We Never Know
No Slack
We have to keep advancing to stay ahead in the germ/virus game.
Antibiotic-resistant pathogens could be defeated with the assistance of a synthetic antibiotic
"A brand-new antibiotic that was developed at The Rockefeller University using computational models of bacterial gene products appears to kill even bacteria that are resistant to other antibiotics. According to a study published in the journal Science, the drug, known as cilagicin, is effective in mice and employs a novel mechanism to combat MRSA, C. diff, and numerous other dangerous infections.
The findings imply that computer models may be used to develop a new class of antibiotics. “This isn’t just a cool new molecule, it’s a validation of a novel approach to drug discovery,” says Rockefeller’s Sean F. Brady. “This study is an example of computational biology, genetic sequencing, and synthetic chemistry coming together to unlock the secrets of bacterial evolution.”
https://scitechdaily-com.cdn.amppro...biotic-can-kill-even-drug-resistant-bacteria/
Antibiotic-resistant pathogens could be defeated with the assistance of a synthetic antibiotic
"A brand-new antibiotic that was developed at The Rockefeller University using computational models of bacterial gene products appears to kill even bacteria that are resistant to other antibiotics. According to a study published in the journal Science, the drug, known as cilagicin, is effective in mice and employs a novel mechanism to combat MRSA, C. diff, and numerous other dangerous infections.
The findings imply that computer models may be used to develop a new class of antibiotics. “This isn’t just a cool new molecule, it’s a validation of a novel approach to drug discovery,” says Rockefeller’s Sean F. Brady. “This study is an example of computational biology, genetic sequencing, and synthetic chemistry coming together to unlock the secrets of bacterial evolution.”
https://scitechdaily-com.cdn.amppro...biotic-can-kill-even-drug-resistant-bacteria/