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image: Pestilent Spread

Pestilent Spread

By The Scientist Staff | March 1, 2018

See the University of Pennsylvania's David Roos explain the process of parasite replication.


image: Infographic: A Painful Pathway

Infographic: A Painful Pathway

By Catherine Offord | January 1, 2018

Since the mid-2000s, the voltage-gated sodium channel NaV1.7 has emerged as a promising target for a new class of analgesics.


The switch from maternal factors involves dynamic reprogramming of the zygotic genome.


image: Infographic: Breaking into the Brain

Infographic: Breaking into the Brain

By Amanda B. Keener | November 1, 2017

The blood-brain barrier is a collection of specialized cells and proteins that control the movement of molecules from the blood to the central nervous system.


image: Infographic: Understanding Our Diverse Brain

Infographic: Understanding Our Diverse Brain

By Sara B. Linker, Tracy A. Bedrosian, and Fred H. Gage | November 1, 2017

Recent advances in single-cell omics and other techniques are revealing variation at genomic, epigenomic, transcriptomic, and posttranscriptomic levels.


image: These Flies Suck. . . Frogs

These Flies Suck. . . Frogs

By The Scientist Staff | November 1, 2017

Insects feast on amorous tungara frogs by eavesdropping on their amphibian love songs.


image: Spider Silk

Spider Silk

By The Scientist Staff | October 1, 2017

Kraig Biocraft Laboratories has genetically engineered a silkworm to spin spider silk, which might be used for futuristic products.

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image: Watch This Biofilm

Watch This Biofilm

By The Scientist Staff | October 1, 2017

Researchers encoded moving images in DNA within living cells.


image: Infographic: Evolving Virulence

Infographic: Evolving Virulence

By Andrew F. Read and Peter J. Kerr | October 1, 2017

Tracking the myxoma virus in the wild rabbit populations of Australia has yielded insight into how pathogens and their hosts evolve.

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image: Infographic: The Brain on Psychedelics

Infographic: The Brain on Psychedelics

By Diana Kwon | September 1, 2017

Understanding how hallucinogenic drugs affect different neural networks could shed light on their therapeutic potential.


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