Sentence examples for deep organisms from inspiring English sources

Specimens of a cave Spadella or even of S. birostrata Casanova, 1987, living at depths = -146 m off the French Mediterranean coasts [ 65], but which might be able to reach neritic waters during the cold season when the temperatures of the water column are homogenized, as commonly observed for numerous deep organisms?

The bottom of the sea is a biologist's wonderland, but scientists are only beginning to understand the even more mysterious organisms that live deep under its floorboards.

Such complexity and diversity only increased as scientists were able to look deep inside organisms and cells.

Marine life could be especially productive as a source for future drug development because the variety of species is so broad, so few (perhaps only 10percentt) have yet been investigated for therapeutic potential, and the intensive ecological pressures on deep sea organisms makes substances derived from them particularly "bioactive".

The special detection equipment allowed to document the fluorescence of several fluorescent deep sea organisms.

We discovered fluorescent deep sea organisms as a new source of GFP-like proteins with highly desirable properties such as reversible photoswitching.

Taken together, these results evidence the suitability of GFP-like proteins from deep sea organisms as fluorescent marker for live cell imaging.

The inability to make clear phylogenetic inference is partly due to a lack of information for deep branching organisms in this lineage.

The general opinion is that the survival of deep sea organisms in the extreme conditions of pressure, absence of light, low levels of oxygen, high temperature and salt concentration may have affect their primary and secondary metabolite profiles [ 5, 6] which, in turn, can be suitable candidates for discovery of structurally unique molecules.

Lantern fishes and hatchetfishes, along with many other deep-sea organisms, possess distinct arrangements of light organs on the body that may serve as species- and sex-recognition patterns.

While experimentally establishing the adaptive value of these organs remains difficult owing to the challenges of sampling and maintaining deep-sea organisms, hypotheses abound.