2aguy
Diamond Member
- Jul 19, 2014
- 112,220
- 52,455
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Well....with some of the new antibiotic resistant bugs out there, it seems as if our creator has decided to lend us a hand.....thank you.......
When things seem the darkest.....keep trying.....
The stories are out today, I'm not sure if they are the same antibiotic or different ones....
First new antibiotic in 30 years discovered in major breakthrough - Telegraph
Teixobactin has been found to treat many common bacterial infections such as tuberculosis, septicaemia and C. diff, and could be available within five years.
But more importantly it could pave the way for a new generation of antibiotics because of the way it was discovered.
Scientists have always believed that the soil was teeming with new and potent antibiotics because bacteria have developed novel ways to fight off other microbes.
But 99 per cent of microbes will not grow in laboratory conditions leaving researchers frustrated that they could not get to the life-saving natural drugs.
Now a team from Northeastern University in Boston, Massachusetts, have discovered a way of using an electronic chip to grow the microbes in the soil and then isolate their antibiotic chemical compounds.
They discovered that one compound, Teixobactin, is highly effective against common bacterial infections Clostridium difficile, Mycobacterium tuberculous and Staphylococcus aureus.
When things seem the darkest.....keep trying.....
The stories are out today, I'm not sure if they are the same antibiotic or different ones....
First new antibiotic in 30 years discovered in major breakthrough - Telegraph
Teixobactin has been found to treat many common bacterial infections such as tuberculosis, septicaemia and C. diff, and could be available within five years.
But more importantly it could pave the way for a new generation of antibiotics because of the way it was discovered.
Scientists have always believed that the soil was teeming with new and potent antibiotics because bacteria have developed novel ways to fight off other microbes.
But 99 per cent of microbes will not grow in laboratory conditions leaving researchers frustrated that they could not get to the life-saving natural drugs.
Now a team from Northeastern University in Boston, Massachusetts, have discovered a way of using an electronic chip to grow the microbes in the soil and then isolate their antibiotic chemical compounds.
They discovered that one compound, Teixobactin, is highly effective against common bacterial infections Clostridium difficile, Mycobacterium tuberculous and Staphylococcus aureus.