Researchers at the University of Edinburgh used caffeine to understand how fungi become resistant to antifungal drugs. Continue reading Waking Up to Antifungal Drug Resistance
Researchers have discovered how plants can physically prevent pathogens from entering by closing small openings on their leaves. Continue reading Plants Shut the Door on Infection–Literally
Current polio vaccines have been successful in nearly eradicating polio in the world. Unfortunately, there have been emerging cases of polio in recent years. To combat this, scientists have designed a new oral poliovirus vaccine that could result in a new and safer polio vaccine. Continue reading Redesigning the polio vaccine – Lessons from evolution
COVID-19 has now forced most of us into our homes for weeks. A recent study highlighted the importance of staying at home in these crucial times, even if you’re feeling well: people with mild, limited or even no symptoms at all were estimated to have caused the majority of severe COVID-19 infections and the wide geographic spread of COVID-19. Continue reading Computational models show why staying home really is the best idea
In order to combat the growing problem of antibiotic resistance, a group of scientists from MIT are using artificial intelligence to discover new and effective antibiotics. They were able to predict a powerful new antibiotic compound that is effective against many dangerous pathogens. Continue reading Artificial Intelligence – our new MVP against infections?
CIFAR Fellows’s paper questions whether diabetes, heart attacks and strokes are actually non-communicable diseases (NCDs). Microbiota (bacteria, viruses, fungi) that spread flu, HIV/AIDS, may also carry NCDs. People with NCDs have damaged microbiota, causing disease when transmitted into healthy animals. Spouses and cohabitants’ shared lifestyles and environments also lead to gut bacteria transfer.
Continue reading Is diabetes communicable?
Flu shots have an exciting new role in the world of cancer therapy! A recent study shows that flu vaccines could be used to boost the effects of cancer immunotherapy. Continue reading Take your flu shots! Fighting cancer with flu vaccines.
CRISPR is a highly effective immune system that defends bacteria from viruses. It was recently shown that some viruses have evolved counter-defenses that protect their DNA with a nucleus-like structure. Continue reading Some viruses can defeat CRISPR with nucleus-like compartments
Mucus is not just the awful phlegm from your cough, it actually has the ability to tame bacteria infection! Scientists at MIT recently discovered that the glycans on our mucus can actually trigger biochemical responses that protect us from pathogens. Read Wei Li’s article to learn more. Continue reading The Key to Taming Bacteria: Mucus Sugars
Researchers at McMaster University have developed a novel method for stabilizing vaccines, removing the strict requirement that the components be maintained within a specific low temperature range from development through delivery. The technique is based on drying the vaccines using two FDA-approved sugars and was shown to be successful in preserving vaccine effectiveness at elevated temperatures for twelve weeks. While it must still be validated on other vaccines, this method could be a major step toward cheap, accessible immunization in developing areas. Continue reading A Sweet Solution for Preserving Vaccines