JTT wrote:Finn dAbuzz wrote:JTT wrote:I'm no doctor/scientist but I think that a new bug that is able to create a pandemic is going to worry much about a list. By its nature, it'll get those, strong or weak, that don't have the necessary stuff inside to fight it.
It's gonna get a lot of us, no doubt, in more ways than our health. Just imagine for a moment how it's going to affect the economy.
My grandpa nursed a lot of his family thru the 1918 outbreak. He was the only one who didn't get sick. and now that I think about it caused the death of any of my family back then. That seems odd, given how bad it was. More research needed.
The original question assumes that there is something doctors can do to either cure or increase the chance of survival for a given patient.
If nothing can be done for anyone, then of course each individuals natural immune system will determine his or her fate.
Admittedly, that was the question, Finn. Is there anything that can be done in the short term, save for palliative care, for these new strains that will inevitably cause a pandemic?
How quickly can shots be developed and how long does it take for those to be effective after an injection? Currently, shots are given before the flu season, are they not? Does this mean that there is a considerable lag time before immunity is boosted to an effective level?
Avian flu is the current source of pandemic related fears, but of course a pandemic in the near of mid-term future would not be limited to this virus as a cause.
There is already an avian flu vaccine and it has been stockpiled in Europe and the US.
It is unlikely however that the disease can spread to epidemic proportions in either place if the disease continues, for humans, to require contact with infected fowl. As dlowan suggests, the current strain must mutate before it can be transmitted between humans, however while the life cycle of a virus allow for relatively rapid mutations, the mutations will remain random, and so there is, from a probabilty standpoint, the same chance for a mutation to be harmful to the virus than it is for it to spread between humans. The former mutation is not as likely to take hold as the latter, but the point is that a mutation allowing human to human transmission is by no means inevitable.
It is also not certain that a mutation that enables the virus to pass from human to human will render the current vaccine ineffective, although we would need luck for this to not be the case.
The creation of a viral vaccine is, by no means, assured or we would have a vaccine for HIV, however, as there is already a vaccine for the current strain of avian flu, the chances are reasonably good for a vaccine to be created that would be effective for a mutated version.
Of course there is a fair possibilty that the mutated virus will result in a pandemic (beginning in the Third World) before an effective vaccine can be created which means a large number of people will die.
You're right though that, unless the virus has a 100% mortality rate, prompt, quality medical care should help some victims allow their natural defenses to fight off the virus. The sort of virus that taxes this sort of relatively minimal care (I.e. IVs, vitamins, fever reducers etc) would really be a nightmare.
It is always possible, of course, that a virulent viral strain that defies all attempts at a vaccine will drastically decimate the human population (a la King's "Captain Tripps"), but natural immunities, born of mutation, are bound to be found in a population topping 3 billion, and so extinction is not likely.
I could easily be wrong here but I don't believe there is evidence of any species become extinct solely through disease.
As for those who seems to be suggesting that a highly lethal pandemic is somehow a good and natural response to over-population, I doubt they will be so clinical when they, like your grandfather, watche it exterminate their families.