When combined, science and religion can be a powerful force for good. Let's use it to vanquish COVID.
There are five criteria to consider before deciding if a vaccine should be mandatory. So far, COVID vaccines only satisfy two of them, which is why they should not be mandatory.
Though politicians and the public love to hate Big Ag and Big Pharma, everybody comes begging for help when the going gets tough. The arguments against biotechnology have been made exponentially weaker by the success of the coronavirus vaccine.
Many people have a very legitimate question: "Should I get immunized with the coronavirus vaccine if I already had COVID?" The answer is yes.
Vaccines have advantages over natural infections. For one, they can be designed to focus the immune system against specific antigens that elicit better responses.
After Pfizer's COVID vaccine was administered in the UK, two allergic reactions surfaced. Who’s to blame? The drug maker? I argue no. Pfizer could not possibly have known in advance whether these reactions would occur or, if so, how frequently. Why's that? Here's why.
Inoculations are a welcome development, but the public should temper its excitement.
From vaping to cutting-edge biotechnology, UK health regulators do a far better job than their American counterparts. This was proven yet again when the UK beat the U.S. FDA at approving a coronavirus vaccine produced by Pfizer, an American company.
Pfizer and Moderna are producing fewer but more effective (and pricier) vaccines, while AstraZeneca is making a greater number of less effective (and cheaper) vaccines.
Opposition to the use of biotechnology to enhance agriculture was always based on junk science. But now these anti-GMO activists look downright silly as cutting-edge biomedical science rescues us from COVID.
New York Governor Andrew Cuomo would rather allow more Americans to become infected with and die from coronavirus than to allow an imperfect vaccine distribution plan to proceed.
Pfizer's vaccine is based on RNA, which is a very unstable molecule that is prone to breaking down. Storing it at -94° F prevents this, but it creates the logistical difficulty of transporting the vaccine.