Vladimir Pasechnik

Vladimir Artemovich Pasechnik (12 October 1937 Stalingrad, USSR — 21 November 2001, Wiltshire, England) was a senior Soviet biologist and bioweaponeer who defected to the United Kingdom in 1989, alerting Western intelligence to the vast scope of Moscow's clandestine biological warfare (BW) program, known as Biopreparat. His revelations that the program was ten times larger than previously suspected were confirmed in 1992 with the defection to the United States of Colonel Kanatjan Alibekov, the No. 2 scientist for the program.

A native of Leningrad, many members of Pasechnik’s family, including his parents, perished in the Nazi siege of that city during World War II. Pasechnik studied at the Leningrad Polytechnical Institute, where he was one of the institute's brightest stars, graduating at the top of his class. Pasechnik initially specialized in the study of polymers for biological uses at the Institute of High Molecular Compounds in Leningrad. The intent was to develop new antibiotics and other treatments.

In 1974, at the age of 37, Pasechnik was invited by a general from the Soviet Ministry of Defence to start his own biotechnology institute in Leningrad and he was given “an unlimited budget” to buy equipment in the West and recruit the best staff available. The laboratory he created was in reality part of the countrywide Biopreparat program. Known as the Institute of Ultra Pure Biochemical Preparations, it was to work on a strain of plague. The laboratory actually began operating in 1981, and over the next two years Pasechnik realized that, far from running a civilian research operation dedicated to vaccine development, as he had been promised, he had become part of a vast network of laboratories and factories involved in a massive BW program. According to Pasechnik, the Institute, which had a staff of about 400, did research on modifying cruise missiles to spread the plague. The weapons system was to operate by flying low to avoid early-warning systems and use robot craft to spray clouds of aerosolized pathogens over unsuspecting enemies. The team succeeded in producing an aerosolized version of the plague microbe that could survive outside a lab. This version of the organism was genetically-engineered to be resistant to antibiotics.

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