I like to encourage my students to explore the intersection between art and microbiology. Science + art = awesome! In any event, in this blog post, I describe two microbial art competitions in my microbiology course at the University of Puget Sound. I think my micronauts did some remarkable w... Read More
Mapping and identifying all the microbes across New York City is no small feat. Just ask Jane Carlton. About three years ago, Carlton, director of the Center for Genomics and Systems Biology, and professor of biology, at New York University and colleagues won an NYU grand challenge grant for the... Read More
I enjoy having my microbiology students explore their creativity in interesting ways. One approach is to have my micronauts "paint" on Petri dishes using luminous bacteria. In the past, I have inviting people to "vote" on their favorites, and hand out microbiologically themed gifts. This has ... Read More
This episode: Individual slime molds show the ability to learn about their environment!
(8.8 MB, 9.6 minutes)
News item... Read More
Jeremy, Aaron, and Ted join the TWiV team to discuss their work on identifying a single amino acid change in the Ebola virus glycoprotein from the West African outbreak that increases infectivity in human cells.
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Eva Harris, PhD, University of California, Berkley, is interviewed by Vincent Racaniello, PhD, Columbia University, New York, about the status of Zika virus in Nicaragua. Harris has developed a multidisciplinary approach to study the molecular virology, pathogenesis, immunology, epidemiology, cl... Read More
While bacteria have been evolving for 3.5 billion years, mammals have evolved with bacteria for only 2.5 million years. Thus, it's not that surprising that humans appear to be losing the war on antibiotic resistance.
The issue of multidrug-resistance and the lack of antibiotics in the developme... Read More
This episode: Scientists build a battery out of microbes and electrodes that can store and release electricity repeatedly!
(7.5 MB, 8.1 minutes)
Michael Diamond visits the TWiV studio to talk about chikungunya virus and his laboratory's work on a mouse model of Zika virus, including the recent finding of testicular damage caused by viral replication.
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Raw milk collected from dairy farms has to travel to processing facilities before it is transformed into the delicious dairy products we consume. Because the milk from many dairy cows is collected together, any contamination issue from a single animal can lead to spoilage or contamination. How r... Read More
As a bacteriologist, when you are interested in the function(s) of a particular protein you're hardly satisfied with biochemical analyses and studying expression patterns. What you'd really like to know is where your protein is localized, where it's actually active in living cells. None of the ... Read More
Infection control is a vital part of maintaining a safe healthcare facility, and the use of biocides and disinfectants to eliminate potential pathogens is an important part of infection control strategy. Pathogens can spread among patients via transfer to surfaces like doors, floors, and counter... Read More
In this post from my research and teaching blog, Microbes Rule, I show off some Hallowe'en inspired microbiological goodness! Enjoy! Read More
This episode: Bacteria in the gills of fish help break down their metabolic wastes before they reach toxic levels!
(7.4 MB, 8.1 minutes)
From the EIDA2Z conference at Boston University, Vincent, Alan and Paul meet up with Ralph Baric, Felix Drexler, Marion Koopmans, and Stacey Schultz-Cherry to talk about discovering, understanding, protecting, and collaborating on emerging infectious diseases.
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As the durations of manned space missions increase, it is vitally important to understand the long-term consequences of microbial exposure on human health in closed human habitats. One mission of the Microbial Observatory Experiments on the International Space Station is to examine the traits an... Read More
Biofilms, surface-attached microbial communities encased in an extracellular matrix, are one of the most common macroscopic microbial structures we can see in nature. Biofilms like those seen in pond scum, in dental plaque, or in hot springs, are mixed communities with the members forming both a... Read More
The TWiVome reveal the first eukaryotic genes found in a bacteriophage of Wolbachia, and how DNA tumor virus oncogenes antagonize sensing of cytoplasmic DNA by the cell.
“We Are Very Much Thankful to:
Prof. Vincent Racaneillo (USA) - Columbia University
A. Prof. Andrew Marsh (UK) - University of Warwick
A. Prof. Gulfaraz Khan (UAE) - United Arab Emirates University
Dr. Ryan McNamara (USA) – University of Chapel Hill, NC
Dr. Sharon Kuss (USA) - UT Southweste... Read More
The remarkable transformation in the control of infectious diseases by antibiotics is one of the glorious stories in microbiology. But now, almost inseparable from their discovery and application, is its nasty sequel, the rapid evolution of antibiotic resistance. We continually read reports of... Read More