It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
www.cbsnews.com...
CDC officials took the unusual step of calling a Saturday news conference to announce that the predominant strain this season — the type A H3N2 influenza strain — was resistant to the older drugs.
"Clinicians should not use rimantadine and amantadine ... because the drugs will not be effective," said CDC director Dr. Julie Gerberding.
She said the lab tests, which CDC scientists had been analyzing since Friday, surprised health officials and the health agency rushed to get the word out.
Is it not just possible that the new flu virus is resistant to the old drugs?
It happens quite often. That's why you have to swtich some people from penicillin to ampicillin or streptomycin, the bacterial strains are resistant, much as some viruses become resistant to certain drugs.
There have been some agreements between some Eastern European and Central Asian , as well as a few American drug manufacturers to produce generic Tamiflu in the event of a pandemic. So why would Roche allow this to happen in a situation where they would make the most money?
I suppose you could say for PR, but wouldn't better PR be to lower the general price of the drug year round? Or give lower costs to the elderly and children? I'm not talking about a dramatic price cut, just lowering it slightly, but making sure to get it into the media so that everyone thinks "Roche is really looking out for the little guy".
quote:
Is it not just possible that the new flu virus is resistant to the old drugs?
Sure, that's a possibility. In fact I'd say that's probably the case. My thread wasn't intending to state anything as fact. I just provided another possibility for thought.
quote:
It happens quite often. That's why you have to swtich some people from penicillin to ampicillin or streptomycin, the bacterial strains are resistant, much as some viruses become resistant to certain drugs.
Yes, absolutely. Although, to my knowledge, such a severe spike in resistance is unheard of. Do you know of any other instances where a strain of influenza managed to increase its resistance to treatment X by 80% over the course of a single season?
quote:
There have been some agreements between some Eastern European and Central Asian , as well as a few American drug manufacturers to produce generic Tamiflu in the event of a pandemic. So why would Roche allow this to happen in a situation where they would make the most money?
I don't understand your question, could you rephrase it please?
All I was asking was why would Roche allow companies to make generics of Tamiflu in the face of a pandemic when a pandemic is the situation where Roche would sell the most Tamiflu and thus make the most money? Isn't that a bit backwards?
Originally posted by WyrdeOne
Sofi
Indeed, the rapidity of the shift is what made me question the authenticity of the CDC report, along with their pro-Tamiflu stance. I had just never heard of a flu bug becoming 90% resistant to treatment in what amounts to the blink of an eye.
How's this for a theory? What if pharma moles at the CDC engineered and released the strain that is immune to the cheap drugs and susceptible to the expensive ones?
The saga of Tamiflu is just the tip of a big iceberg. As we noted in an earlier article, the real point of interest is the company in California who developed Tamiflu, Gilead Sciences, listed on the NASDAQ as (GILD). As we also noted, US Secretary of Defense, Donald H. Rumsfeld, was Chairman of the Board of Gilead Sciences from 1997 until early 2001 when he became Defense Secretary. Rumsfeld had been on the board of Gilead since 1988, some thirteen years.
A as-yet-unconfirmed report is that Rumsfeld recently purchased additional stock in his former company, Gilead Sciences, worth $18 million, making him one of its largest if not the largest stock owners today.
Originally posted by WyrdeOne
The CDC (Center for Disease Control) recently advised doctors against prescribing amantadine and ramantadine, urging them instead to prescribe tamiflu. The CDC claims that lab results indicate 90% of flu samples were resistant to the two drugs.
www.cbsnews.com...
CDC officials took the unusual step of calling a Saturday news conference to announce that the predominant strain this season — the type A H3N2 influenza strain — was resistant to the older drugs.
"Clinicians should not use rimantadine and amantadine ... because the drugs will not be effective," said CDC director Dr. Julie Gerberding.
She said the lab tests, which CDC scientists had been analyzing since Friday, surprised health officials and the health agency rushed to get the word out.
Now, for the sake of context, the two drugs named by the CDC as ineffective are both available as a low cost, generic alternative to more expensive anti-virals, while tamiflu is exhorbitantly expensive, and cannot (to my knowledge) be purchased in generic form.
Add in the fact that powerful, influential members of the American government realize profits based on tamiflu sales, and I'd say there's something to discuss. Could elements of the CDC have manipulated the lab results at the behest of Rummy or one of his pals? Does this press release stink of marketting? It does to me...
Any thoughts?
The discovery adds to worries about how to fight bird flu should it start spreading among people. Health officials had hoped to conserve use of two newer antiviral drugs, Tamiflu and Relenza, because they show activity against bird flu, unlike the older drugs.
Now, because of the resistance issue, the newer drugs are being recommended for ordinary flu, increasing the chances that resistance will develop more rapidly to them, too, as they become more commonly used.
She said the lab tests, which CDC scientists had been analyzing since Friday, surprised health officials and the health agency rushed to get the word out.
"I don't think we were expecting it to be so dramatic so quickly this year," Gerberding said. "We just didn't feel it was responsible to wait three more days during a holiday weekend to let clinicians know."