In 1993, an Ohio State University investigation found that Paquette had plagiarized sections from an unfundedNIH grant application, for which he was a reviewer, and included the text in his own NIH grant application. The Office of Research Integrity agreed with the University investigation and "required institutional certification of proper attribution in any future grant proposals" from Paquette and "prohibited him from serving on Public Health Service Advisory Committees, Boards, or review groups" for ten years. For a separate plagiarism incident that occurred in 1991, the Ohio State University investigatory panel found that Paquette had plagiarized a NSF proposal, that he was also a reviewer for, and included sections in a paper he published in the Journal of the American Chemical Society. The NSF's Office of Inspector General found that Paquette knowingly "submitted falsified evidence for the purpose of disproving the misconduct in science charge" and made "false statements under oath in the OIG investigation concerning the authenticity of the evidence". The falsified evidence consisted of a computer disk that included a "'mock draft,' a copy of the paper's final draft that Paquette had marked up to look like an earlier draft" and was back-dated prior to Paquette's review of the NSF proposal and, importantly, prior to the manufacture of the disk. The US Secret Service also found that someone had attempted to erase the lot number of the disk. In 1998, the NSF entered into a binding settlement with Paquette: Paquette would voluntarily exclude himself from any federal funding for two years and the NSF would not "issue a finding of misconduct in science".
Honors
Paquette’s honors include Sloan Fellow, Guggenheim Fellow, ACS Award for Creative Work inSynthetic Organic Chemistry, and the Arthur C. Cope Scholar Award of the ACS. Professor Paquette’s career has resulted in contributions to numerous areas in the field of organic chemistry, including synthesis and properties of unusual molecules, natural products total synthesis, synthetic methodology, rearrangement processes, and stereoelectronic control.
Legacy
Paquette is perhaps best known for achieving the first total synthesis of the Platonic solid dodecahedrane in 1982, which still stands as one of the landmark achievements in the history of organic synthesis and hydrocarbon chemistry. As of this date, Paquette had authored more than 1000 papers, 38 book chapters, and 17 books, and had guided approximately 150 graduate students to their Ph.D. degrees.