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THE STATE ROUTINELY DUMPS THE AIDS VIRUS DOWN THE SINKBy Darrin HostetlerPublished on July 21, 1993Ellen Avilla was a good soldier in the war on disease. For almost five years, while working as a technician in the Arizona Department of Health's state laboratory, Avilla performed tests on thousands of blood samples--checking them for HIV (the virus that causes AIDS), hepatitis, measles and other infectious and deadly illnesses. According to a series of personnel evaluations compiled by her supervisors, she did her job well, earning high marks for her skill and willingness to follow orders. But when state lab officials told Avilla last year that she would be required to dump vials of blood and other liquids used in AIDS and hepatitis tests down the drain of a lab wash basin, she balked. This was one order, she says, that not even the most loyal lieutenant could obey in good conscience. "I couldn't believe that they wanted to dispose of infectious material like that by washing it down the sink," Avilla says. "That kind of waste shouldn't be put into the public sewer system, especially when it is virtually untreated. "When I tried to tell them it was wrong, I was given a choice: Drop that stuff down the sink or leave. I chose to leave." Surprisingly, while health department officials have denied that any of its employees harassed Ellen, they reluctantly admit, in internal agency papers that will be filed as part of the lawsuit, to pouring test samples down the sink--a practice they insist is both legal and safe. More disturbing, despite numerous federal and industry rules that require thorough sterilization of potentially deadly bacteria before they can be washed down a public drain, the state regulators charged with monitoring the lab agree. Regulators gave the health department the official okay last December to continue the drain dumping. "It is difficult to believe that officials of the State of Arizona have sanctioned the release of potentially deadly diseases into the sewer and water supply, but they have," Steve Avilla says. "The only way to stop them now is in court." "My wife was in her 40s," Steve says, "and [Slanta] seemed to have a problem with older lab techs advancing within the department. So he didn't give her the training time that younger technicians were getting. "Plus, she felt he was jeopardizing safety, because that paperwork could be handled by secretaries and a lot of other people who might be exposed if the disease got on it. Hepatitis can live on paper for six to eight days." But the victory did little to improve working conditions for Ellen. Bad blood remained between Slanta and the lab tech, and she was soon transferred out of the testing area and into a department called "Scientific Services," a euphemism, Steve says, for "bottle washing." Although Ellen--a soft-spoken woman who holds science degrees from the University of California at Berkeley and Arizona State University--was reduced to lifting large, heavy boxes filled with dirty specimen bottles into a wash basin, she says she was happy to perform this mundane task rather than work for Slanta. "I just wanted to get away from that man," she says. "Working with him was dangerous and uncomfortable." She says she soon discovered that the lab had changed dramatically in her absence. During her first four years on the job, it had been standard operating procedure to run blood and fluids used in AIDS and hepatitis testing through an autoclave--a device that kills bacteria by heating them--after testing was completed. Only then would the testing mixture, totally cleansed of dangerous disease, be safely poured down the drain. But new procedures, implemented by Slanta, required only that a small amount of household bleach be splashed into the testing beakers before they were poured down a sink in the lab. There was no mixing or stirring of the bleach into the beakers, Ellen says--a step vital to sterilize the remains of AIDS tests, which are thick and gelatinous. When bleach was poured into an infected beaker, the bleach simply floated in a thin layer on top, never coming into direct contact with the bulk of the bacteria.
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