The genome sequence of a species of amphioxus, an iconic organism in the history of evolutionary biology, opens up a fresh vista on the comparative investigation of chordates and vertebrates. Figure 1 ...
Those of you who took high school biology may remember the lancelet, also known as the amphioxus. Its simplified body plan is notable for containing a number of features that it shares in common with ...
A primitive, worm-like marine animal that spends most of its time burrowed in sand is a hot commodity to marine biologists thanks to what its genome could tell them about vertebrate evolution.
Vertebrate evolution was accompanied by two rounds of whole genome duplication followed by functional divergence in terms of regulatory circuits and gene expression patterns. As a basal and ...
Research on the genome of a marine creature led by scientists at Scripps Institution of Oceanography at UC San Diego is shedding new light on a key area of the tree of life. Linda Holland, a research ...
Research on the genome of a marine creature led by scientists at Scripps Institution of Oceanography at UC San Diego is shedding new light on a key area of the tree of life. Linda Holland, a research ...
In a primitive marine organism, scientists find photosensitive cells that may be ancestral to the "circadian receptors" in the mammalian retina. Among the animals that are appealing "cover models" for ...
As if tiny flashlights were hidden inside its body, a fish-like creature emits fluorescent flecks, a flashing ability previously considered unique to jellyfish and corals. Subscribe to read this story ...
Research on the genome of a marine creature is shedding new light on a key area of the tree of life. Because amphioxus is evolving slowly -- its body plan remains similar to that of fossils from the ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results