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» HIV and developmental biology

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image: Week in Review, July 8–12

Week in Review, July 8–12

By | July 12, 2013

Editor accused of fraud leaves post; the good and the bad of gut microbiota; bacterial gene shuffle; legal restrictions hamper illicit drug research; antibodies and autism

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image: Gut Microbes Exacerbate HIV?

Gut Microbes Exacerbate HIV?

By | July 10, 2013

Particular microbes in the colons of HIV patients may worsen disease progression.

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image: Two Patients Rid of HIV?

Two Patients Rid of HIV?

By | July 3, 2013

Bone marrow transplants appear to have eliminated HIV from Boston cancer patients.

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image: Master of Fate

Master of Fate

By | July 1, 2013

While tracing the tricky and sometimes surprising paths of multipotent cells in the skin, mammary gland, and heart, Cédric Blanpain has repeatedly turned the stem cell field on its head.  

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image: Cure for HIV-Infected Newborns?

Cure for HIV-Infected Newborns?

By | June 27, 2013

A clinical trial will test the strategy a Mississippi doctor used to cure an infant.

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image: Week in Review, June 17–21

Week in Review, June 17–21

By | June 21, 2013

On the gene patent decision; a high-res human brain model; bats’ influence on moths mating calls; toxicants threaten brain health; platelet-driven immunity

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image: Nailing Regeneration

Nailing Regeneration

By | June 12, 2013

Researchers identify the signaling program that enables finger and toenail stem cells to direct digit regeneration after amputation.

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image: Distantly Related Viruses Proliferate Similarly

Distantly Related Viruses Proliferate Similarly

By | June 12, 2013

Whether infecting hot spring-dwelling microbes or humans, viruses co-opt the same group of proteins to assemble themselves and break out of cells.

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image: Why Many Birds Don’t Have Penises

Why Many Birds Don’t Have Penises

By | June 7, 2013

In avian species, a gene induces programmed cell death during development in the area where a phallus would otherwise grow.

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image: Loss of Potential

Loss of Potential

By | June 1, 2013

In the fruit fly, the ability of neural stem cells to make the full repertoire of neurons is regulated by the movement of key genes to the nuclear periphery.

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