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Archive: 2017

Pseudomonads

The adaptation of the opportunistic human pathogen Pseudomonas aeruginosa often produces phenotypic diversity. Here, mutants isolated from a genetic screen show notable differences in phenotype: the production of pigments, size, shape, and texture. The…

One Neuron to Rule Them All?

  Digital reconstruction of a neuron wrapping around the mouse brain. The brain is arguably the most complex organ in the human body and understanding its structure could help explain a fundamental mystery of human existence: consciousness. The…

Could Woolly Mammoths Walk Again?

The Church lab at Harvard University recently announced plans to create a hybrid mammoth and elephant. Using a technology called CRISPR, researchers in the Church lab have learned how to insert mammoth DNA into the cells of modern elephants.…

Better Bees: Progress Towards Robotic Pollinators

Honeybees are some of the world’s most prolific pollinators [‘Honeybee’ from studio tdes] Bees and pollen are associated with a variety of irritations, but together they play a key role in crop production and global agriculture.…

Plant Viruses: An oft-forgotten threat to food security

by Fernanda Ferreira figures by Shannon McArdel Semper augustus was once the most coveted flower in Holland . The Dutch were used to single-hued tulips, collectively called Couleren, but Semper augustus was something else. With its splashes of red on…

Neuronal Diversity of the Axolotl Brain

What you’re seeing is the brain of an axolotl, an organism known for its ability to regenerate many organs including the limb, heart, and spinal cord. The different colors (blue, green, red) represent some of the neuronal cell types present within…