We have preliminary evidence that non-bioluminescent octocorals still have homologous luciferase genes—genetic instructions that were passed down from a common ancestor of all octocorals.

We have preliminary evidence that non-bioluminescent octocorals still have homologous luciferase genes – genetic instructions that were passed down from a common ancestor of all octocorals. Why corals ...

Interestingly, in some species, both bioluminescent and non-bioluminescent strains exist. Enough microscopic algae can “bloom” into large, dense patches on the water’s surface. Toxic algae ...

We have preliminary evidence that non-bioluminescent octocorals still have homologous luciferase genes– genetic instructions that were passed down from a common ancestor of all octocorals. Why corals ...

Completely artificial proteins that produce bioluminescence can serve as a non-invasive method for bioimaging, diagnostics, drug discovery, and more. Bioluminescence is the natural chemical ...

We have preliminary evidence that non-bioluminescent octocorals still have homologous luciferase genes – genetic instructions that were passed down from a common ancestor of all octocorals.