Stop PLAYING GAMES WITH YOUR VIRUS.
THIS SLOW GAME OF DEATH IS NOT WORTH IT!

Cancers Prevented With Immune Boosting 



Tradition Methods destroying Virus Infected Cells

Traditional Methods Destroying Virus Infected Cells Don't work


Scientific Studies have shown that as many as 1.3 million types of Cancers a year may one day be prevented by targeting and destroying the viruses that cause them. This of course comes with lots of traditional methods such as radiation therapy. Some newer radiation methods to treat virus infected cells that researchers have found might also might work. This would be injecting antibodies hitched to isotopes into the blood that they'd be carried deep into the tumor mass and would latch onto these now open antigens. Then the burst of radiation erupted by the radioisotope would destroy the tumor cells nearby. This just proves that viruses infecting a cell are so powerful and if they are left alone for too long, cancer can happen. This means virus infected cells will need some type of therapy to try destroy it. So overpowering human cancers that are linked to preexisting viral infections, such as liver cancer caused by the hepatitis B and C viruses, cervical cancer, which is from human papillomavirus. Lymphomas caused by the Epstein–Barr virus infecting a cell needs to be overpowered. The key here, is to find and destroy the viruses infecting a cell before they turn cancerous.
Viral antigens are proteins produced by virus infected cells that can cause those cells to get infected and start multiplying out of control, then becoming cancerous. Antibodies are immune proteins with binding sites that can fit like puzzle pieces into corresponding sites on foreign viral or bacterial antigens and disable them (hence triggering an immune response). The trouble with viruses that usually cause cancer is they are likely to remain unseen, basically inside of cells rather than on the surface of them.


Nature Helps With Cancers

Nature Helps With CancersCancers of all types are not going away and will continue to happen unless we stop or change how we live our lives. Virus infected cells are something that happens very often. We might not know when cancers hit our bodies but by stopping a virus infecting a cell is a great start. So how do we do this? First we need to start with the right diet, amount of sleep and reduce stress. Sounds easy but in today's fast pace world and poor nutrition make cancers of all types thrive. Virus infected cells are not something we should stress about but we need to pay attention to how we go about our daily lives. Eating fast food or processed food on a daily basis is one way for cancers to start, especially if you have a virus infecting the cell. Eating organic healthy foods such as fresh fruits and vegetables is so important. Not everyone can afford to eat this way. The virus infected cells happen no matter how we eat in come cases but with the right plan to overcome a flu, bad cold or any other infectious disease is a great solution. To do this we need to not only get screened early for cancers that we might have but also to get enough sleep and boost our immune systems. Yes, the key is boost our immune systems to kill the virus infected cells. This doesn't happen by taking something you buy at the checkout line at the grocery store. These are not true immune boosters, merely just a waste of money. True immune boosters start with nature and its resources to help with a virus infecting a cell.


How Viruses Infect Cells

Viruses Infect CellsA free virus particle may be thought of as a packaging device. This viral genetic material can then be introduced into applicable host cells, which the virus can be familiar with by means of proteins on its outermost surface. The difference between a virus particle and a bacterial virus infecting a cell is slightly different. By attaching fibers of its protein tail to a specific receptor site on the bacterial cell wall and then injecting the nucleic acid directly in the host, departing the depleted capsid outside. Viruses with a covering layer type of envelope the nucleocapsid (capsid adding nucleic acid) acesses the cell cytoplasm by a method in which the viral envelope immerges with a host cell membrane, generally the membrane makring an endocytic structure. Those are the complex terms and basics of how a virus infecting a cell happens in our bodies.


Cancers Start With Virus Infected Cells

Cancers that can be affected from a virus infecting a cell is a problem and happens more than you would think. Researchers have long attempted to illustrate the role that viruses play in causing types of cancers. Worldwide, cancers, which are virus infected cells are estimated to cause 15 to 20 percent of all cancers. Uttermost viral infections usually do not lead to tumor creation, as many factors force the progress from viral disease to cancer development. Many of these factors contain the host's inherent makeup, mutation existence, vulnerableness to cancer generating agents, and immune impairment. Viruses usually tradition some cancers advancement by overwhelming the host's immune system, evoking inflammation over a long period of time, or by adapting host genes.


Cancer cells have components that differ from normal cells. They all attain the ability to grow ferociously. This can result from having control of their own growth gestures, losing reactiveness to anti growth indications, and losing the ability to preserve apoptois or arranged cell death. Cancer cells don't evidence biological aging and provender their ability to encounter cell division and growth.


DNA CellsTransformation occurs when a virus infecting a cell, genetically alters a cell. The virus infected cells are regulated by the viral genes and has the ability to undergo abnormal new growth. Scientists have been able to ascertain some populace among a virus infecting a cell, that cause tumors. The tumor virus infected cells, change cells by accommodating their genetic material with the host cell's DNA. Incompatible with the integration seen in prophages, this is am invariable insertion in that the genetic material is not ever removed. The injection apparatus can vary banking on on whether the nucleic acid in the virus is DNA or RNA. In DNA infections the eugenic material can be accurately interpolated into the host's DNA. RNA viruses must initially transcribe RNA to DNA and then sway the genetic material into the host cell's DNA.