Nature Chemical Biology is a monthly, peer-reviewed, scientific journal, which is published by Nature Publishing Group. It was first published in June 2005 (volume 1, issue 1). Terry L. Sheppard is a full-time professional editor with the title, "Chief Editor", and employed by Nature Chemical Biology. The impact factor for Nature Chemical Biology in 2010 is 15.808, according to the Journal Citation Reports. The publishing focus of Nature Chemical Biology is a forum for original research and commentary in Chemical-biology. Published topics encompass concepts and research methods in chemistry, biology, and related disciplines with the end result of controlling biological systems at the molecular level. Authors (contributors) are chemical biologists, also chemists involved in interdisciplinary research between chemistry and biology, along with biologists who produce research results in understanding and controlling biological processes at the molecular level. Interdisciplinary research in chemistry and biology is emphasized. The journal s main focus in this area is fundamental research which illuminates available chemical and biological tools, as well as mechanisms underpinning

Publisher
Nature Publishing Group
Country
United States
History
2005 –present
Website
http://www.nature.com/nchembio/index.html
Impact factor
15.808 (2010)

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Finding the smallest genes could yield outsized benefits

While scientists know of about 25,000 genes that code for biologically important proteins, additional, smaller genes hiding in our DNA may be just as important. But these tiny lines of genetic code have proven tough to track ...

Designing and repurposing cell receptors

EPFL scientists have developed a computational method modeling and designing protein allostery that allows the accurate and rational engineering and even repurposing of cell receptors. The method can be a significant tool ...

Gene-OFF switches tool up synthetic biology

In the quest for tomorrow's diagnostics, therapeutics, and bioproduced drugs and fine chemicals, synthetic biologists are assembling artificial networks of genes and modular regulatory elements, similar to the electronic ...

Uncovering the principles behind RNA folding

A Northwestern Engineering research team led by Professor Julius Lucks has uncovered a new understanding of how RNA molecules act as cellular 'biosensors' to monitor and respond to changes in the environment by controlling ...

Synthetic cells make long-distance calls

The search for effective biological tools is a marathon, not a sprint, even when the distances are on the microscale. A discovery at Rice University on how engineered communities of cells communicate is a long step in the ...

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