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Exercise Mataika: White Paper on response to a smallpox bioterrorism release in the Pacific

Authors :
MacIntyre, Chandini Raina; University of New South Wales
Heslop, David J; University of New South Wales
Nand, Devina; Fiji Ministry of Health and Medical Services
Schramm, Craig; Joint Health Command, Australian Defence Forces.
Butel, Michael; United States Indo-Pacific Command (USINDOPACOM)
Rawlinson, William; NSW Health Pathology Randwick
Baker, Michael; University of Otago
Kiedrzynski, Tomasz; Ministry of Health
Nelson, Cassidy; University of Oxford
Rosewell, Alexander; University of New South Wales
Fotualii, Lauasa; Ministry of Health Samoa
Yeo, Kevin; Emergent Biosolutions
Elsgaard, Jesper; Bavarian Nordic A/S
Fonua, Louise; Ministry of Health Tonga
Lane, John Michael; Emory University
MacIntyre, Chandini Raina; University of New South Wales
Heslop, David J; University of New South Wales
Nand, Devina; Fiji Ministry of Health and Medical Services
Schramm, Craig; Joint Health Command, Australian Defence Forces.
Butel, Michael; United States Indo-Pacific Command (USINDOPACOM)
Rawlinson, William; NSW Health Pathology Randwick
Baker, Michael; University of Otago
Kiedrzynski, Tomasz; Ministry of Health
Nelson, Cassidy; University of Oxford
Rosewell, Alexander; University of New South Wales
Fotualii, Lauasa; Ministry of Health Samoa
Yeo, Kevin; Emergent Biosolutions
Elsgaard, Jesper; Bavarian Nordic A/S
Fonua, Louise; Ministry of Health Tonga
Lane, John Michael; Emory University
Source :
Global Biosecurity; Vol 1 (2019); 2652-0036
Publication Year :
2019

Abstract

Smallpox was declared eradicated in 1980, with known seed stock retained in two high security Biosafety Level 4 laboratories in the United States and Russia. Experts agree the likelihood of theft from these laboratories is low, and that synthetic creation of smallpox is a theoretical possibility. Until 2017 it was believed that synthetic smallpox was technically too complex a task to be a serious threat. However, in 2017, Canadian scientists synthesised a closely related orthopoxvirus, horsepox, using mail order DNA and $100,000. Simultaneously, terrorist groups have declared intent to conduct biological attacks. In this context an exercise was held on August 16th 2018, with international and cross-sectoral stakeholders to review preparedness for a bioterrorism attack in the Asia-Pacific region and globally. The exercise was conducted by The National Health and Medical Research Council (NHMRC) Centre for Research Excellence, Integrated Systems for Epidemic Response, with contextual input from the Ministry of Health and Medical Services Fiji. The scenario involved a deliberate release in Fiji, followed by a larger release in a more populous Asian country. Mathematical modelling was used to underpin epidemic projections under different conditions. The exercise alternated between clinical, public health, emergency and societal responses, with participants making real-time decisions on cross-sectoral response across the region and the world. Key weak points which are influential in determining the final size and impact of the epidemic were identified (based on mathematical modelling of transmission in Fiji and globally). We identified potential gaps in preparedness for smallpox and factors which influence the severity of a smallpox epidemic. This included identifying which determinants of epidemic size are potentially within our control, and which are not. Influential factors within our control include: preventing an attack through intelligence, law enforcement and legi

Details

Database :
OAIster
Journal :
Global Biosecurity; Vol 1 (2019); 2652-0036
Notes :
application/pdf, text/html, English
Publication Type :
Electronic Resource
Accession number :
edsoai.on1256148674
Document Type :
Electronic Resource