» stem cells, epigenetics and DNA methylation
By Jim Woodgett | June 9, 2011
Is DNA damage an inevitable consequence of epigenetic reprogramming?
By Robert E. Kingston | March 1, 2011
Testing a central tenet of epigenetic regulation
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Kepler-452b revolves around a sun much like our own.
Multiple consecutive adenosine nucleotides can cause protein translation machinery to stall on messenger RNAs.
In some pathogenic bacteria, certain antibiotic resistance–associated mutations may also confer an unexpected growth advantage.
Putting the microbiome front and center in health care, in preventive strategies, and in health-risk assessments could stem the epidemic of noncommunicable diseases.
View the July 2015 contents.
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