Byron,
What exactly is your experience with taking care of actual patients suffering from influenza? My opinion of modern medical care is, in fact, very correct. I will give you one example, IV antibiotics. The previous posts are correct with regards to the actual mortality. Not 50% of all infected. As I said before, more hype. Just like the vaccine shortage last season, it was a typical year for the flu, no significant uptick in the number of flu related deaths. Oh, by the way, most of the deaths are not from influenza, but from a secondary coinfection with bacteria (treatable).
I have worked for 11 years as a registered nurse in the emergency department and on medical floors of hospitals. I have a Bachelor of Science in Nursing. Your opinon of modern medical care is correct, as far as it goes. What it does not take into account is the availability of that care to everyone who would be infected in a pandemic. Give you a hint: If we had an injection that would cure a pandemic influenza immediately, and had as few as 10 million people infected, we would have a very large number of deaths simply due to a lack of the logistical ability to get the medicine to the infected people along with enough people trained to give the injections. It's not the absolute ability of medical care that I am doubting. It's the ability of the existing infrastructure to deliver that care in a timely fashion to those infected millions in a pandemic. And, friend, the medical knowledge might be there. The infrastructure to deliver that care in the next week to ten million people or more is not.
And your quibbling about what you call hype. What I am saying is that over 50% of those infected have died. You say, oh no, only 50% of those infected develop symptoms. Only 50% of the people who develop symptoms die.
Apples and oranges, friend. It's still a mortality rate of 25%. So with your 'hype' removed, let's assume that 20 million people are infected in the US. Only 10 million develop symptoms and only 5 million die. Some hype. Oh, and the ten million that don't develop symptoms? They're actively spreading the virus to more people. But rest easy, by your scenario only 25% of the people that 10 million infect will die. Do a Google search on 'virgin field epidemics.'
Your IV antibiotics. OK. Do a google search for the IV antibiotics used. Then find out what the total number of doses used in a serious case is. Then find out what the total stock on hand is. And the total stock of IV tubing. And the total number of people qualified to administer IV therapy. And how long it takes a person so qualified to treat one patient with IV antibiotics. Then manipulate the results with basic arithmetic. I think you'll see what I'm saying very soon.
It's like I told a lady threatening to sue the other day because we did not treat her daughter immediately in the Emergency Department:"Lady, we have given your daughter a medical screening. She is in no immediate or imminent danger. When we have a room open, we will treat your daughter. But we are FULL. If you think that you can find a lawyer who will sue us because every room is full, our one doctor is treating those patients, and our nurses are assisting him...go right ahead and do it."
Tell me exactly how IV antibiotics will help someone who cannot get into the hospital because there is not even walking space in the halls. What good is IV antibiotics going to do someone when ALL of the IV antibiotics have been exhausted? What good is IV antibiotics going to do when ALL of the IV tubing sets have already been used? Even if you have the good fortune to be in a hospital that has room, the IV antibiotics and IV sets...what good is that going to do if the people that can inititiate the therapy have worked down the line of waiting patients, around the clock and into complete exhaustion, and still haven't made it to where you're trying vainly to breathe?
You're not over-estimating the ability of modern medicine to treat a particular illness. You are grossly over-estimating the ability of modern medicine to deliver a particular treatment to millions of people within a very short time frame. While you're googling...look for the total number of hospital beds in the US.
Oh, by the way, most of the deaths are not from influenza, but from a secondary coinfection with bacteria (treatable).
This is too good to pass up. Do you see the oxymoron here? Most of the deaths come from secondary infections that are
treatable. The secondary infections must not have been very treatable or the patients would not have
died.