Munster and Kwe Charged Over 17 Mpox Vials Seized at Detroit Airport
Updated
Updated · POLITICO · Jun 3
Munster and Kwe Charged Over 17 Mpox Vials Seized at Detroit Airport
3 articles · Updated · POLITICO · Jun 3
FBI testing found 17 of 20 sampled vials contained deactivated mpox after agents seized 113 vials from a black case the two researchers brought through Detroit in January.
Justice Department officials said Munster and Kwe falsely told Customs the case held diagnostics and testing equipment, leading to charges that carry a maximum five-year prison sentence.
One tested vial contained chickenpox and two contained human DNA, while prosecutors said the material came from the Republic of Congo, where mpox is endemic and sometimes fatal.
NIH said it learned of the airport incident in January, locked down relevant Rocky Mountain Laboratories spaces, audited samples and records, and found no risk to staff or the public.
The case lands amid broader scrutiny of the high-security lab after a senator sought an inspector-general review following a worker's monkey bite involving Crimean-Congo hemorrhagic fever research.
Why would NIH scientists risk prison by smuggling monkeypox vials from an African outbreak zone?
Is a top researcher's smuggling attempt part of a wider safety crisis at America's high-security labs?
Detroit Airport Arrest of Rocky Mountain Lab Scientists Over Undeclared Monkeypox Samples Sparks Federal Biosafety Probe
Overview
On January 25, 2026, Vincent Munster and Claude Kwe were apprehended at Detroit Metropolitan Airport after they falsely described the contents of a case they were transporting. Their misrepresentation raised suspicions, leading to the discovery of undisclosed biological materials. This quickly escalated the situation and prompted a comprehensive investigation by multiple federal agencies, including the FBI and CBP. The case highlights the serious implications of breaching federal regulations that prohibit transporting organisms or vectors without proper permits, and underscores the importance of strict compliance with biosafety and transport protocols to protect public health and maintain trust in scientific research.