Dr. Alexander Lake, Gastroenterologist at AdventHealth, continues his conversation with Gayle Guyardo, the host of Bloom, and discusses the interconnectedness of three organs ...

In a world-first pilot study, researchers from the University of South Australia have used video footage of insects to ...

These images reveal miniature brain regions, digestive glands, a primitive circulatory system, and even traces of nerves serving the limbs and simple eyes of the larva. The discovery surprised ...

A recently discovered creature, Mosura fentoni, has stunned paleontologists with its bizarre, otherworldly features. Unveiled in the pages of Royal Society Open Science, this ancient arthropod sheds ...

They unveiled brain regions, digestive glands, a rudimentary circulatory system and even traces of nerves supplying the larva’s simple legs and eyes. 3D view of Youti yuanshi guts This research allows ...

Interestingly, the fossils show details of Mosura’s internal anatomy – including its nervous system, circulatory system, and digestive tract.

Comparing our data to those found in other groups of Arthropoda, with regard to the region of the digestive tube where the microspines appear, similarities with data from Insecta were observed; as in ...

Paleontologists have discovered fossils of a 506 million-year-old tiny three-eyed predator nicknamed the “sea moth,” according to a new study.

Meet Mosura fentoni, a bizarre 506-million-year-old "sea-moth" with three eyes, claws, and an abdomen full of gills.

What paleontologists learned from fossils of a 3-eyed predator that lived 500 million years ago The unique features of Mosura fentoni astounded paleontologists.

Some of the 61 fossils of the creature studied show preserved nerve tissue, eye structures, a digestive tract, and even reflective patches representing an open circulatory system—essentially a ...