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6.1.D. - Page 12 <br />Fentanyl derivatives, including fentanyl, carfentanil and other analogs, can be absorbed into the <br />body through any physical contact, including injection, oral ingestion, inhalation, transdermal <br />transmission (through the skin), and contact with any mucus membranes .38 While, in each <br />individual case the size of a lethal dose depends on individual tolerance and body mass, per the <br />Drug Enforcement Administration (DEA), a lethal dose of fentanyl may be as low as 2 to 3 <br />milligrams, the equivalent of a few grains of salt. (See Figure 3.) <br />Figure 3. <br />2-3 milligrams <br />of fentanyl. <br />The threat of accidental exposure is present in any instance where an officer is in proximity to <br />fentanyl derivatives. The DEA identified the following situations, among others, as presenting a <br />heightened risk of exposure: while purchasing fentanyl during undercover operations, processing <br />drug evidence containing fentanyl or fentanyl -related substances, and processing non -drug <br />evidence which may be contaminated with these substances or while providing aid to overdose <br />victims. 39 <br />While all law enforcement officers in proximity to fentanyl derivatives are at risk of accidental <br />exposure, the degree of risk corresponds to the individual officer's duties. Per DEA's policy <br />guidance and Grand Jury interviews, law enforcement officers in the following units in San <br />Mateo County are at a heightened risk of exposure to fentanyl derivatives: narcotics units, crime <br />suppression units, Special Weapons and Tactics (SWAT) teams, K-9 units, 40 and evidence - <br />handling units.4142 <br />Law enforcement officers have been exposed to fentanyl derivatives when responding to opioid <br />overdoses, serving search warrants, supporting national law enforcement actions, and during <br />narcotics operations. Fortunately, however, no law enforcement officers in the County have, as <br />of the date of this report, suffered overdose as the result of accidental exposure to fentanyl <br />"U.S. Department of Justice, "A Briefing Guide for First Responder" Drug Enforcement Agency, June 6, 2017: 9. <br /><httl)s://www.dea.izov/druginfo/Fentanyl BriefineGuideforFirstResnonders June20l7.r)df>. <br />39 Ibid. <br />41 K -9's can suffer the full effects of an opioid overdose, and due to the nature of their duties are at heightened risk <br />of exposure. Naloxone is also an effective antidote for opioid overdose in canines. "New drug kits save police dogs <br />from opioid overdoses" CBS News, June 1, 2017. <httl)s://www.cbsnews.com/news/new-drug-kits-save-police-dogs- <br />from-opioid-overdoses/>. V.S. Copland, S.C. Haskins, J. Patz, "Naloxone reversal of oxymorphone effects in dogs" <br />American Journal of Veterinary Research 50 (1989): 1854-8. <https://www.ncbi.nlm.nih.izov/pubmed/2482683>. <br />41 U.S. Department of Justice, "A Briefing Guide for First Responder" (2017): 13. <br />4' Grand Jury Interviews with law enforcement leadership. <br />2017-2018 San Mateo County Civil Grand Jury <br />