Tissue morphogenesis and postdevelopmental homeostasis rely on efficient information exchange between communicating cells. Cytonemes are actin-based protrusions that contribute to precise information ...

The new technique produces images about five times sharper than conventional two-photon microscopy without sacrificing ...

Erratum for the Research Article “CD38-mediated metabolic reprogramming promotes the stability and suppressive function of regulatory T cells in tumor” To establish a human reference for the regional ...

Discover the incredible regeneration abilities of planaria worms, which can regrow body parts using adult stem cells called ...

The liver may hold an unexpected key to fighting two of the most serious diseases associated with aging: Alzheimer's disease and heart disease ...

Animals like sea turtles, salmon, pigeons, and sharks can use Earth's magnetic field to cross entire oceans. How can they tap ...

A new study found chemical evidence of red blood cells in a 115 million-year-old dinosaur bone, offering new clues about how biological material can survive.

Research team reports that it identified structures resembling red blood cells alongside chemical signatures of heme ...

New study finds fossilized red blood cells and heme in a 115 million-year-old dinosaur bone, expanding fossil chemistry.

Rachael has a degree in Zoology from the University of Southampton, and specializes in animal behavior, evolution, palaeontology, and the environment. Rachael has a degree in Zoology from the ...

A dinosaur that breathed its last breath in the middle of the Cretaceous may have left behind more than a mould of its bones, ...

We've found plenty of dinosaur bones. We've found their teeth, skin, feathers, eggs, and even their poop. And now, we've found dinosaur blood. A team led by scientists at Curtin University in ...