higher doses often used for deficiency or absorption issues)
• Folate (B9): 400–800 mcg DFE/day
• B6: 5–25 mg/day

⚠️ Important considerations
• High folate intake can mask a B12 deficiency, especially in older adults
• B6 has an established upper limit. Chronic megadoses may not be appropriate
• These vitamins work best together, not in isolation

Who may benefit most
• Individuals with elevated homocysteine
• Older adults or those with reduced B12 absorption
• Pregnancy and pre-conception (folate is critical)
• People with fatigue, anemia, or confirmed deficiencies

16/03/2026

Every year, billions of dollars are spent on cancer research, yet the number of cancer diagnoses continues to rise. With a 75% increase in cancer rates since 1990, one must wonder where all that money is going. Rather than funding more research, perhaps it’s time to address the root causes of cancer, including environmental toxins, pesticides, and harmful chemicals in our food, water, and air.

Many of the substances we come into contact with daily—whether through food, chemicals, or even vaccines—are contributing to the rise in cancer rates. While the medical industry pushes for more research into treatments, it’s crucial to focus on prevention. Building a healthier, more conscious lifestyle is just as important as funding expensive, often ineffective treatments.

The real fight against cancer lies not just in developing cures, but in creating a world where the environmental causes of cancer are eliminated. Let’s invest in the truth—teach people how to live healthier lives so they never face cancer in the first place. 💰🌍

14/03/2026

24/02/2026

The study titled “Tauroursodeoxycholic acid attenuates colitis-associated colon cancer by inhibiting nuclear factor kappaB signaling”, published in Journal of Gastroenterology and Hepatology in March 2019, investigated the protective effects of tauroursodeoxycholic acid (TUDCA) against colitis-associated cancer (CAC). Using an azoxymethane and dextran sodium sulfate–induced mouse model of CAC and human colon cancer cell lines (HCT116 and COLO205), the researchers demonstrated that TUDCA significantly reduced tumor development and promoted epithelial apoptosis.

Mechanistically, TUDCA suppressed NF-κB signaling by inhibiting TNF-α–induced IκBα phosphorylation and degradation, reducing NF-κB DNA-binding activity, and lowering pro-inflammatory cytokines IL-8 and IL-1α. It also decreased cancer cell viability and downregulated anti-apoptotic and pro-angiogenic genes including bcl-xL, MCL1, c-FLIP-L, and VEGF. The findings suggest that TUDCA mitigates inflammation-driven tumorigenesis through inhibition of NF-κB signaling, highlighting its potential as a therapeutic agent for colitis-associated colorectal cancer.

PMID: 30378164

03/02/2026

In 1973, eight perfectly healthy people walked into psychiatric hospitals across the United States.
None of them were ill.
No one inside realized it. 🧠
This was not an accident.
It was an experiment designed by psychologist David Rosenhan to answer a disturbing question.
Can professionals reliably tell the difference between mental health and mental illness?
To find out, Rosenhan recruited eight ordinary people. A painter. A housewife. A pediatrician. A graduate student.
They lied about only one thing. They said they heard voices. Just three words. “Empty.” “Hollow.” “Thud.”
That was enough.
All eight were admitted.
The moment they entered the hospitals, they stopped pretending. They behaved normally. They cooperated. They asked to be discharged. 🚪
It never worked.
Every normal action was reinterpreted as a symptom.
Writing notes became obsessive behavior.
Waiting quietly became pathological attention seeking.
Politeness became controlled behavior consistent with illness.
Seven were diagnosed with schizophrenia.
One with manic depression.
Not a single staff member identified them as healthy.
But the patients did.
Real patients approached them and whispered, “You’re not like the others. You don’t belong here.”
Those considered ill saw what trained professionals could not.
The average stay was 19 days.
One person remained hospitalized for 52 days. ⏳
Each day reinforced the same truth. Once labeled, reality stopped mattering.
When Rosenhan published On Being Sane in Insane Places, the psychiatric world erupted. One hospital challenged him to send new pseudopatients, confident they would catch them.
Rosenhan agreed.
Over the next months, that hospital identified 41 supposed impostors.
Rosenhan had sent no one. Not a single person.
The conclusion was unavoidable.
Diagnosis was not always based on facts. It was shaped by context and expectation.
This experiment shattered blind trust in clinical labels and forced major changes in how mental illness is diagnosed and treated. But its deeper lesson still unsettles today.
Perception can distort reality more than madness itself.
And sometimes, the most dangerous illusion belongs to those who believe they cannot be wrong.