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The Microbial Rosetta Stone Central Agricultural Database: An Information Resource on High-Consequence Plant
Sophia Kamenidou1, Ravi Jain2, Kumar Hari2
1National Institute for Microbial Forensics & Food and Agricultural Biosecurity, Oklahoma State University, Stillwater 74078.
Abstract:
Microbial pathogens of humans, animals, and plants can serve as potential agents of biowarfare, bioterrorism, and biocrime. Previously, the Microbial Rosetta Stone (MRS) Central database, an easily accessible informational resource tool, was developed to assist law enforcement personnel in the event of a disease investigation by providing key information on pathogens of concern. Although the database already contained information on a few high-profile plant pathogens, the coverage was insufficient considering the large number of plant pathogens that pose a threat, not only to agricultural production but also to natural plant resources such as forests and rangelands. In this project, 100 plant pathogens of high consequence were selected for study, existing literature on these agents was reviewed, and both the sources and key pathogen information provided therein were curated in the new Agricultural Database (AgDB), an accessory to the existing MRS Central Database. Chosen for inclusion in the MRS Central AgDB were plant pathogens having significant potential for damage to U.S. agricultural and natural ecosystems. The selection process included review of several previously developed plant-pathogen threat lists and recommendations from experts within the U.S. plant biosecurity community. Pathogen information was collected by searching a number of relevant literature databases, sites on the World Wide Web, and other resources. For inclusion in the MRS, the information was curated into categories: pathogen taxonomy, nomenclature synonyms, disease symptoms and geographic distribution, plant hosts, insect vectors, detection and diagnostic methods, laboratory and field protocols, sample collection, and epidemiology. The resulting AgDB enhances the MRS Central Database by summarizing and linking key information on high-threat plant diseases and their causal agents to relevant scientific literature and internet resources. The AgDB contains critical, key information on high-consequence plant pathogens, curated in a format that is readily accessible and easily searched. The resource enhances the existing MRS Central Database and provides law enforcement, forensic, and investigative personnel with an additional tool with which to respond to microbial emergencies, particularly those affecting the agricultural and environmental sectors.
Insights
A new Agricultural Database (AgDB) expands the Microbial Rosetta Stone (MRS) Central Database with critical information on 100 high-consequence plant pathogens to aid biosecurity investigations.
Area of Science:
- * Agricultural Science
- * Plant Pathology
- * Biosecurity
Background:
- * Microbial pathogens pose risks as agents of biowarfare, bioterrorism, and biocrime.
- * The existing Microbial Rosetta Stone (MRS) Central database aids investigations but has limited coverage of plant pathogens.
- * Plant pathogens threaten agricultural production and natural ecosystems, necessitating enhanced biosecurity resources.
Purpose of the Study:
- * To expand the MRS Central Database by creating an accessory Agricultural Database (AgDB).
- * To curate essential information on 100 high-consequence plant pathogens.
- * To enhance resources for law enforcement and investigative personnel responding to agricultural and environmental microbial emergencies.
Main Methods:
- * Selection of 100 high-consequence plant pathogens based on threat lists and expert recommendations.
- * Comprehensive literature review and data curation from scientific databases and the web.
- * Information organized into standardized categories including taxonomy, symptoms, hosts, vectors, and diagnostics.
Main Results:
- * Development of the Agricultural Database (AgDB) as an accessory to the MRS Central Database.
- * AgDB contains curated, searchable information on 100 critical plant pathogens.
- * Enhanced MRS Central Database now includes vital data on plant diseases and their causal agents.
Conclusions:
- * The AgDB significantly enhances the MRS Central Database's utility for biosecurity.
- * The resource provides crucial, accessible information for responding to plant-related microbial threats.
- * This tool supports law enforcement and investigative personnel in agricultural and environmental sectors.
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