Discover the significance of C. elegans in biological research, from Nobel Prize-winning discoveries to insights into gene ...

Giant worms are discovered living in cavities under the ocean floor in hydrothermal systems, expanding knowledge of ...

Discover Uncus dzaugisi, a 555-million-year-old worm-like fossil, offering the first Precambrian evidence of Ecdysozoa ...

Now, in a new study published in Current Biology, researchers describe Uncus dzaugisi, a 555-million-year-old worm-like organism preserved in the Precambrian rocks of Nilpena Ediacara National ...

The mixture is allowed to sit heaped in a corner of the farm for up to three years to let the worms and microbes and billions ...

Now, in a new study published in Current Biology, researchers describe Uncus dzaugisi, a 555-million-year-old worm-like organism preserved in the Precambrian rocks of Nilpena Ediacara National Park ...

A central question in modern biology is how the information stored in the genome of a fertilized egg orchestrates the making of an organism. The Nematode C. elegans, aka the worm, is a powerful system ...

elegans, but the tiny worm may continue to illuminate the intricate workings of life in a broader sense as well, by helping to reveal how entire organs work in other organisms. As the researchers ...

A worm-filled freezer looks more or less like any other freezer. It’s bigger and colder, sure, but the primary difference is ...