LIFE-SAVING ANTIBIOTICS AND THEIR LINK TO THE DEVELOPMENT OF CANCER ... AND OTHER DISEASES
- Albina JN Fabiani
- 4 days ago
- 8 min read
For those who don't feel like reading, here's the summary in three points:
1. The mitochondrion is the heart of the 'cell' and is a bacterium!!!
2. The job of antibiotics is to fight bacteria.
3. Result: damaged mitochondria.
Men or their wives should read below what can be done in case of prostate inflammation, as well as what preventive measures can be taken by all men:
young and not so young!!!
Did you know that antibiotics kill bacteria, not viruses?
It is a well-known fact that a side effect of taking antibiotics is the destruction of intestinal bacteria, unfortunately not only them. Mitochondria are also bacteria, and antibiotics, I repeat, kill bacteria, not viruses.
Do you know how many viral infections antibiotics are prescribed for? Apparently, those who prescribe them carelessly are unaware that antibiotics damage the mitochondria of the cell (as well as the genetic material embedded within it), thereby pulling the trigger on all sorts of forms of cancer and other conditions.
For example: the class of antibiotics fluoroquinolones
(I assume they are called fluoroquinolones in Bulgarian?), cause a variety of irreversible side effects. These antibiotics can cause irreversible damage to the central nervous system, and the fact that they cause torn tendons is well known.
ABOUT ANTIBIOTICS
The fact is that antibiotics cause more harm than good!!!
Antibiotics are designed to treat bacterial infections. They are ineffective in treating fungal and viral infections. Too often, antibiotics are prescribed for infections where they have no effect or benefit.
Antibiotics are prescribed when the immune system is thought to be overwhelmed or unable to fight off an infection. The function of white blood cells is to attack and destroy dangerous bacteria, and they can distinguish between friendly and unfriendly bacteria. However, antibiotics indiscriminately kill all bacteria in the body (let's not forget that the mitochondria of cells are also bacteria).
BACTERICIDAL AND BACTERIOSTATIC ANTIBIOTICS
Bactericidal antibiotics kill bacteria. Bacteriostatic antibiotics inhibit the growth and spread of bacteria.
How do antibiotics work?
Each antibiotic works against the bacterium using different mechanisms.
Some antibiotics interfere with protein synthesis, others interfere with cell wall development, while still others damage DNA. Some antibiotics simply block the growth and reproduction of all bacteria. This process also occurs when we take antibiotics for viral infections.
THE BACTERIA-MITOCHONDRIAL CONNECTION
The mitochondria in our cells are essentially bacteria!!!
Our cells are actually hybrids (cells contained within our cells). The main function of mitochondria is to produce energy in the form of ATP, which in turn is the source of chemical energy in the cell (this process is the basis of the “New Cell Program”). Mitochondria contain their own genetic information!!!!
A highly complex set of chemical reactions occurs in mitochondria, which produces a very high yield of energy. One set of metabolic reactions is called the Krebs cycle, and the other is called the electron transport chain. These reactions are specified and regulated by mitochondrial DNA. There are two separate genomes, nuclear and mitochondrial. Nuclear DNA is the genetic blueprint of cells, and mitochondrial DNA dictates mitochondrial function.
There is a connection between nuclear and mitochondrial genes.
There is also a very strong similarity between bacteria and mitochondria:
Mitochondria share a common evolutionary past with bacteria.
All of our cells, except for red blood cells, contain mitochondria. There are between 200-2000 mitochondria per cell (some cells have a single mitochondria, but I'm not writing this as a biology lecture), and they are closely interconnected.
Bacteria and mitochondria contain extremely similar DNA. Mitochondrial DNA, like bacterial DNA, is circular, unlike nuclear DNA, which is linear!!!
THE MITOCHONDRIA - CANCER CONNECTION
Damage and dysfunction of mitochondria is what causes cancer cells to grow rapidly, divide, and... attack aggressively. Cancer cells are resistant to apoptosis (naturally programmed cell death) and are essentially immortal.
The regulation of apoptosis is under the control of mitochondria. Cancer cells consume abnormally high amounts of glucose and exhibit abnormal metabolism, which is due to dysfunctional mitochondria. In normal cells, mitochondria generate most of the energy in the cell in the form of ATP. In cancer cells, most of the energy is generated by high levels of glycolysis (fermentation of glucose). Damage to mitochondrial DNA causes the abnormal metabolic behavior of cancer cells.
Cancer cells demonstrate abnormal numbers of mitochondria, mitochondrial DNA damage, and abnormal mitochondrial function.
Cancer is not caused by damage to nuclear DNA, but by damage to mitochondrial DNA. Nuclear DNA mutations occur after the cancer initiation phase due to excessive oxidative stress within the cancer cell.
Cancer originates in stem cells. Stem cells are dormant, quiescent cells that can remain inactive even throughout life. Stem cells exhibit a unique metabolism that does not rely on mitochondria for energy production. These quiescent stem cells produce all their energy from glycolysis and thrive in a very low oxygen environment, unlike mitochondria, whose health depends on an oxygen-rich environment.
MORE LINKS
Did you know that the use of antibiotics (doxycycline, for example) is being proposed as a cancer therapy? Mitochondrial health should be a primary goal in rational cancer treatment approaches, but using an agent known to cause mitochondrial DNA damage is highly questionable… at least in my eyes.
Here are a few facts linking antibiotic use to cancer:
The main challenge in studying the link between antibiotic use and cancer is the fact that cancer typically takes 20-50 years to develop into a detectable tumor or hematological abnormality. This is because cancer begins with damage to a very small population of stem cells that must multiply thousands of times before that population of cells becomes a detectable mass of bone marrow abnormalities in the case of hematological cancers.
1. A study published in 2004 in the Journal of the American Medical Association linked antibiotic use to breast cancer. The highest risk of breast cancer was associated with use of the antibiotic tetracycline (120% increased risk). This is a very significant statistic!!!
2. A study published in 2007 found a very strong link between severe acne and prostate cancer... Reason? Tetracycline is prescribed to treat acne, just think how many young men have taken tetracycline in their lives!!! Below, men or their wives can read what to do in case of inflammation of the prostate or what preventive measures can be taken.
3. A Finnish study published in 2008 linked various forms of cancer to different types of antibiotics. One notable finding of this study was evidence of an increased risk of leukemia with antibiotic use.
IMMUNOTHERAPY IN THE FIGHT AGAINST CANCER DOESN'T WORK
Immunotherapy is a cancer treatment that attempts to harness the immune system to attack and destroy cancer cells. However, experience has shown that immunotherapy has not lived up to its promise of a major breakthrough.
The clinical results are very disappointing and the side effects of immunotherapy can be significantly worse than chemotherapy, especially if it is combined with antibiotics. If you choose immunotherapy as a method of cancer treatment, it is important to avoid all antibiotics.
Trying to force our immune system to recognize and attack cancer cells is not a simple and easy task. All of our normal healthy cells have mechanisms to protect themselves from attack by the immune system. Cancer cells use these same mechanisms to a greater extent, and therefore our immune system has virtually no influence in limiting the progression of cancer.
Awakening the immune system through the use of checkpoint inhibitors (PD-L1 on tumors and PD-1 on T cells) is not at all successful in treating most cancers and is associated with very serious side effects.
Immunotherapy treatment (statistics) carries a 3-40% risk of irreversible neurological damage, much of which is within the central nervous system.
The most effective way to treat cancer would have to target the mitochondrial health of cells in a way that does not harm normal healthy cells.
It may not be possible to completely avoid antibiotics, but there are ways to reduce the need for them and reduce the risk of mitochondrial DNA damage from their use, starting with eliminating the practice of prescribing antibiotics for viral infections. Antibiotic prescriptions for viral infections are common and should not be practiced.
Of course, there are circumstances in which taking antibiotics can be life-saving and the risks are worth the benefits. However, these circumstances represent a small percentage of all current antibiotic treatments.
SOME EASY-TO-APPLY SOLUTIONS:
1. Building natural immunity
Maintaining a healthy and strong immune system can be achieved through proper food and lifestyle choices (how trite... and how misunderstood the concept of a healthy lifestyle is, hyped up by media and publications that have no idea what mitochondrial health means). Avoid antibacterial soaps and personal care products. We need exposure to the environment to build natural immunity.
2/3 of the immune system is located in the digestive tract.
Maintaining a population of healthy gut bacteria is extremely important and requires a proper diet and regular servings of fermented vegetables, which contain live bacterial cultures.
2. Natural antibiotics
Nature provides many safer alternatives to pharmaceutical antibiotics. The list of these products is too long for this post, but here are a few of the most popular and effective natural antibiotics.
Oregano Oil
Clove oil
Tea tree oil
Raw honey
Garlic
Cannabidiol (CBD), an oil extracted from hemp, is known for its wide range of medicinal uses and as a powerful natural antibiotic.
Colloidal silver (a safe and effective alternative to antibiotics).
SOME COMMON INFECTIONS FOR WHICH ANTIBIOTICS ARE ROUTINELY PRESCRIBED
Urinary tract infections:
Urinary tract infections are very common and a condition for which antibiotics are routinely prescribed. In many cases, there are natural alternatives.
D-mannose is a readily available supplement that inhibits the ability of bacteria to adhere to the bladder wall. D-mannose is a preparation effective in most urinary tract infections. Cranberry juice is also an additional supplement for persistent infections, you know that ...
Colds and flu:
Common colds and flu are viral infections that sometimes occur with bacterial infections in the sinus cavity. As we already know, antibiotics do not help fight viral infections and can often make the situation worse. One of the best remedies for treating colds and flu is taking high doses of Vitamin C (as ascorbic acid only ).
Inflammation of the prostate:
In prostatitis, zinc levels are only one-tenth of those in a normal prostate!!!
Therefore, take 50 to 100 mg of zinc per day for 4 months!!! + Vitamin C according to the scheme HERE .
Prevention : CAUTION
Because men lose zinc with each seminal emission, their need for this element is much higher than that of women: take daily
15 to 30 mg.
HOW TO REDUCE THE RISK OF HARM RELATED TO TAKING ANTIBIOTICS:
There are measures a person can take to reduce the risk of mitochondrial damage caused by antibiotics by taking N-Acetylcysteine (NAC).
NAC is a powerful antioxidant that can suppress the level of reactive oxygen species (ROS), which is generated when antibiotics interact with mitochondria.
IN CONCLUSION:
Antibiotic damage to mitochondria that has caused cancer or other conditions is irreversible, so it is essential to take all possible steps to avoid exposure to antibiotics.
Remember that prevention is the best treatment.
Do your best not to be part of the statistic that by 2050, mortality caused by cancer (mitochondrial) diseases will reach
10,000,000 ...
I wish you health,
Albina
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DISCLAIMER:
The information in this publication is for educational purposes and is not a recommendation for treatment by stopping antibiotics. Your health is solely in your hands and you alone take responsibility for making decisions. The best decisions are made when the facts are understood !!!!
This platform provides general information and discussion on health and related topics. The information provided here, as well as in all NuCell / Нова Клетка related materials, is not intended to be and should not be considered or used as a substitute for medical advice, diagnosis or treatment. It does not constitute medical or other professional health advice, diagnosis or treatment. If you have a medical concern, please consult your physician or seek professional medical treatment.
