Re:
https://www.infowars.com/posts/dr-rober ... ccine-push
"High-Level Discussions of Bird Flu mRNA Vaccine Push"

The continuing controversies about new flu types and their causes/cures reminds that
natural human defense (immune system and its microbiome) needs better attention
... lest the human causes/cures remain problematic for whatever reasons.
Q: How effective is a robust microbiome in defending against various flu viruses?
What maintains a robust microbiome?
(Perplexity) "
A robust microbiome plays a significant role in defending against various flu viruses. The gut microbiome has been shown to enhance host resistance to viral infections, including influenza, through several mechanisms:
- Stimulation of antiviral immunity: A healthy gut microbiome promotes the production of type I interferons, which are crucial for innate antiviral immune responses. This priming of the immune system helps establish an antiviral state in the body.
- Enhancement of mucosal barrier function: Beneficial bacteria in the gut contribute to the production of mucins, which form a physical barrier against invasive pathogens, including viruses.
- Production of antiviral compounds: Some bacteria in the microbiome produce antimicrobial peptides and bacteriocins that have virucidal properties.
- Modulation of immune cell function: Probiotics can stimulate the activity of natural killer cells and enhance the production of antiviral immunoglobulins, both of which are important for fighting viral infections.
- Regulation of the gut-lung axis: Recent studies have found that regulating the gut microbiota can promote immune effects against influenza A virus via the gut-lung axis.
To maintain a robust microbiome, several factors are important:
- Diverse, fiber-rich diet:
Consuming a variety of plant-based foods high in fiber supports a diverse microbiome. Foods rich in prebiotic fibers, such as garlic, onions, asparagus, bananas, and whole grains, are particularly beneficial.
- Probiotic foods: Including fermented foods like yogurt, kefir, kimchi, and sauerkraut in the diet can introduce beneficial live microorganisms.
- Limited processed foods: A diet high in sugar and saturated fats tends to favor less beneficial microorganisms.
- Avoiding unnecessary antibiotics: While sometimes necessary, antibiotics can disrupt the microbiome balance.
- Reducing exposure to environmental toxins: Chemicals like alcohol, tobacco smoke, and pollutants can negatively impact the microbiome.
- Regular physical activity and stress management: These lifestyle factors can positively influence the gut microbiome composition.
By maintaining a healthy microbiome through these practices, individuals may enhance their body's ability to defend against flu viruses and other respiratory infections."
Q: What are the plant-based foods high in fiber that support a diverse microbiome?
(P) "Plant-based foods high in fiber that support a diverse microbiome include:
- Legumes: Lentils (16g fiber per cup), black beans (15g fiber per cup), and chickpeas (10.6g fiber per cup) are excellent sources of fiber.
- Whole grains: Barley (17g fiber per cup), quinoa (5.2g fiber per cup), and oats (8g fiber per cup) provide significant amounts of fiber.
- Fruits: Raspberries (8g fiber per cup), apples (4g fiber per small apple), and avocados (10g fiber per cup) are fiber-rich options.
- Vegetables: Artichokes (10g fiber per artichoke), broccoli (2.4g fiber per cup), and Brussels sprouts (3.3g fiber per cup) contribute to fiber intake.
- Nuts and seeds: Chia seeds (9.75g fiber per ounce), almonds (4g fiber per 3 tablespoons), and flaxseeds (11g fiber per half-cup) are high in fiber.
These diverse plant-based foods not only provide fiber but also offer a range of nutrients and prebiotics that support a healthy and diverse microbiome. Incorporating a variety of these foods into your diet can help maintain gut health and overall well-being."
Q: What teas help support a diverse microbiome?
(P) "Several types of tea have been shown to support a diverse microbiome:
- Green Tea: Consumption of up to 1000 mL daily (4-5 cups) has been associated with improved colonic bacterial profiles, including increased Bifidobacteria. Green tea can stimulate the growth of beneficial bacteria species and inhibit the growth of pathogenic ones.
- Black Tea: Emerging evidence suggests black tea may have similar beneficial effects on gut microbiota as green tea.
- Oolong Tea: Studies have shown that oolong tea consumption can improve Bacteroidetes levels and reduce Firmicutes in animal models, suggesting prebiotic effects. Recent research also indicates that oolong tea intervention can restore intestinal flora richness.
- Pu-erh Tea: Animal studies have shown that Pu-erh tea ingestion can improve markers of metabolic syndrome, possibly mediated by remodeling of gut microbiota.
- Fuzhuan Tea: Consumption of Fuzhuan tea has been linked to increased diversity of microbiota in animal studies, including a threefold rise in Lactobacillus species.
These teas generally work by either stimulating the growth of beneficial bacteria or inhibiting the growth of harmful ones. The polyphenols and other antioxidants in tea act as prebiotics, nourishing beneficial bacteria strains in the gut.
Regular consumption of these teas, especially green tea or more than three cups of tea per day, may positively affect gut microbiome diversity and the abundance of certain beneficial bacteria."
(P) "To maximize resistant starch in soups or other dishes:
- Cook starchy ingredients separately.
- Cool them in the refrigerator for at least 24 hours.
- Add the cooled ingredients to the hot dish just before serving, minimizing reheating time.
This method allows for the formation of resistant starch during cooling while limiting its breakdown during reheating.
The brief exposure to heat when adding to hot soup should maintain most of the resistant starch benefits."
Tip: Canned beans are already cooked and need only reheating.
Rod
