Binding Bacteria
How bacteria become bad...
To understand how 2QR works, you must understand the way bacterial overgrowth develops. There are many different harmful bacteria and all have their unique characteristics. However, most of these microbes also have something in common: They must bind to become bad!
Bad bacteria are also called pathogens. It is good to know that pathogens are normal to be present inside us. But when the human resistance is low, they can start becoming unfriendly and cause real problems.
The phases of bacterial overgrowth:
1- A pathogen is present
2- The pathogen binds
3- The pathogen starts to "parasite"
4- Bacterial overgrowth
1- A pathogen (e.g. Helicobacter Pylori) is present in the host. It is freely floating around and unattached. The pathogen has a binding mechanism of adhesins on the surface of its cell-membrame.
2- The pathogen uses its binding mechanism to connect to the cell-membrane of the host. It attaches itself to the host-cells. This is bacterial binding and the first phase of infection.
3- The pathogen starts to ‘parasite’ the cells of the host and excretes substances that create an environment that is advantageous to the pathogen but harmful for the host-cells.
4- In the environment that has been created the pathogen starts to multiply itself thus expanding rapidly. This leads to the deteriorating of the cells of the host. This state of bacterial overgrowth often leads to infection.
To understand how 2QR works, you must understand the way bacterial overgrowth develops. There are many different harmful bacteria and all have their unique characteristics. However, most of these microbes also have something in common: They must bind to become bad!
Bad bacteria are also called pathogens. It is good to know that pathogens are normal to be present inside us. But when the human resistance is low, they can start becoming unfriendly and cause real problems.
The phases of bacterial overgrowth:
1- A pathogen is present
2- The pathogen binds
3- The pathogen starts to "parasite"
4- Bacterial overgrowth
1- A pathogen (e.g. Helicobacter Pylori) is present in the host. It is freely floating around and unattached. The pathogen has a binding mechanism of adhesins on the surface of its cell-membrame.
2- The pathogen uses its binding mechanism to connect to the cell-membrane of the host. It attaches itself to the host-cells. This is bacterial binding and the first phase of infection.
3- The pathogen starts to ‘parasite’ the cells of the host and excretes substances that create an environment that is advantageous to the pathogen but harmful for the host-cells.
4- In the environment that has been created the pathogen starts to multiply itself thus expanding rapidly. This leads to the deteriorating of the cells of the host. This state of bacterial overgrowth often leads to infection.
