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Early in his career at the FDA, Petricciani discovered that bacteriophages (a virus that parasitizes a bacterium by infecting it and reproducing inside of it) were a common contaminant of childhood vaccines. His initial reasoning was that bacteriophages were normal flora in the human intestine and were unlikely to be a serious health risk to children receiving the vaccines. Nevertheless, studies in small animals and monkeys were undertaken and after years of observation, there was no evidence of harm from bacteriophages.
From 1973 to 1980, Petricciani also practiced medicine part time and taught at George Washington University as an adjunct professor of genetics.
In 1982, Petricciani returned to the NIH as the assistant director for medical affairs in the Office for Protection from Research Risks. He also returned to the FDA in the same year as the director of the Office of Biologics under the National Center for Drugs and Biologics (the name, at the time, of what had been the DBS and is now called CBER). He worked closely with Drs. Harry Meyer and Paul Parkman, and Hope Hopps as part of the leadership team of biologics.
In 1985, Petricciani left the FDA to become the chief medical officer for biologicals at the World Health Organization (WHO) in Geneva, Switzerland. Since then, he has also worked at the National AIDS Program in the Department of Health and Human Services, the Pharmaceutical Research and Manufacturers of America, the Genetics Institute, and at CancerVax. He was also active as a board member and past president of the International Alliance for Biological Standardization.
Petricciani received the 2017 Hancock Award for Outstanding Achievement in CMC Regulatory Science from CASSS, a non-profit science society, for his long and esteemed career in the biologics regulatory field. His accomplishments highlighted at the award ceremony included: his discovery that bacteriophages in childhood vaccines posed no serious health risk for children; his work with the industry and the WHO to establish safety standards for diploid cells used to produce human vaccines; and his landmark paper that paved the way for hundreds of clinical research studies of products manufactured in continuous cell lines, and eventually for over 70 currently licensed products.
Dr. Petricciani worked in Building 29, Room 513. |