Dear Vincent and Dickson,
Listening to TWiP on cyclosporiasis. Because I am all too aware of the possible contamination of many crops as a former public health nurse who worked in epidemiology for my state (Florida), I always wash my fruits and v... Read More
Shortly after I wrote about my years of experience with HeLa cells, I was contacted by author Rebecca Skloot. One of her many questions was how I knew that I had produced 800 billion HeLa cells in my laboratory over 26 years. I learned that she was writing a book about Henrietta Lacks, whose tum... Read More
Some archaea look like little rods or tiny balls, and some even get around like bacteria, using long hair- or whip-like appendages called flagella that stick out of their cell walls and act like a microscopic outboard motor to get them where they are going.... Read More
A recent study published earlier this week from Washington State University suggests Nosema ceranae, a unicellular parasite, and pesticides embedded in old honeycombs are two major contributors to the bee disease known as colony collapse disorder. Now, the first descriptive epizootiological surv... Read More
This episode: Bacteria are able to incorporate DNA from the environment into their genomes, even if it's thousands of years old!
(9.6 MB, 10.5 minutes)
El podcast del Microbio Nº198: is dedicated to WHO day and the problem of antibiotic resistance. El podcast del Microbio Nº... Read More
Tracey McDole, a PhD student in the lab of Dr. Forest Rohwer, San Diego State University, has authored a post on Small Things Considered that looks at recent research published in PNAS that questions the physical limits to cell behavior.
"The word marginal means to be at the outer or lower l... Read More
DNA synthesis technology, in combination with other rapidly-evolving capabilities in the life sciences, such as directed molecular evolution and viral reverse genetics, has galvanized segments of the scientific community.1 It also has captured the attention of the general public and policymaker... Read More
El podcast del Microbio Nº 222 and 223 summarize two articles published in Medical Mycology about the finding of the ecolog... Read More
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The TWiVers discuss the growing Ebola virus outbreak in West Africa, and an epidemic of respiratory disease in the US caused by enterovirus D68.
Want to be a host mentor? Your influence can have a wonderful impact on a minority science student. The American Society for Microbiology (ASM) seeks partnership with research mentors at research intensive institutions to leverage support of the fellowship program. The research mentor must be an... Read More
At the Spring 2010 meeting of the Society for General Microbiology In Edinburgh Vincent Racaniello spoke about ‘Social Media in Microbiology Education and Research’. In his presentation he gives a comprehensive overview of how he uses these new communication tools to promote the science of virol... Read More
Hello, I have been an avid listener of TWiV over the last 9 months or so and have very much enjoyed the podcast. It is always great to hear a broad, informed discussion on virology, and your recent podcast on viral classification was of particular interest to m... Read More
In the past 100 years we’ve learned that each one of us has unique fingerprints, and unique DNA sequences. Now through the Human Microbiome Project, we’re learning that every one of us has a unique and identifiable bacterial community not only inside of us, but also growing on our skin as well.... Read More
A video explanation of Ebola Virus. Drawn and narrated by Armando Hasudungan. Read More
New recommendation encourages physicians to prescribe _antibacterials_ instead of antibiotics for bacterial infections. This recommendation is based on compelling evidence that the word "antibiotic" confuses almost everyone, including some doctors. The confusion leads to strong patient demands... Read More
El podcast del Microbio Nº 335 and 336 is dedicated to the description of deat-cell pathways in Escherichia coli bacteria. El podcast del Microbio Nº 335 y 336 están dedicados a la descripción de las r... Read More
This episode: Engineered phages can both kill bacteria and disrupt their communications!
(14.8 MB, 16.2 minutes)