holistic_homeo_healer

02/12/2025

Jackie has made so many friends. Sometimes we search for him everywhere and he go for night out with friends..... And return at morning ..

🐾 ❤️ ♥️

29/11/2025

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29/11/2025

29/11/2025

MARRIAGE IN PAHAAD.

27/11/2025

When you take an antibiotic, the sensitive bacteria die. The mutants survive. The survivors then multiply—and now the whole population carries the resistant trait. Antibiotic resistance has been born.

Second-generation, third-generation, fourth-generation antibiotics aren’t stronger in the punch-you-in-the-gut way. They are smarter—more specifically designed to bypass whatever trick the resistant bacteria evolved.

For example: • Some newer generations cross the bacterial cell wall more easily.
• Some are shaped differently so bacterial enzymes can’t chew them up.
• Some bind more tightly to the bacterial ribosomes (protein factories).
• Some are built to stay in your bloodstream longer.

Think of each new generation as a revised key that fits into a lock bacteria tried to change.

And what do these new generations do to the body?

Here’s where the story gets complicated.

They still don’t know which bacteria are your friends and which are villains. New generations can be: • Broader-spectrum — meaning they wipe out even more of your microbiome.
• More potent — helpful against stubborn bugs, but also more stress on the body.
• Harder on the gut, liver, and kidneys because they're engineered molecules with intense metabolic pathways.
• Capable of disturbing the balance of fungal ecosystems inside you. When good bacteria go down, opportunistic fungi—like Candida—feel like they just got invited to a house party.

27/11/2025

Learning the nature of antibiotics.

Second-generation, third-generation, fourth-generation antibiotics aren’t stronger in the punch-you-in-the-gut way. They are smarter—more specifically designed to bypass whatever trick the resistant bacteria evolved.

For example: • Some newer generations cross the bacterial cell wall more easily.
• Some are shaped differently so bacterial enzymes can’t chew them up.
• Some bind more tightly to the bacterial ribosomes (protein factories).
• Some are built to stay in your bloodstream longer.

They still don’t know which bacteria are your friends and which are villains. New generations can be:
• Broader-spectrum — meaning they wipe out even more of your microbiome.
• More potent — helpful against stubborn bugs, but also more stress on the body.
• Harder on the gut, liver, and kidneys because they're engineered molecules with intense metabolic pathways.
• Capable of disturbing the balance of fungal ecosystems inside you. When good bacteria go down, opportunistic fungi—like Candida—feel like they just got invited to a house party.

26/11/2025

1. They kill both harmful and beneficial bacteria
Antibiotics cannot differentiate between good and bad bacteria. They wipe out the protective gut flora that support your immune system.

2. 70% of your immunity lives in the gut
When gut bacteria are destroyed, the major part of your immune defense becomes weak.

3. Loss of good bacteria means poor digestion and nutrient absorption
Vitamins like B12, K2, and other nutrients produced or absorbed with the help of gut microbes drop, weakening overall immunity.

4. Gut barrier becomes leaky
Without good bacteria, the intestinal lining becomes inflamed and weak. Undigested particles can enter the bloodstream, triggering immune stress.

5. Opportunistic infections rise
After antibiotics, fungi (like Candida), viruses, and resistant bacteria take advantage of the empty space and grow rapidly.

6. Inflammation increases
Disturbed gut bacteria leads to chronic low-grade inflammation, which overworks and reduces immune efficiency.

7. Reduced antibody production
Healthy gut microbes help your body produce immunoglobulins (antibodies). Their loss lowers your natural defense strength.

8. Microbial diversity drops
A diverse microbiome protects you from infections. Antibiotics reduce this diversity, making the body more vulnerable.

9. Resistance develops
Overuse of antibiotics helps resistant bacteria grow stronger, meaning your natural immune system has to fight tougher organisms.

10. Slow recovery after illness
With a weakened gut and low immunity, the body takes longer to recover from infections after antibiotic treatment.

26/11/2025