Luib Health Center

04/30/2026

04/27/2026

🚨 LIVE from the Supreme Court: Thousands gather for the People vs. Poison rally as the Court weighs whether pesticide makers can avoid lawsuits over glyphosate harms tied to Monsanto's Roundup. Watch live at

Watch live here every Thursday at 11 PM PT (2 PM ET) and catch up on past episodes and episode segments.

04/19/2026

Come on out to Balboa and visit our health space today! Have aches/pains, seeking relief and relaxation? Dr. Cat is ready for you at .raza!

04/18/2026

Vision is not just about seeing, it is a direct extension of how the brain works. The eyes are physically connected to the brain through the optic nerve, meaning what you see is instantly processed, interpreted, and even influenced by your thoughts and past experiences.

Neuroscience shows that nearly 50% of the brain is involved in visual processing. Signals from the retina travel to the visual cortex, where the brain constructs images, detects motion, and assigns meaning. This explains why perception can differ between people. Your brain is not just receiving reality, it is actively shaping it based on memory and expectations.

This connection also explains phenomena like optical illusions and visual biases. The brain sometimes fills in gaps or makes predictions, which can lead to errors in what we think we see. It is a reminder that vision is not always a perfect reflection of the outside world but a carefully built interpretation.

Understanding this link has major implications in psychology, neuroscience, and even mental health. Training visual focus, reducing screen strain, and maintaining eye health can support cognitive function. The eyes and brain work as a unified system, constantly exchanging information to shape how you experience reality.

04/05/2026

03/30/2026

Calamari Clots Part 2

Calamari Clots Part 2 moves the discussion from appearance to chemistry.

If these anomalous casts are consistently sulfur-depleted and phosphorus-enriched, then they are not behaving like ordinary fibrin clots. That does not prove the full mechanism yet, but it does strengthen the case that this is a real and repeatable biological abnormality that deserves urgent investigation, not dismissal. (Dr. Trozzi News)

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03/28/2026

03/27/2026

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What if the thyroid did not need more force, but less fire?
That is why aloe vera juice is getting attention in thyroid research. In people with Hashimoto’s thyroiditis, the real damage often comes from chronic inflammation and thyroid peroxidase TPO antibodies attacking the gland itself. Aloe vera may help calm that internal stress, reduce antibody activity, and support the thyroid as it works to restore hormone balance.

What makes this especially interesting is that its effect does not appear limited to just one pathway. Research suggests aloe vera may help lower inflammation inside the thyroid, reduce TPO antibodies, improve TSH levels, and support healthier free T4 activity. Some researchers also describe its action as adaptogen-like, meaning it may help stabilize thyroid function rather than simply push it in one direction.

📂How aloe vera supports thyroid health:
📄Reduces inflammation: Aloe vera may lower inflammation in the thyroid gland, a key factor behind autoimmune thyroid conditions like Hashimoto’s.
📄Lowers thyroid antibodies: Research suggests it can reduce TPO antibodies, which attack the thyroid, helping bring function back toward normal.
📄Supports hormone production: By lowering antibodies and inflammation, it helps the thyroid produce hormones more efficiently, improving TSH and free T4 levels.
📄Acts as an adaptogen: It may help balance thyroid activity, working similarly to TSH to maintain hormone stability.

PMID: 29527506

⚠️This information is shared for awareness only and is not a replacement for professional medical advice, diagnosis, or treatment. Always consult your doctor or a qualified healthcare provider with any concerns about a medical condition. Never ignore medical advice, stop prescribed treatment, or delay care based on something you read here. 💙

03/27/2026

Controversial yet fascinating discovery from 1993 revealed that DNA can be influenced and reprogrammed using only words and frequencies. A pioneering scientist demonstrated this remarkable effect, suggesting that information and vibrations could directly impact genetic expression.

Despite the potential implications for medicine, genetics, and human health, the medical industry has largely ignored this discovery. If widely recognized and applied, this research could transform approaches to healing, cellular regeneration, and epigenetics.

The study highlights the intersection of biology, linguistics, and vibrational science, showing that DNA is more dynamic than traditionally understood. Words and frequencies may serve as a medium to influence genetic patterns without chemical or physical intervention.

Findings like this challenge conventional science and open the door to innovative thinking. By exploring the connection between information, energy, and DNA, scientists are uncovering possibilities that could reshape our understanding of biology and human potential.

03/27/2026

Tiny flashes of light inside your cells may shape life

Deep within every cell of your body, mitochondria are constantly at work producing energy. For decades, scientists viewed them as simple power generators. But recent research suggests something far more fascinating. These tiny structures may also emit ultra weak flashes of light, known as biophotons, as a natural byproduct of cellular activity.

This light is not visible to the human eye, yet it appears to carry information about what is happening inside the cell. Some scientists believe these light signals could help cells coordinate with each other, acting like a subtle communication system alongside chemical signals. Instead of relying only on slow molecular exchanges, cells might also use rapid light based interactions to stay in sync.

While the idea that humans are “beings of light” is poetic, the scientific reality is more grounded. These light emissions are extremely faint and are not a primary form of communication like nerves or hormones. However, studying them is opening new doors in understanding how cells function under stress, disease, or aging. Researchers are exploring whether changes in these light patterns could help detect illnesses earlier, including cancer or neurological conditions.

Traditional biology focused mostly on chemistry and electrical signals. Now, this emerging field suggests there may be another layer to life’s complexity. Even the smallest processes inside us may carry signals that we are only beginning to understand.

This discovery reminds us that the human body is far more intricate than once imagined. Hidden within us are patterns of energy and light that continue to inspire new questions about life itself and where science might go next.

03/24/2026

At 23, she created the first real cure for leprosy. At 24, she was dead. For 90 years, a white man took credit for her discovery. This is Alice Ball's story.

Alice Augusta Ball was born in 1892 in Seattle, Washington, into a family that believed in Black brilliance. Her grandfather was one of the first Black photographers in the U.S., and her father was a lawyer and newspaper editor. Alice was raised in an environment that valued education, and she inherited both determination and an extraordinary mind.

By high school, Alice had already developed a fascination with chemistry. She went on to earn two bachelor’s degrees from the University of Washington—one in pharmaceutical chemistry and another in pharmacy. She even published a research paper while still an undergraduate.

In 1914, at the age of 22, Alice moved to Honolulu to pursue her master's degree in chemistry at the University of Hawai'i. She became the first woman and first African American to earn a graduate degree from the university. At just 23, she also became the first woman to be offered a position as a chemistry professor there.

It was during her time at the University of Hawai'i that Alice began researching Hansen's disease (leprosy), which had devastated families across the Pacific for generations. The only treatment at the time was chaulmoogra oil, but it was painful to inject and not absorbed well by the body. Alice, known for her brilliant chemistry, was tasked with finding a better solution.

Alice developed a method to make chaulmoogra oil injectable and more effective. She isolated the ethyl esters of the oil’s fatty acids, turning it into a water-soluble form that could be absorbed by the body. This groundbreaking treatment, called the Ball Method, saved lives and gave hope to those suffering from the disease.

But tragically, Alice never saw the full impact of her discovery. In 1916, at just 24 years old, Alice died suddenly. The cause is uncertain, but some believe she may have inhaled toxic gases while working in the lab.

And then, her work was stolen. Dr. Arthur Dean, president of the University of Hawai'i, took over Alice’s research after her death, published her findings under his name, and called it the “Dean Method.” For 90 years, Alice Ball was erased from medical history, and the credit was given to a white man.

It wasn’t until 2000 that Alice's contributions were finally acknowledged. Researchers uncovered her original work, and the University of Hawai'i placed a plaque in her honor. Alice Ball’s method saved thousands of lives, and her legacy has been restored.

Her story is one of brilliance and injustice, of a young Black woman whose genius was stolen. But Alice Ball’s name is now rightfully attached to the method that saved lives—the Ball Method.