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

The surprise discovery of an iron-carrying molecule preserved in the bones of a Brazilian dinosaur adds to research about soft tissues found in fossils that are millions of years old.

An artist's impression of Aratasaurus museunacionali. (Maurilio Oliveira/CC BY 4.0) We've found plenty of dinosaur bones. We've found their teeth, skin, feathers, eggs, and even their poop. And now, ...

By Will Dunham Nov 2 (Reuters) - Scientists have discovered what they consider the strongest evidence yet of blood cells in a dinosaur fossil inside bone from the right leg of a medium-sized ...

Scientists have discovered that lysosomes, structures traditionally viewed as the cell's recycling centers, also play a role ...

A defining feature of Alzheimer's disease is the abnormal, sustained accumulation of protein aggregates such as tau inside ...

For decades, ribosomes have been under the lens of many scientists. Ribosomes are highly sophisticated and complex molecular ...

Axion BioSystems, a leading provider of advanced live-cell analysis technology, today announced the launch of Synexus, a next ...

Living cells in human milk handle nutrients in different ways, nanoscale imaging reveals, offering a closer look at milk ...

Laboratoires Pierre Fabre announces the approval of BRAFTOVI® (encorafenib) in combination with MEKTOVI® (binimetinib) for ...

Researchers have uncovered unequivocal evidence of fossilised red blood cells inside a 115-million-year-old dinosaur bone.

A research team including members from the Nagoya Institute of Technology has developed molecules that suppress fungal growth ...