There's a new antibiotic out--no big deal.
It can kill bacteria that have become immune to other antibiotics--also no big deal.
It works by disabling their ability to develop antibiotic resistance--WOHOO!!
"The drug is effective because the chemists who developed Ceftobiprole managed to outwit the bacteria at their own game, Tomasz says. The broad-spectrum antibiotic was discovered by Basilea Pharmaceuticals, based in Basel, Switzerland, and is being developed in the U.S. and worldwide by Johnson & Johnson. The research was supported by Johnson & Johnson along with a grant from the U.S. Public Health Service."
When antibiotics first arrived on the scene, the average American life expectancy jumped up by about twenty years. Sure, a few old people were living longer, but it was also largely a case of child mortality. Before antibiotics, if a kid got sick, there was basically nothing that anyone could do. (Read Angela's Ashes sometime. There were antibiotics, but the family could not afford them.) With the rise of resistant bacteria, there became this question of whether the twentieth century would be this one high-expectancy window in human history with low lifespans on either side (or at least that's what I was thinking).
Ah well. It looks as though the multidrug-resistant apocalypse just might be over before it gets going.
read more | discover8 article
It can kill bacteria that have become immune to other antibiotics--also no big deal.
It works by disabling their ability to develop antibiotic resistance--WOHOO!!
"The drug is effective because the chemists who developed Ceftobiprole managed to outwit the bacteria at their own game, Tomasz says. The broad-spectrum antibiotic was discovered by Basilea Pharmaceuticals, based in Basel, Switzerland, and is being developed in the U.S. and worldwide by Johnson & Johnson. The research was supported by Johnson & Johnson along with a grant from the U.S. Public Health Service."
When antibiotics first arrived on the scene, the average American life expectancy jumped up by about twenty years. Sure, a few old people were living longer, but it was also largely a case of child mortality. Before antibiotics, if a kid got sick, there was basically nothing that anyone could do. (Read Angela's Ashes sometime. There were antibiotics, but the family could not afford them.) With the rise of resistant bacteria, there became this question of whether the twentieth century would be this one high-expectancy window in human history with low lifespans on either side (or at least that's what I was thinking).
Ah well. It looks as though the multidrug-resistant apocalypse just might be over before it gets going.
read more | discover8 article
Current Mood:
doooooooooooooomed!
reflect








