2010The Journal of Cell BiologyOpen access

Stress management for mRNAs

Ben Short

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Abstract

An enzyme involved in mRNA degradation turns into a transcript stabilizer during stress, [Yoon et al.][1] report. mRNA fates are determined by their association with regulatory proteins in ribonucleoprotein (mRNP) complexes. mRNPs can accumulate in large, cytosolic aggregates; P bodies, for example

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An enzyme involved in mRNA degradation turns into a transcript stabilizer during stress, [Yoon et al.][1] report. mRNA fates are determined by their association with regulatory proteins in ribonucleoprotein (mRNP) complexes. mRNPs can accumulate in large, cytosolic aggregates; P bodies, for example

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Available abstract

An enzyme involved in mRNA degradation turns into a transcript stabilizer during stress, [Yoon et al.][1] report. mRNA fates are determined by their association with regulatory proteins in ribonucleoprotein (mRNP) complexes. mRNPs can accumulate in large, cytosolic aggregates; P bodies, for example

Key concepts: Ribonucleoprotein, Messenger RNP, Biology, Messenger RNA, P-bodies, Cytosol, Cell biology, Stress granule

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