Lately there has been a lot of coverage about West Nile virus in the news. In fact, for a variety of different factors this is shaping up to potentially be the worst outbreak since the disease peaked in the US in 2003.
Right now in early September we are in the mid-season of West Nile activity and new cases will continue to be reported in the coming weeks. While this is an important disease to be aware of there are some very basic steps that can be taken to protect you from infection. Widespread panic is completely unnecessary as preventative measures are effective despite the lack of approved treatments for this disease.
Keep reading for an overview of the diseases caused by West Nile virus, where it is, and how to disrupt transmission of the virus to prevent infection.
In a word, yes. In fact, at this point multiple viruses have been identified as playing a role in the progression of many different cancers. The very first of these cancer-causing viruses was discovered by Peyton Rous in 1911, making the field of tumor virology over one century old. While this initial discovery was a virus that causes tumors in chickens, many important human cancers have since been discovered to have a viral component. The first human tumor virus to be discovered was Epstein-Barr virus (EBV) in association with Burkitt’s lymphoma in 1965. Since then many more viruses have been found to be tumorigenic in humans and more may still be awaiting to be discovered.
How is it that these many different viruses are involved in so many different types of cancers? What about these viruses makes them tumorigenic?
1: Post the first successful images of West Nile virus infectined cells that I took on my own and
2: Give a basic explanation one of the most visually impressive techniques at our disposal: immunofluorescent microscopy.
For those of you not familiar with fluorescent microscopy this is a very basic image taken with only two fluorophores, or dyes, to color the image. In this image the green color is from FITC and the red comes from Cy3.
So how is it that I can make images that look like this? How do you target the dye to only one part of the cell? Why is all of the cell green and only some parts are red? What is the yellow? Read on for the answers… Continue reading Immunofluorescent Microscopy→
Today I’ve been thinking about all of the influences that have made me so passionate about scientific literacy and effective science communication. As a global society we are challenged daily with obstacles that can most effectively be solved using our modern scientific understanding of the world. Yet for a variety of reasons much of the general public is unaware of the startling leaps and bounds generated by the modern global scientific community, aware but misinformed by sloppy reporting, to downright distrustful of science and those involved. While we could go into these various issues and their origins at length, I would rather take a moment and share some of the resources that have pushed me to share my love of science with the public in the hopes that I can spread my passion for scientific communication to others. Continue reading Passion for Communication→
Hello readers! I have started contributing articles to the Gradhacker website in order to share some of the things I learned in my first year of graduate school. This month I’ve written an article for those of you about to start graduate programs and how to choose the best laboratory rotations for your personality and interests.
Despite our ever-dwindling supply of effective antibiotics, there have been a growing number of drugs that are effective against viral diseases. Many of these new drugs are not the result of happy chance or serendipity, as was penicillin, but rather the result of a process known as rational drug design. Continue reading Triumphs in rational drug design: Hepatitis C→