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The $750 Per Pill AIDS Drug Now Has $1 Competition

2 minute read

A pharmaceutical company announced Thursday that it plans to introduce a significantly lower-cost version of Daraprim, the drug that made headlines last month after jumping from $13.50 per pill to $750.

Imprimis Pharmaceuticals is offering a “customizable compounded formulations” of the two main ingredients in Turing Pharmaceuticals’ Daraprim, which is typically used to treat toxoplasmosis, an infection caused by a parasite. The drug is particularly critical for pregnant women and those infected with immunodeficiency disorders like HIV/AIDS. Their version of the pill will be available for less than a dollar per capsule, according to a press release. A 100-pill bottle will sell for as low at $99, the company said.

“While we respect Turing’s right to charge patients and insurance companies whatever it believes is appropriate, there may be more cost-effective compounded options for medications, such as Daraprim, for patients, physicians, insurance companies and pharmacy benefit managers to consider,” said Mark L. Baum, CEO of Imprimis.

The cheap version of Daraprim is only the beginning, according to the release. The company plans to partner with third party insurers and buyers to implement a new program called Imprimis Cares that will make over 7,800 FDA-approved generic drugs available at an affordable price.

How the Polio Vaccine Trials Relieved a Worried Nation

Working under glass for extra safety, technician begins vaccine process with kidney tissue.
Caption from LIFE. Working under glass for extra safety, technician begins vaccine process with kidney tissue.Al Fenn—The LIFE Picture Collection/Getty Images
Polio vaccine production, 1955.
Polio vaccine production, 1955.Al Fenn—The LIFE Picture Collection/Getty Images
Polio vaccine production, 1955.
Polio vaccine production, 1955.Al Fenn—The LIFE Picture Collection/Getty Images
Polio vaccine production, 1955.
Polio vaccine production, 1955.Al Fenn—The LIFE Picture Collection/Getty Images
In incubator room, test tubes of vaccine samples rotate slowly in drums for seven days under controlled temperature. The samples are then analyzed.
Caption from LIFE. In incubator room, test tubes of vaccine samples rotate slowly in drums for seven days under controlled temperature. The samples are then analyzed.Al Fenn—The LIFE Picture Collection/Getty Images
To kill virus, worker makes up formaldehyde solution which is pumped into tube overhead simultaneously with vaccine-to-be from tank. When throughly mixed, liquid goes back into tank where formaldehyde does its work.
Caption from LIFE. To kill virus, worker makes up formaldehyde solution which is pumped into tube overhead simultaneously with vaccine-to-be from tank. When throughly mixed, liquid goes back into tank where formaldehyde does its work.Al Fenn—The LIFE Picture Collection/Getty Images
Potency test is performed with monkey who gets injections of vaccine just as children. Blood sample is examined to see if antibodies have formed.
Caption from LIFE. Potency test is performed with monkey who gets injections of vaccine just as children. Blood sample is examined to see if antibodies have formed.Al Fenn—The LIFE Picture Collection/Getty Images
Polio vaccine production, 1955.
Polio vaccine production, 1955.Al Fenn—The LIFE Picture Collection/Getty Images
Polio vaccine production, 1955.
Polio vaccine production, 1955.Al Fenn—The LIFE Picture Collection/Getty Images
Child receiving a polio vaccination, 1955.
Child receiving a polio vaccination, 1955.Al Fenn—The LIFE Picture Collection/Getty Images

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