But recent research from the Ikmi Group at EMBL Heidelberg shows that homeostasis can extend beyond internal regulation and actively redefine an organism's shape. The starlet sea anemone ...

Recent research from the Ikmi Group at EMBL Heidelberg shows that homeostasis helps maintain balance inside an organism and can change its shape. The starlet sea anemone (Nematostella vectensis ...

But recent research from the Ikmi Group at EMBL Heidelberg shows that homeostasis can extend beyond internal regulation and actively redefine an organism's shape. The starlet sea anemone ...

Is it possible that our embryos also exercised? Researchers at EMBL's Ikmi group turned these questions towards the sea anemone to understand how behaviour impacts body shape during early development.

A group of sea anemones. Credit: Yehu Moran A group of starlet sea anemones. Credit: Yehu Moran The study's significance lies not only in advancing our understanding of predator-prey relationships ...

But recent research from the Ikmi Group at EMBL Heidelberg shows that homeostasis can extend beyond internal regulation and actively redefine an organism’s shape. The starlet sea anemone (Nematostella ...

"Within the bubble-tip giant sea anemone species (Entacmaea) our phylogenetic tree reveals the presence of two main groups with a common ancestor in Okinawa. The first group consists of three ...

Yap identified the prey as a sea pen. Like other cnidarians, an animal group which includes jellyfish, sea anemones are venomous and can sting. Sea anemone stings hurt worse when the species has ...

But recent research from the Ikmi Group at EMBL Heidelberg shows that homeostasis can extend beyond internal regulation and actively redefine an organism’s shape. The starlet sea anemone ...