PubMed Health⌕ Search

PubMed · 16236667

Agroterrorism workshop: engaging community preparedness.

Abstract

INTRODUCTION: Agroterrorism is the deliberate tampering with and/or contamination of the food supply with the intent of adversely affecting the social, economic, physical, and psychological well-being of society. Testimony before the Government Affairs Committee of the U.S. Senate has suggested that agriculture is an area that has received comparatively little attention with regard to terrorism. METHODS: In February of 2004, the NIOSH Southwest Center for Agricultural Health, Injury Prevention, and Education developed a workshop on agroterrorism designed to engage local community leaders in a process to prepare for and respond to a terrorist event involving the food supply. The workshop was an effective collaboration between NIOSH Ag Centers, the state department of health (Texas), a school of public health, and the Texas Agricultural Research and Extension Centers in five urban and rural locations with substantial agricultural production. In order to reach a diverse and geographically widespread audience, the workshop was conducted by synchronous two-way interactive televideo (9 geographic sites). The audience of 155 participants was comprised of numerous stakeholders. The workshop format involved separate modules addressing food and fiber, livestock and poultry, food distribution, and emergency preparedness, with participants developing priorities for future consideration within their communities to address all phases of an event from preparedness to follow-up debriefing. There were 13 additional individuals (for a total of 168) who participated in the workshop subsequently through use of a video. RESULTS: Workshop evaluation components included pre- and post-workshop objective assessment of factual information presented (tests), and follow-up for implementation of priorities developed by conference participants. Statistically significant improvement was noted in knowledge acquisition. The six-month follow-up demonstrated implementation of preparedness planning priorities. CONCLUSIONS: This is an effective method of reaching a geographically widespread and diverse audience of community members who will be on the front lines of an agroterrorism event. An attempt was made to enhance communication and collaboration among involved groups for effectively detecting and addressing such an event. This workshop can serve as a model for use in other communities.

Explore related subjects

Keep this discovery

Explore connections, maps & timelines

BibTeXRIS

Jeffrey Levin, Karen Gilmore, Torey Nalbone, Sara Shepherd. 2005. Agroterrorism workshop: engaging community preparedness.. https://doi.org/10.1300/j096v10n02_03

Cite the original work for its findings. Save a collection to share your selection of sources.

KEEP EXPLORING

Related citations

Protocol for Detecting and Sequencing Chikungunya Virus from Field-Collected Mosquitoes.

Arboviral diseases represent a major public health challenge, especially in tropical regions where environmental conditions may favor the proliferation and spread of mosquito vectors. Thus, early and accurate detection of chikungunya virus (CHIKV) in mosquito populations can be a valuable tool for effective surveillance of circulating variants and for identifying new viral introductions. Given the challenges of detecting arboviruses in field-captured mosquitoes, we describe an integrated workflow for CHIKV molecular detection and whole-genome sequencing. This protocol includes mosquito homogenization using a bead-based mechanical disruptor, RNA extraction using TRIzol reagent with minor modifications, molecular screening using CHIKV-specific RT-qPCR, and whole-genome amplification followed by sequencing on Illumina platforms. Despite the protocol being optimized for individual mosquitoes, it results in high-quality RNA suitable for both entomological surveillance and genomic analysis. As this protocol allows recovery of complete CHIKV genomes from mosquito specimens, it can serve as a basis for genomic epidemiology studies, enabling monitoring of viral diversity and lineage dynamics, and facilitating early detection of emerging variants to support timely and targeted public health interventions in endemic and at-risk regions.

Animals↗

Genomic Profiling of Chromatin State Using CUT&Tag.

Alterations in chromatin state, mediated through histone modifications and the incorporation of histone variants, are fundamental to establishing transcriptional networks and cell identity. Recent advances in low-input epigenome profiling methods, such as CUT&Tag and CUT&RUN, have enabled the study of chromatin states from very limited starting materials. In this chapter, we describe procedures for generating CUT&Tag libraries to profile histone modifications and histone variants in early-developing zebrafish embryos.

Animals↗

Relaxin-2: Shaping the Proteomic Landscape of Skeletal Muscle Physiology, Glucose Trafficking, and Mitochondrial Function in Rat.

Relaxin-2 is a hormone with robust beneficial effects on the heart and blood vessels and potential as a therapy for cardiovascular (CV) disease. Considering the interorgan communication between skeletal muscle and heart, and the relation between muscle quality/composition and CV events, we hypothesize that relaxin-2 may regulate skeletal muscle physiology and metabolism. We aim to evaluate the impact of relaxin-2 on the proteome of skeletal muscle from healthy Sprague-Dawley rats. Animals were treated with 0.4 mg/kg/day of serelaxin (recombinant form of human relaxin-2) or vehicle (PBS) for 2 weeks employing subcutaneous osmotic minipumps. Skeletal muscle protein identification and quantification were performed by LC-MS/MS using a Data-Independent Acquisition (DIA)-Sequential Window Acquisition of All Theoretical Fragment Ion Spectra (SWATH) method. SWATH/MS quantitative analysis identified that relaxin-2 significantly decreased 95 proteins and significantly increased 32 proteins in rat skeletal muscle when compared to control rats. From these, 34 proteins were associated with muscle function, myogenesis, muscle differentiation and/or regeneration, 20 are mitochondrial proteins (six from the complexes of the electron transport chain), and 10 proteins participate in glucose metabolism. Qualitative data-dependent workflow analysis identified 35 proteins exclusive to the skeletal muscle of the relaxin-2-treated group: eight proteins related to processes of skeletal muscle function (size, ion homeostasis or organization of caveolae structures and cytoskeleton) and myogenesis, and two proteins involved in muscle differentiation. Our work highlighted for the first time the role of relaxin-2 in crucial processes of muscle physiology and energetic metabolism, which could influence several processes involved in myopathy and CV.

Animals↗