Earlier quoted context omitted.
There is no "active misleading." On the contrary, the usage of the word "desire" in this context aids layman understanding of the subject.
That's your opinion, not mine; however it's exactly talk like this that has led to most laymen not understanding evolution. They don't get that it's being dumbed down for them and that's not their fault, it's the fault of people who casually anthropomorphize things because they wrongly think it helps to clarify; it does not. Understanding comes from truth, not casual simplifying lies.
Dr. Arjun Srinivasan: We’ve Reached “The End of Antibiotics, Period”
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Re: Dr. Arjun Srinivasan: We’ve Reached “The End of Antibiotics, Period”
#412The interviewed expert has very good credentials and clinical experience to be talking about what he is talking about, and his warnings should be taken seriously. But even at that, the fallacious teleological language he uses about biological evolution by natural selection suggests a way out of this problem. When he says, "Bacteria, like any living organism, want to survive," and "So anything that we do to try and ki…
Is there any indication that the organisms we have "stolen" antibiotic molecules from might become themselves suffer disruption from bacteria that they can no longer kill? Fungi are involved in many symbiotic relationships that we indirectly depend on, for example the fixation of nitrogen for plant growth. One imagines a future in which we have a dwindling supply of biodiversity to 'sacrifice' in order to keep oursel…
Re: Dr. Arjun Srinivasan: We’ve Reached “The End of Antibiotics, Period”
#413Earlier quoted context omitted.
That's not violence. They're not being beaten with a crowbar.
It's the threat thereof that persuades compliance. If you try hard enough to do & keep doing something illegal, there is no limit which the state is unwilling to go to in coercing compliance.
Re: Dr. Arjun Srinivasan: We’ve Reached “The End of Antibiotics, Period”
#414Earlier quoted context omitted.
Bacteriophages are very much the answer to the titular problem. Instead of finding tiny little lethal molecules, we will likely end up actually designing machine-like phages to kill the causes of our illnesses. They're easy to select for, quite good at what they do, and are some of the most approachable objects in synthetic biology, currently. And they are much more amenable to continued use than the 3 or 4 scaffoldi…
The biggest problem with phages is they can be quite specific. Antibiotics put phage research out to pasture because a single, easy to mass produce small molecules were capable of wiping out enormous varieties of bacteria. With phages you'd need a large library to counter different bacteria, you'd have to successfully identify the bacteria which is causing the problem which may require culturing. If you wanted to mai…