Virulence, or harm to host health, would increase with the cumulative viral load. If the virus mutates to a type that has a different antigen specificity, the immune reactions targeting the original type cannot suppress the mutant strain. Hence the mutant strain escapes immune surveillance. To ...
In a November, 2021 podcast interview, Gumrukcu claimed his pre-clinical-stage COVID-19 drug, which hasn’t even reached phase 1 trials, will both treat and prevent “any [current] variant or coronavirus strain” as well as “any variant the virus will mutate into” in the future. [1:...
In case you do not understand how a virus enters the host cells of your zygotes, and fetuses to permanently mutate our children, you need to take a course in virology to understand. When it disrupts the normal cell replication, the cells are changed permanently by mutations and only for th...
Severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) is regarded as a threat because it spreads quickly across the world without requiring a passport or establishing an identity. This tiny virus has wreaked havoc on people’s lives, killed people, and created psychological problems all ove...
Well, then Virus particles or bacteria begin to wage war on the cell lining of your throat (if they entered through your mouth) and the mucus membranes often become inflamed and infected as those first casualties start to pile up. How does your body respond to this a...
At this point I think we're going to have to let this virus run its course, work stridently to develop an effective treatment and eventual vaccine, all the while appealing to common sense among our citizens. Hopefully, the darned bug will die out on its own or at least become no ...
With such a novel technology, the chance of success is predicted to be no more than 2 percent, which is consistent with virologists’ warning that it’s theoretically unfeasible to make a vaccine for an RNA virus like SARS-CoV-2 because the virus mutates so fast. This is pre...
Well, then Virus particles or bacteria begin to wage war on the cell lining of your throat (if they entered through your mouth) and the mucus membranes often become inflamed and infected as those first casualties start to pile up. How does your body respond to this a...
Well, then Virus particles or bacteria begin to wage war on the cell lining of your throat (if they entered through your mouth) and the mucus membranes often become inflamed and infected as those first casualties start to pile up. How does your body respond to this ...
Well, then Virus particles or bacteria begin to wage war on the cell lining of your throat (if they entered through your mouth) and the mucus membranes often become inflamed and infected as those first casualties start to pile up. How does your body respond to this ...