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Tag Archives: molecular mechanisms
Mystery solved: Scientists now know how smallpox kills
New research in the FASEB Journal explains how variola, monkeypox, and related viruses disable immune systems to yield devastating consequences A team of researchers working in a high containment laboratory at the Centers for Disease Control and Prevention in Atlanta, … Continue reading
Posted in News
Tagged antiviral treatments, binding protein, centers for disease control and prevention, disease control and prevention, faseb journal, fasebj, fundamental mystery, host defenses, interferons, madrid spain, major gap, molecular mechanisms, monkeypox virus, recombinant proteins, target, terrorist action, variola virus, viral evolution, viral replication, virulent viruses
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New insight in the fight against the Leishmania parasite
Professor Albert Descoteaux’s team at Centre INRS – Institut Armand-Frappier has gained a better understanding of how the Leishmania donovani parasite manages to outsmart the human immune system and proliferate with impunity, causing visceral leishmaniasis, a chronic infection that is potentially … Continue reading
Tagged blood meal, chronic infection, conventional medications, doctoral candidate, foreign bodies, fusions, human immune system, inrs, institut armand frappier, leishmania donovani, leishmania parasite, macrophages, molecular mechanisms, pathogenic microorganisms, phagocytosis, plos pathogens, resistance issues, sand flies, scientific breakthrough, vinet
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McMaster researchers discover a new antibacterial lead
A promising discovery by McMaster University researchers has revealed an ideal starting point to develop new interventions for resistant infections Antibiotic resistance has been a significant problem for hospitals and health-care facilities for more than a decade. But despite the … Continue reading
Posted in Infectious disease
Tagged antibiotic resistance, biochemists, canada research chair, chemical biology, chemical compound, classes of antibiotics, degroote, department of biochemistry, drug resistant bacteria, health care facilities, high throughput, ideal starting point, infectious disease research, mcmaster university, molecular mechanisms, novel chemical, resistant bugs, resistant infections, target, types of microorganisms
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