Merging Metagenomics and Spatial Epidemiology To Understand the Distribution of Antimicrobial Resistance Genes from Enterobacteriaceae in Wild Owls

Medicine & Life Sciences

• Strigiformes 100%
• Metagenomics 78%
• Enterobacteriaceae 70%
• Epidemiology 49%
• Genes 25%
• Birds 17%
• Midwestern United States 12%
• Raptors 12%
• Lactams 11%
• Tetracycline Resistance 10%
• Bacteria 10%
• Spatial Analysis 10%
• Wild Animals 9%
• Rehabilitation Centers 9%
• Firearms 9%
• Ecosystem 8%
• Biological Factors 8%
• Innate Immunity 7%
• Cluster Analysis 7%
• Regression Analysis 5%
• Cross-Sectional Studies 5%

Agriculture & Biology

• Strigiformes 74%
• Enterobacteriaceae 66%
• antibiotic resistance 61%
• epidemiology 59%
• resistance genes 55%
• Bubo virginianus 15%
• Strix varia 8%
• lactams 6%
• Midwestern United States 6%
• birds 5%
• birds of prey 5%
• cross-sectional studies 5%
• bacteria 5%
• wild animals 5%
• coolers 5%
• tetracycline 4%
• agricultural land 4%
• wildlife 4%
• spatial distribution 4%
• ecosystems 3%
• sampling 3%

Earth & Environmental Sciences

• epidemiology 69%
• gene 48%
• harbor 13%
• bird 13%
• raptor 10%
• wild animal 10%
• bacterium 10%
• anthropogenic factor 9%
• anthropogenic source 8%
• rehabilitation 7%
• seasonality 7%
• natural environment 7%
• wildlife 6%
• persistence 6%
• land cover 6%
• agricultural land 6%
• spatial distribution 5%
• ecosystem 4%
• sampling 4%