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Volume 36 Issue 11, November 2018

Image depicts bacterial fragments being pieced together to form whole genomes. Bishara et al. report an approach that assembles short barcoded reads and generates high-quality draft microbial genomes (p 1067). Image credit: Ryan Charles Leung Brewster and Eli L. Moss. Credit corrected online 15 November 2018.

Editorial

  • The work of the 2018 Nobel Prize Chemistry awardees is remarkable not only for its influence on modern biotech, but also for the rapidity with which it translated to commercial products.

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  • A group of microbiome researchers discuss some of the challenges in developing a new generation of microbiome therapies.

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    • Susan Jones
    • Jun Wang
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  • The assembly of individual genomes from complex microbial communities is improved by sequencing of barcoded fragments.

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    • Jennifer Ronholm
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  • Massively parallel sequencing of peptides could signal a new era of high-throughput proteomics.

    • Ben C Collins
    • Ruedi Aebersold
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  • Screening patient-derived tumor cell cultures against a drug library is a promising adjunct to clinical decision-making.

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    • Razelle Kurzrock
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