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The 19th century biologist’s drawings, tainted by scandal, helped bolster, then later dismiss, his biogenetic law.

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Time-lapse imaging shows the immune cells transferring chemical signals during pigment pattern formation in developing zebrafish.

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image: Infographic: How the Zebrafish Got Its Stripes

Infographic: How the Zebrafish Got Its Stripes

By Catherine Offord | May 1, 2017

Immune cells called macrophages shuttle cellular messages in the skin.

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The lungs of extremely premature lambs supported in a closed, sterile environment that enables fluid-based gas exchange grow and develop normally, researchers report.

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image: Image of the Day: Stop Signals

Image of the Day: Stop Signals

By The Scientist Staff | April 17, 2017

Transcytosis, suppression of vesicle traffic across cells, helps reduce permeability in the blood-retinal barrier during development.

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image: Image of the Day: Fanged Fish

Image of the Day: Fanged Fish

By The Scientist Staff | April 14, 2017

Poisonous fang blennies (Meiacanthus) are only around 2 inches long but, with their tiny fangs, they can inject predators with a venom that has potent hypotensive effects.

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image: Viral Trigger for Celiac Disease?

Viral Trigger for Celiac Disease?

By Anna Azvolinsky | April 6, 2017

A common, seemingly benign human virus can trigger an immune response that leads to celiac disease in a mouse model, researchers show. 

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image: Gel Scaffolds for Delivery of Immunotherapies

Gel Scaffolds for Delivery of Immunotherapies

By Rachel Berkowitz | April 1, 2017

Using biocompatible polymers to carry cancer immune therapies directly to the tumor

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image: Making CAR T-Cell Therapy Safer

Making CAR T-Cell Therapy Safer

By Catherine Offord | April 1, 2017

Following a spate of patient deaths in clinical trials testing modified T cells for the treatment of cancer, researchers work to reduce the treatment’s toxicity without sacrificing efficacy.

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image: Neoantigens Enable Personalized Cancer Immunotherapy

Neoantigens Enable Personalized Cancer Immunotherapy

By Stephen P. Schoenberger and Ezra Cohen | April 1, 2017

Tumors’ mutations can encode the seeds of their own destruction, in the form of immunogenic peptides recognized by T cells.

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