PLoS Biology

PLoS Biology is a peer-reviewed scientific journal covering all aspects of biology. Publication began on October 13, 2003. It was the first journal of the Public Library of Science. All content in PLoS Biology is published under the Creative Commons "by-attribution" license. To fund the journal, the publication s business model requires that, in most cases, authors will pay publication costs. In addition to research articles, PLoS Biology publishes online e-letters in which readers provide comments on articles. According to the Journal Citation Reports, the journal has a 2009 impact factor of 12.916, ranking it first in the category Biology . Mike Taylor of Discover Magazine said in 2012 that while PLoS Biology has a high impact factor, "PLoS has de-emphasized this traditional, problematic measure, so you won’t find this fact blazoned across their website." The current editor-in-chief is Jonathan Eisen (University of California, Davis). Due to their free licensing, files from PLoS Biology can be reused in places other than the original article, e.g. to illustrate Wikipedia articles.

Publisher
Public Library of Science
History
2003–present
Website
http://www.plosbiology.org/
Impact factor
12.916 (2009)

Some content from Wikipedia, licensed under CC BY-SA

Neuroscience

The neurons that help to distinguish between very similar odors

Order wine at a fancy restaurant, and the sommelier might describe its aroma as having notes of citrus, tropical fruit, or flowers. Yet, when you take a whiff, it might just smell like … wine. How can wine connoisseurs ...

Genetics

Study weighs in on fears that COVID drug could spawn super virus

COVID-19 patients are often prescribed antiviral drugs that work by reducing the number of viral particles circulating in the body. One such drug, molnupiravir, tricks the virus into generating mutations, some of which are ...

Neuroscience

How bright-light treatment improves sleep in stressed mice

Chronic stress is associated with sleep disturbance. In their new study, Lu Huang and colleagues identify the neural pathway behind this behavior, and at the same time, explain how bright-light treatment is able to counter ...

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