«Tissue loss triggers regeneration
in planarian flatworms.»
Not exact matches
The land
planarian Platydemus manokwari, or New Guinea
flatworm, is a highly invasive species, already reported
in many territories
in the Pacific area, and as well as
in France.
The
planarian Schmidtea mediterranea are
flatworms with bilateral symmetry used as models
in the research on cell regeneration and stem cells.
Here we report that
in addition to producing an ommochrome body pigment, the
planarian flatworm Schmidtea mediterranea generates porphyrins
in its subepithelial pigment cells under physiological conditions, and that this leads to pigment cell loss when animals are exposed to intense visible light.
As discussed below, this provides new insight into pigment biosynthesis
in the Platyhelminthes (
flatworms) and establishes
planarians as a useful animal model for porphyria research.
Taking part
in the award for the second time this year, Felipe Meres, inaugurates «The Telomeric Cuts», which parts from a series of micrographs representing the process of cutting and regenerating hermaphroditic
planarian flatworms.