The world is full of fascinating associations between insects and bacteria. Members of the bacterial...
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Mobilizing Twitter for COVID-19 surveillance
COVID-19 is a worldwide health emergency. Digital disease surveillance, including social media-based technologies, represents an...
Read MoreCrohn’s and NOD2: A Classic Interaction Re-Examined
While NOD2 mutations are linked to Crohn's disease occurrence, the exact mechanism by which loss...
Read MoreDigesting Organic Waste to Diminish Antibiotic Resistance
The organic fraction of municipal solid waste is an under-appreciated reservoir for the accumulation and...
Read MoreNew Perspective on Antiretroviral Treatments: Restricting HIV-1 Replication by Targeting Intracellular Signaling Pathways
Increased resistance to current antiretroviral therapies requires discovery of alternate measures for HIV treatment. Wong...
Read MoreEvaluating the “Pro” of Probiotics: No Benefits of Lactobacillus therapy for Pediatric Acute Gastroenteritis
While the verdict is still out on the benefits of probiotics, these supplements command a...
Read MorePRiME Mini Symposium Highlights: U of T Researchers Jump Into Action to Tackle COVID-19
Highlights from the second iteration of the PRiME COVID-19 mini symposium established to showcase research...
Read MoreUsing Antioxidants to Treat Bacterial-Induced Colorectal Cancer
The link between IBD and colon cancer is widely accepted. Irrazabal et al. establish a...
Read MoreMicrobes that Clean Up: Bioremediation of Pesticide-Polluted Banana Fields
The historic use of chlordecone as a pesticide to control banana weevil infestations has resulted...
Read MoreA Pathogen’s Passport: Implications of an Increasingly Connected World
Throughout history, human travel has been heavily implicated in the spread of infectious disease. Increased...
Read MoreKilling Two Birds With One Stone: Preventing HIV Infection by Treating Parasitic Worms
Schistosomiasis has been associated with increased HIV acquisition. Yegorov et al. explored the impact of...
Read MoreNow You See Me: Discovery of a Light-Induced Secondary Metabolite from Hyphodiscus hymeniophilus Fungus
Kramer et al. provide the first genome-level exploration into the secondary metabolite potential of the...
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