The bacterial infection in the human body is triggered by sessile bacterial communities rather than bacteria’s planktonic form. These sessile bacterial communities are often referred to as biofilms, which stick to the surface of the host; causing recurring bacterial infection in adults and children.
What is Biofilm?
Bacterial biofilms are created when the bacterium divides on the surface and creates a polysaccharide matrix, which has the capability of extracting magnesium, calcium iron, and other minerals available on the surface of the human body.
The biofilm creates a type of protective layer that nurtures the fungi and bacteria communities through shared DNA and nutrients extracted from the human body. These fungi and bacteria types undergo multiple transformations inside the biofilms to prepare for immune system evasion.
The biofilms or bacterial communities require fewer nutrients and low oxygen, which makes them a hostile environment for antibiotics. This is the reason why when biofilms are not treated for longer durations, these communities become immune to any type of antibiotic attack in the long-term.
In fact, it is highly likely for the biofilm to create a physical barrier for the immune cells. This increases the difficulty of identifying the pathogenic bacteria on the surface in the human body.
Biofilm Defense: Where Biofilm Is Formed In The Human Body?
The most common biofilms occurrences are found in raw infections. For instance, when an individual has surgery or any other endoscopic procedure, the neighboring area becomes susceptible to biofilm formations.
Other passages where biofilms exist are GI (gastrointestinal) tract and nasal passages of the human body. This is because these passages, specifically the GI tract, has more space for bacterial growth. The nutrient received at these sites is also appropriate. Hence, these are the primary sites of biofilm or bacterial community formations.
For this reason, individuals who have GI track-related health problems are vulnerable to biofilm formations due to the absence of viscoelastic mucus. The viscoelastic mucus allows the gut to eliminate dangerous food. With a lack of this mucus, dangerous bacteria can invade the GT tract, thrive and multiply.
Below we have discussed how you can create biofilm defense against these susceptible biofilm formations.
Muco Solve – An Updated Biofilm Defense Supplement
As already discussed above, a healthy GI tract improves the biofilm defense of the human body. In reality, the gut lining of the body contains an array of yeast, bacteria, parasites, and viruses, which are the microbiome of the human structure. This microbiome contains the healthy bacteria that trigger proper immune responses in the body. When the balance of microbiome is maintained, autoimmunity and infection susceptibility is reduced.
When an individual overconsumes antibiotics or similar medications, a toxic influence is observed on the microbiome of the gut. As a result, the unhealthy bacteria in the gut increases, resulting in the formation of biofilms.
Enzymes have the ability to dissolve biofilms or create biofilm defense to prevent underlying infections in the lungs, gums, sinuses, and urinary tract lining.
A supplement containing unique enzymes (along with weak organic acid) can dissolve the fibrin and polysaccharide layer of biofilm. When this supplement binds various metals to remove them from the bacterial biofilm, layers start detaching. Hence, a biofilm defense mechanism is created inside the gut.
However, to restore the healthy microbiome of the body, the consumption of prebiotics and probiotics with the supplement is imperative.
1. Biofilm Breakdown
The biofilm defense starts with chelators and enzymes. Supplements such as Nattokinase and Lumbrokinase contain a chelating agent, which can restrict the formation or progress of biofilms.
The enzymes and chelating agents are taken together to create a biofilm defense. The enzyme helps in binding minerals and heavy metals for the first line of defense, and the chelator aids the removal of toxins from the body. Hence, a combination of both enzyme and chelator reveal better results.
2. Use Antifungal and Antibacterial Agents
It is possible to treat biofilms with herbal preparations with antibacterial and antifungal properties or similar effect supplementing medications. However, these herbal medications are generally consumed with a meal to reduce adverse effects on the stomach.
Finally, binding agents are consumed to prevent nutrient absorption and die-out impact of the above medication. This cleaning process is also accompanied by probiotics, which help in restoring the healthy bacteria or flora of the body.
Biofilms can disrupt the normal functioning of the body as it interrupts the balance of the healthy gut microbiome. Biofilm defense can help in reducing the formation of biofilm and eliminate the risk of related infections and health issues. However, for a proper dose and treatment course, it is best to consult a medical agent or doctor.