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Life & Non-humans

Tiny Bettongs Have Mighty Jaws That Shatter Super Tough Seeds

When The Air Dries Out, Cockroaches Cuddle To Stay Alive

Sharks And Rays Are In Quiet Freefall

Newly described muscle anatomy (right) and overall jaw anatomy of Dunkleosteus terrelli (center), compared to a more typical arthrodire (left)

The Sea Monster That Refused to Fit the Mold

Lab mouse.

A Gentle Stem Cell Reset Cures Type 1 Diabetes in Mice

How Winter Spiders Keep Their Blood From Turning To Ice

Sperm Whales May Be Speaking In Vowels Too

A biophysically detailed simulation of the entire mouse cortex models every neuron with subcellular resolution, capturing ion flow and voltage changes across the many compartments of each branching morphology. Neurons are color coded by cortical area and flash when active. For clarity, only 1 percent of neurons are shown. The simulation represents spontaneous cortical activity in a resting state.

A Virtual Mouse Brain Lights Up a New Frontier

One of Yuka’s legs, illustrating the exceptional preservation of the lower part of the leg after the skin had been removed, which enabled recovery of ancient RNA molecules. Photo credit: Valeri Plotnikov.

Frozen Mammoth RNA Reveals Yuka’s Final Moments In Deep Ice

Earliest oceanic tetrapod ecosystem from 249 million years ago. A pod of the small-bodied ichthyopterygian ('fish-lizard') Grippia longirostris hunting squid-like ammonoids (top left). The marine amphibian Aphaneramma captures the bony fish Bobastrania (foreground). The gigantic ichthyosaur Cymbospondylus lurks in the depths (bottom right).

Ancient Arctic Shores Reveal A Rapid Rebirth Of Life After Earths Greatest Dying

Hawai’i short-finned pilot whales

Squid Rich Seas Sustain Hawaiis Tireless Deep Divers

Batracomorphus ruthae - one of the seven new species of leafhopper discovered by Dr Alvin Helden of Anglia Ruskin University.

Seven Frog-Like Insects Leap Into the Scientific Record

Conceptual illustration of the bidirectional quantitative scattering microscope, which detects both forward and backward scattered light from cells. This dual detection enables visualization of structures ranging from whole-cell morphology to nanoscale particles.

New Imaging Method Captures The Final Moments Of Dying Cells In Stunning Detail

The research team in Malawi check one of the traps. The plastic containers hold a yeast and sugar solution which produces carbon dioxide, mimicking human breath.

These Researchers Replaced Human Bait With Dirty Laundry

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