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» organogenesis and immunology

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image: Lab-Grown Kidney Buds

Lab-Grown Kidney Buds

By | November 19, 2013

Using human stem cells, investigators from the U.S. and Spain generate functional ureteric buds.


image: T cells and Transplantation

T cells and Transplantation

By | November 13, 2013

Drug-resistant immune cells protect patients from graft-versus-host disease after bone marrow transplant.


image: Time for T cells

Time for T cells

By | November 7, 2013

Circadian rhythms control the development of inflammatory T cells, while jet lag sends their production into overdrive.

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image: Opinion: I Want My Kidney

Opinion: I Want My Kidney

By | November 7, 2013

With the advent of xenotransplantation, tissues made from cell-seeded scaffolds, and 3-D-printing, custom-made organs must be right around the corner.


image: Newborn Immune Systems Suppressed

Newborn Immune Systems Suppressed

By | November 6, 2013

Cells that temporarily restrain their immune systems give babies’ gut bacteria a chance to settle down. 

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image: Frisky Fruit Flies

Frisky Fruit Flies

By | November 5, 2013

Researchers show that Drosophila females upregulate an immune gene for protection against sexually transmitted infections before copulation.

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image: It’s in the Genes

It’s in the Genes

By | October 24, 2013

Researchers find strong correlations between the composition of the human microbiome and genetic variation in immune-related pathways.


image: Drug Widens Immunity to Flu

Drug Widens Immunity to Flu

By | October 20, 2013

An immune suppressive drug can unexpectedly help immunized mice fight off many strains of flu.


image: Week in Review: September 30–October 4

Week in Review: September 30–October 4

By | October 4, 2013

Scientists feel the shutdown’s sting; dogs comprehend human cues; lab-grown secretory glands; whether online comments help or hurt science


image: Replacement Secretory Glands

Replacement Secretory Glands

By | October 1, 2013

Researchers have engineered functional, lab-grown precursors to salivary and tear glands, successfully connecting them to ducts and nerves in mice.


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