Protect yourself against viral & bacterial infections.

The ability to reduce the activity of the immune system in a controlled fashion represents one of the most important achievements in modern medicine. Decades of research have led to a remarkable understanding of protein structure and function. However, proteins rarely act on their own and a quantitative understanding of their interaction mechanisms is key to the successful development of new drugs that enable the modulation of the cellular network of protein-protein interactions.

Scientists and companies alike have raced to find ways to protect against and treat pathogenic infections, especially ones of nasopharyngeal routes.

One method of administration increasingly being pursued is nasal spray; the cells lining the nose and the pharynx have been identified as key entry points for such pathogens.

VeroClarus is a nasopharyngeal natural mix formulated in a spray solution not only to circumvent viral and pathogen actions, and pathogenicity requirements, which usually does not allow for a well-managed immune response but also for clearing/ revoking these viral & bacterial infections.

The Innate Immune Response: Why nasopharyngeal? 
Where in the body is the immunity?
“The location of an infection makes a difference even if it’s the same virus, so we would expect important differences between natural infection and vaccines.” Prof Paul Klenerman, researcher of T-cells at the University of Oxford.
There is a whole different suite of antibodies (known as immunoglobulins in the nose and lungs, compared with those (immunoglobulin Gs) that we measure in the blood. The former is more important as a barrier to infection.
Thence nasal Infections, because it is in the nose, may be a better route to those antibodies. Thence, a well-managed immune response in the nasopharyngeal area is our first line of defense to empower and aid a well-managed innate immune response.
The power couple of the immune system that clears the body of infection are antibodies and T-cells.
Antibodies stick to the surface of the virus and mark it for destruction. T-cells can spot which of our own cells have been hijacked by the virus and destroy them.
However, a well-managed immune response is always needed to get rid of pathogens, especially with infections when there are multiple routes of inflammation which in turn trigger different immune pathways. With VeroClarus; we do both.

What should we look at?
Roots of the chaos. For all the trouble a virus causes, we must study viral actions and simplify the events to pinpoint our blockchains.
Viruses carry many and sometimes thousands of proteins. As it is well-known now, one develops a broader immune response after being naturally infected with the virus than via vaccination.
Through vaccines, your body is learning to spot just one thing – the pathogenic protein/s. Yes, this is the critical part of the virus to make antibodies. However, a chaotic or ill-managed immune response will result in stronger viral/ bacterial pathogenicity.
So, by giving T-cells far more to go at basically by a well-managed immune response, T-Cells are more aggressive and are able to fight pathogens and foreign proteins more effectively. Add to this the cellular microenvironment involved.
With VeroClarus, this is achieved through managing immunoglobulins response and sustaining this well-managed immune response through controlling the microenvironment which in turn will normalize mast cells activation response.

Veroderm have developed VeroClarus Biosystem with great success as it was a careful step-by-step road-mapping of;
1. identifying and knowing why and how viral infections overpass the innate immune system causing a mismanaged immune repose.
2. investigative analysis of the drive with;
• well-studied analysis of viral actions on the onset of infection
• pinpointed the importance and roles of mast cells and other types of cells identifying what we need to stop and what to activate, why & how
• pinpointed involved inflammasomes, cytokines & protein expressions and mal-expression
• pinpointed routes of inflammation and pathway responses
• pinpointed essential control checkpoints