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image: Microbes Meet Cancer

Microbes Meet Cancer

By Kate Yandell | April 1, 2016

Understanding cancer’s relationship with the human microbiome could transform immune-modulating therapies.

4 Comments

image: Startup Licenses “Vaginal Seeding” Approach

Startup Licenses “Vaginal Seeding” Approach

By Tracy Vence | March 31, 2016

Boston-based Commense plans to develop microbial and nonmicrobial interventions aimed at improving child health.

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image: Contacts May Affect Eye Microbiome

Contacts May Affect Eye Microbiome

By Jef Akst | March 23, 2016

The bacterial communities in the eyes of contact lens wearers resemble those of the skin, according to a study. 

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image: Origins of Dysentery

Origins of Dysentery

By Bob Grant | March 22, 2016

A new genomic analysis reveals that the pathogen responsible for the gastrointestinal disease likely originated in Europe and hitched a ride to new lands with settlers.

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image: Microbial Recycler Found

Microbial Recycler Found

By Bob Grant | March 14, 2016

Researchers discover a new species of bacteria that can break down a commonly used plastic.

3 Comments

image: Opinion: A Mother’s Microbes

Opinion: A Mother’s Microbes

By Rob Knight and Jack Gilbert | March 3, 2016

On “vaginal seeding” and the challenge of evidence-based parenting

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image: Amoebae Have Human-Like Immunity

Amoebae Have Human-Like Immunity

By Jef Akst | March 2, 2016

Dictyostelium discoideum produce extracellular nets that can kill bacteria, just as phagocytes in people and other higher animals do, according to a study.

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image: Giant Virus Has CRISPR-like Immune Defense

Giant Virus Has CRISPR-like Immune Defense

By Kerry Grens | March 2, 2016

The genome of a mimivirus strain resistant to a virophage has repeated phage sequences alongside nuclease- and helicase-coding sections.

1 Comment

image: Spoiler Alert

Spoiler Alert

By Wudan Yan | March 1, 2016

How to store microbiome samples without losing or altering diversity

1 Comment

image: Similar Data, Different Conclusions

Similar Data, Different Conclusions

By Ashley P. Taylor | February 23, 2016

By tweaking certain conditions of a long-running experiment on E. coli, scientists found that some bacteria could be prompted to express a mutant phenotype sooner, without the “generation of new genetic information.” The resulting debate—whether the data support evolutionary theory—is more about semantics than science.

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