Browsing: Health

Eggplant’s hidden energy: The purple produce that fights illness on the mobile stage

Curated by: NewYorkGazette.com Est. 1725August 26, 20260

Eggplant contains nasunin, a potent antioxidant in its purple skin that may help prevent cellular damage and DNA mutation.

The vegetable is the richest known plant source of acetylcholine, a neurotransmitter that may help lower blood pressure by activating the body’s “rest and digest” response.

Chlorogenic acid, found primarily in eggplant flesh, shows promise for blood sugar control and metabolic health.

Studies suggest eggplant contains compounds that may inhibit cancer cell growth, particularly solasodine rhamnosyl glycosides.

Proper preparation methods, including keeping the skin on and using acidic ingredients, maximize the vegetable’s nutritional benefits.

A purple powerhouse emerges from culinary obscurity

For centuries, eggplant languished in culinary purgatory. Fourteenth-century Spanish cookbooks dismissed it as the “disdainful apple,” fit only for peasants. England prohibited it entirely. Medieval Europeans believed it caused leprosy and epilepsy.

Today, however, this once-maligned fruit—technically a berry, though treated as a vegetable—has emerged as one of the most nutritionally dense foods available. With over 1,000 varieties cultivated worldwide and peak season running July through October, eggplant offers a surprising array of health benefits that scientists are only beginning to understand.

Research published in Food Chemistry in 2018 identified eggplant as having higher phenolic content than many common vegetables. These natural compounds act as antioxidants, scavenging free radicals that can damage cells and DNA. The vegetable’s deep purple skin contains nasunin, an anthocyanin pigment that demonstrated stronger antioxidant activity than 15 other common vegetables in laboratory testing.

Cellular protection: How eggplant’s antioxidants work

The antioxidant story extends beyond simple free-radical scavenging. Laboratory experiments in rodents show that nasunin binds to iron molecules, preventing the formation of free radicals before they occur. This mechanism appears particularly protective for brain cells.

Eggplant extracts have also demonstrated the ability to reduce experimentally induced DNA damage and mutagenicity in laboratory models. The chlorogenic acid found in the flesh, which accounts for 70 to 90 percent of the eggplant’s total phenolic content, works alongside nasunin to lower markers of free radical damage throughout the body.

A 2025 study published in Molecules added another dimension: eggplant extracts neutralize a toxic byproduct of fat oxidation that causes age-related skin damage while shielding human skin cells from daily oxidative stress.

Blood pressure and neurological benefits through acetylcholine

Eggplant contains up to 2,900 times more acetylcholine than other common vegetables, making it the richest known plant source of this neurotransmitter. A 2019 study found that concentrated eggplant preparations reduced blood pressure in people with normal-to-high readings or mild hypertension. Participants also reported lower levels of tension, anger and confusion.

The mechanism appears tied to the gut-brain connection. A 2021 study in rats showed that orally ingested acetylcholine doesn’t need to enter the bloodstream to affect blood pressure. Instead, it binds to receptors in the gut, triggering the Vagus nerve to send calming signals to the central nervous system. This activates the parasympathetic “rest and digest” state while quieting the “fight or flight” response that often elevates blood pressure.

A 2023 study in the Journal of Food Composition and Analysis examined 100 eggplant varieties and found that round, green Asian eggplants contained the highest acetylcholine concentrations—up to seven times higher than other varieties. Standard purple eggplants still averaged significant amounts.

Blood sugar control and cancer-fighting potential

Eggplant’s fiber content of 2.5 grams per cup slows digestion and sugar absorption, helping prevent blood sugar spikes. A 2021 review in the Iranian Journal of Basic Medical Sciences highlighted that extracts from eggplant skin and pulp inhibit key digestive enzymes, potentially blunting post-meal glucose surges.

The cancer research, while preliminary, shows promise. Test-tube studies have demonstrated that solasodine rhamnosyl glycosides—compounds found in nightshade plants like eggplant—can cause cancer cell death. These compounds showed particular effectiveness against skin cancer when applied directly. The National Cancer Institute notes that diets rich in plant foods correlate with lower risks of mouth, pharynx, larynx, esophagus, stomach and lung cancers.

Preparation matters: Maximizing nutritional benefits

How eggplant is prepared significantly affects its nutritional value. The skin contains the vast majority of anthocyanins and nasunin, making peeling counterproductive. Adding acidic ingredients like lemon juice, tomatoes, or vinegar helps protect anthocyanin structures during cooking. Brief salting draws out excess water without significantly diminishing nutritional properties, according to medical experts.

Storage affects quality as well. Eggplants are sensitive to ethylene gas produced by apples, bananas and tomatoes, which accelerates rotting. Whole fruits stay fresh at room temperature for three to five days; cut eggplant should be refrigerated and used within two days.

The vegetable’s sponge-like structure means it absorbs oil more readily than almost any other food, making deep frying counterproductive. Grilling, roasting, baking, or sautéing with minimal oil preserves both nutritional value and flavor.

From its dark history as a feared “evil fruit” to its current status as a research-backed nutritional powerhouse, eggplant has completed a remarkable transformation. The compounds once suspected of causing disease now show potential for preventing it. As scientists continue investigating this purple produce, the evidence increasingly suggests that adding eggplant to one’s diet—skin on, minimally processed—represents a simple, accessible strategy for supporting long-term health.

Sources for this article include:

TheEpochTimes.com

Healthline.com

chhs.colostate.edu

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How Dance Turns into an Providing

Curated by: NewYorkGazette.com Est. 1725August 26, 20260

Practical Lessons, Profound Insights

Smash Rooster Caesar Tacos

Curated by: NewYorkGazette.com Est. 1725August 25, 20260

Reading Time: 3 minutes

“UNBREAKABLE” on BrightU: On a regular basis exposures, mobile restore and chemical dangers

Curated by: NewYorkGazette.com Est. 1725August 25, 20260

Everyday exposures – including radiation, chemicals, environmental contaminants and normal metabolic processes – can create DNA lesions. Cells may sustain an estimated 10,000–100,000 lesions daily, normally repaired by cellular mechanisms.

Chapter 5 examines what happens when DNA damage accumulates faster than cells can repair it, potentially threatening genomic stability. Adams describes the normal process as: “The damage occurs, the repair follows and the genome remains intact.”

Chapter 6 investigates scented personal-care and household products, where ingredients can be protected as trade secrets. It explores claims that products may contain hundreds of volatile compounds, including petroleum-derived chemicals.

The episode examines phthalates, synthetic musks such as galaxolide and tonalide and certain preservatives, highlighting evidence of chemical accumulation in tissues and research reporting oxidative or genetic effects.

Optical brighteners can remain associated with fabrics and may produce photoallergic or phototoxic reactions when exposed to sunlight. The episode also questions claims about “free and clear” and organic products, emphasizing the distinction between documented exposures and unsupported allegations.

Brighteon University is streaming one chapter daily of “UNBREAKABLE: Secrets to Genetic Survival in the Age of Spike Shedding and Nuclear Fallout” from Aug. 29 to Sept. 10. It will broadcast a replay of Episodes 1-4 on Sept. 11, Episodes 5-8 on Sept. 12 and Episodes 9-13 on Sept. 13. Catch the complete course marathon on Sept. 14.

Register here to explore DNA integrity and repair mechanisms, examine Mike Adams’ perspectives on spike protein, nuclear fallout and environmental stressors alongside established science, and learn more on his proposed nutrition, lifestyle and preparedness strategies for supporting cellular resilience.

The invisible war on DNA: How everyday exposures could overwhelm the cell’s repair crew

Every cell in the body is engaged in a relentless battle to protect its genetic blueprint. Radiation, chemicals, electromagnetic fields, food and environmental contaminants can all contribute to DNA damage, while normal metabolism itself generates oxidative stress. In Chapter 5 of “UNBREAKABLE,” to air on Sept. 2, Mike Adams examines what happens when this constant stream of damage collides with the cell’s ability to repair itself.

Adams says each cell can sustain approximately 10,000 to 100,000 DNA lesions per day, yet under normal conditions, repair mechanisms continually correct the damage and preserve genomic stability. “The damage occurs, the repair follows and the genome remains intact,” he explains.

But the episode focuses on what happens when that balance breaks down. Adams compares the situation to “the broken fire extinguisher” from the previous chapter, while Chapter 5 examines “the fire,” the many sources of DNA damage confronting cells.

The result is a provocative look at the cellular repair system and the consequences when damage begins arriving faster than it can be fixed. How resilient is DNA when its repair machinery is pushed beyond its limits?

Hidden chemicals in scented products systematically destroy your DNA

What if the scent of “fresh laundry” conceals a chemical cocktail your body was never told about?

Chapter 6, to be streamed on Sept. 3, pulls back the curtain on fragrance formulas, where manufacturers can shield ingredients as trade secrets. It explores claims that a single scented product may contain hundreds of volatile compounds, many petroleum-derived, while the precise mixture remains hidden from consumers.

The deeper story is molecular. The episode examines phthalates and oxidative stress, synthetic musks such as galaxolide and tonalide and preservatives capable of interacting with biological molecules. Research has detected synthetic musks in human breast milk and adipose tissue, while laboratory studies have reported oxidative and genetic damage in aquatic organisms.

Then comes the laundry room. Optical brighteners are designed to cling to fabric and create the appearance of greater whiteness; some can remain associated with textiles and may cause photoallergic or phototoxic reactions under sunlight.

But does that make “free and clear” or organic products dangerous, too? The episode puts those claims under scrutiny, separating documented chemical exposure from allegations that go beyond the evidence.

Want to know more?

Discover the concepts explored in Mike Adams’ “UNBREAKABLE” course, which examines DNA integrity, cellular repair pathways, radiation exposure and the relationship between nutrition and genetic resilience, streaming on BrightU. Across 12 chapters, the course takes viewers through the fundamentals of DNA damage and repair, including NHEJ, homologous recombination, double-strand breaks and cellular mechanisms involving BRCA1, 53BP1 and CHK1. It also explores Adams’ perspectives on spike protein, nuclear fallout, environmental stressors and the nutritional strategies he believes may support DNA repair.

Whether you’re new to the subject or looking to explore the science presented in the course in greater depth, you can purchase the “UNBREAKABLE” course package here to learn more about its framework for genetic preparedness and cellular resilience. Upon purchase, you’ll gain access to the full 13-chapter course and accompanying educational materials covering DNA repair, nutrition, environmental exposure and Adams’ proposed strategies for supporting the body’s natural repair mechanisms.

Sources include:

BrighteonUniversity.com 1

BrightU.com

BrighteonUniversity.com 2

Ask BrightAnswers.ai

Examine: Tomato Consumption Tied to Higher Liver Fats Discount in MASLD Trial

Curated by: NewYorkGazette.com Est. 1725August 24, 20260

The trial enrolled 79 adults with MASLD and assigned them to either consume tomatoes daily or avoid tomatoes for six weeks, the study stated ^[1]. Participants in the tomato group consumed 200 grams of raw tomatoes – approximately two medium tomatoes – plus 50 grams of tomato sauce each day, according to the report.

After six weeks, the tomato group showed a median reduction in liver fat of 35 units, compared with 18 units in the tomato-free group, the study found. The results add to a growing body of evidence on how everyday foods may support metabolic health, the report said. The study was published in the journal Nutrients, according to the report.

Study Design and Measurements

MASLD, formerly called non-alcoholic fatty liver disease (NAFLD), occurs when excess fat builds up in the liver, according to the study. The condition is commonly linked to being overweight, Type 2 diabetes, high cholesterol and excessive alcohol consumption, according to health authorities. A global analysis estimated that 1.3 billion people were living with the condition in 2023 – a 143% increase since 1990 – with cases projected to reach 1.8 billion by 2050, according to the report ^[2].

Researchers used FibroScan, a noninvasive scan, to measure liver-fat scores before and after the six-week intervention. Participants were asked to maintain their usual diet and lifestyle during the trial, the study authors said. Tomatoes were selected for testing because they are a staple of the Mediterranean diet and a rich source of lycopene, a plant compound with antioxidant and anti-inflammatory properties, according to the report.

Key Findings

The larger reduction in liver fat was not explained by weight loss, according to the report. Body weight, body mass index and body fat – including belly fat – did not differ meaningfully between the groups, the study stated ^[1]. The absence of weight differences suggests the tomatoes themselves may have played a role in the liver-fat reduction, the researchers said.

No significant differences were observed in liver stiffness, blood sugar, cholesterol, liver enzymes or inflammation markers at six weeks, the report stated. The researchers said the six-week duration may have been too short for those measures to change. The study authors said larger and longer trials are needed to determine whether the effect on liver fat is lasting and whether the changes translate into broader metabolic improvements.

How Tomatoes May Act

Tomatoes contain lycopene, beta-carotene, polyphenols and other plant compounds that may help protect cells from oxidative stress and support a healthier inflammatory response, according to the report. Lycopene, a compound found in various fruits and vegetables, can help address NAFLD symptoms, according to earlier research ^[3]. Beta-carotene belongs to a family of colored compounds called carotenoids that the body converts into vitamin A, which helps regulate cell growth and immune system reactions, according to earlier reporting ^[4].

The compounds in tomatoes may reduce the amount of new fat the liver produces or encourage the body to break down existing fat, the study stated. Research cited in Gary Null’s “Ultimate Lifetime Diet” shows that consumption of tomato, carrot or spinach protects against DNA strand breaks and oxidative base damage ^[5].

Cooking tomatoes can make lycopene easier for the body to absorb, and since lycopene is fat-soluble, eating tomatoes with olive oil or another fat source may increase absorption, the report stated. Lycopene bioavailability varies depending on the delivery form and the fat content of the meal, according to the “Handbook of nutraceuticals and functional foods” ^[6].

Adding Tomatoes to the Diet

Simple ways to add tomatoes include adding sliced tomatoes to salads, sandwiches, eggs, pasta or roasted vegetables, according to the article. Pairing tomatoes with fat, such as olive oil or an olive-oil-based sauce, may help with nutrient absorption, the article suggested. Cherry tomatoes can be used as a lunch addition or quick snack, the report stated.

The study authors said tomatoes are not a standalone treatment for MASLD but can be part of a balanced, nutrient-rich eating pattern. Broader dietary patterns that emphasize vegetables and whole foods have been associated with a 32% lower risk of chronic liver disease among individuals with higher Healthy Eating Index scores, according to a meta-analysis ^[7].

Conclusion

The six-week randomized trial found a larger reduction in liver fat among participants who consumed tomatoes daily. The study’s authors said larger and longer studies will show how lasting the effect may be ^[1].

The report concluded that tomatoes are an easy staple to keep in the diet while further research is conducted. Most liver-health advice begins with weight loss; this trial suggested a single food can shift liver fat on its own, with two medium tomatoes and a few spoonfuls of sauce a day linked to a bigger drop over six weeks, according to the report. The findings add to a series of recent clinical trials examining natural food interventions for fatty liver disease, including flaxseed powder and artichoke leaf extract ^[8]^[9].

References

NaturalNews.com. “Daily Tomato Consumption Associated With Reduced Liver Fat in MASLD Patients”. NaturalNews.com. August 12, 2026.
NaturalNews.com. “Diet and Lifestyle Interventions for Fatty Liver Disease: A Review of Recommendations”. NaturalNews.com. July 7, 2026.
NaturalNews.com. “Study suggests eating more lycopene-rich foods to prevent nonalcoholic fatty liver disease”. NaturalNews.com. November 27, 2018.
NaturalNews.com. “The importance of beta carotene”. NaturalNews.com. November 3, 2012.
Gary Null. “Gary Nulls Ultimate Lifetime Diet A Revolutionary”.
Robert E. C. Wildman. “Handbook of nutraceuticals and functional foods”.
NaturalNews.com. “Two Dietary Patterns Linked to Nearly One-Third Lower Risk of Chronic Liver Disease, Meta-Analysis Finds”. NaturalNews.com. May 17, 2026.
NaturalNews.com. “Flaxseed powder cut liver fat in 12-week clinical trial”. NaturalNews.com. August 3, 2026.
NaturalNews.com. “Artichoke leaf extract shows promise in reversing fatty liver disease, German trial finds”. NaturalNews.com. July 28, 2026.