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QIAGEN Ingenuity
QIAGEN Ingenuity

The Scientist

» stem cells, ecology and neuroscience

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image: Week in Review: January 6–10

Week in Review: January 6–10

By | January 10, 2014

Bacterial genes aid tubeworm settling; pigmentation of ancient reptiles; nascent neurons and vertebrate development; exploring simple synapses; slug-inspired surgical glue

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image: Nascent Neurons Break Free

Nascent Neurons Break Free

By | January 9, 2014

Neuronal precursors are partially dismantled during early development before they find their fate.  

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image: Settlement Signal

Settlement Signal

By | January 9, 2014

A marine bacterium generates contractile structures that are essential for the metamorphosis of a tubeworm.

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image: Capsule Reviews

Capsule Reviews

By | January 1, 2014

Are Dolphins Really Smart?, Newton's Football, Outsider Scientists, and We Are Our Brains

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image: Lights, Camera, Action

Lights, Camera, Action

By | January 1, 2014

A guide for doing in vivo microscopy on neurons in the mammalian brain

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image: Neurons On Demand

Neurons On Demand

By | January 1, 2014

Astrocytes in the adult mouse brain can be reprogrammed into neuronal precursors, then neurons, in vivo.

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image: 2013’s Big Advances in Science

2013’s Big Advances in Science

By | December 24, 2013

A roundup of the stunning progress made in the life sciences this year

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image: Week in Review: December 16–20

Week in Review: December 16–20

By | December 20, 2013

Sex lives of early hominins; Amborella trichopoda genome; surface topography and stem cells; how HIV weakens immune cells; dogs, dust microbes, and mouse allergies; news from ASCB

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image: NIH Calls for BRAIN Proposals

NIH Calls for BRAIN Proposals

By | December 19, 2013

The National Institutes of Health has outlined the types of projects it intends to fund through the federal BRAIN Initiative, and is requesting applications.

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image: Surface Texture Influences Differentiation

Surface Texture Influences Differentiation

By | December 18, 2013

The topography of a stem cell’s environment can influence cilia length, which in turn modulates cell signaling and development.

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