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A high-ranking official with the Centers for Disease Control and Prevention has declared in an interview with PBS that the age of antibiotics has come to an end.
'For a long time, there have been newspaper stories and covers of magazines that talked about "The end of antibiotics, question mark?"' said Dr Arjun Srinivasan. 'Well, now I would say you can change the title to "The end of antibiotics, period.”'
Srinivasan, who is also featured in a Frontline report called 'Hunting the Nightmare Bacteria,' which aired Tuesday, said that both humans and livestock have been overmedicated to such a degree that bacteria are now resistant to antibiotics.
‘We're in the post-antibiotic era,' he said. 'There are patients for whom we have no therapy, and we are literally in a position of having a patient in a bed who has an infection, something that five years ago even we could have treated, but now we can’t.’.
beezzer
I blame the hand-sanitizers. Those home anti-bacterial soaps. They create a perfect environment to make resistant bacteria.
beezzer
We've "cleaned" ourselves to death.
FlyersFan
beezzer
I blame the hand-sanitizers. Those home anti-bacterial soaps. They create a perfect environment to make resistant bacteria.
We use them. If I go shopping or to the movies or whatever, I pull it out and use it.
People are germy messes ... and I have issues with fighting germs due to my health situation.
We have dial (antibacterial) and Dawn dish soap (antibacterial) and goopy hand sanitizer in my
car and purse (antibacterial) ....
TDawgRex
beezzer
We've "cleaned" ourselves to death.
But we smell good at least.
And with all the preservatives in food these days, we can do away with embalming as well.
ZeussusZ
reply to post by TDawgRex
MRSA has been in hospitals for over a decade now. It was meant to be the end of the world when they discovered it back then.
teslahowitzer
reply to post by beezzer
True, and our pill popping culture, driven by doctors with big pharma padding their pockets, we have medicated out our future. We basically flew thru 200 years worth of "adjustments" in about 50 years. Another form of short term greed causing long term failure. There are alternatives, we just do not know what they are yet....
beezzer
Big pharma spends billions every year looking for new drugs. They defray that cost with their current crop of drugs.
I'm not defending big pharma here, just looking at things practically.
I blame the hand-sanitizers. Those home anti-bacterial soaps. They create a perfect environment to make resistant bacteria.
We've "cleaned" ourselves to death.
teslahowitzer
The absolute last thing I want is this government anywhere near my well being, .......
Pardon?
beezzer
Big pharma spends billions every year looking for new drugs. They defray that cost with their current crop of drugs.
I'm not defending big pharma here, just looking at things practically.
I blame the hand-sanitizers. Those home anti-bacterial soaps. They create a perfect environment to make resistant bacteria.
We've "cleaned" ourselves to death.
Hand-sanitisers are generally alcohol based so it would be impossible for bacteria to become resistant to that.
The problem is 100% caused by the over-use of antibiotics.
I would throw a fair bit of blame the way of general practitioners who (still!) dole them out far too easily and mistakenly to people who clearly have viral infections.
Ethanol tolerance in bacteria.
Abstract
The adverse effects of ethanol on bacterial growth, viability, and metabolism are caused primarily by ethanol-induced leakage of the plasma membrane. This increase in membrane leakage is consistent with known biophysical properties of membranes and ethanolic solutions. The primary actions of ethanol result from colligative effects of the high molar concentrations rather than from specific interactions with receptors. The ethanol tolerance of growth in different microorganisms appears to result in large part from adaptive and evolutionary changes in cell membrane composition. Different cellular activities vary in their tolerance to ethanol. Therefore, it is essential that the aspect of cellular function under study be specifically defined and that comparisons of ethanol tolerance among systems share this common definition. Growth is typically one of the most sensitive cellular activities to inhibition by ethanol, followed by survival, or loss of reproductive ability. Glycolysis is the most resistant of these three activities. Since glycolysis is an exergonic process, a cell need not be able to grow or remain viable for glycolysis to occur.