Levin is now
studying flatworms as obsessively as tadpoles.
Not exact matches
«Additionally, the field
study indicated that the diversity of these predators was a better predictor of
flatworm infections than nutrients, frog immunity or the diversity and abundance of hosts.»
In the
study, which included a series of laboratory experiments, field surveys and mathematical modeling, the presence of various species of dragonfly larvae reduced the infections in frogs caused by parasitic
flatworms called trematodes, said Val Beasley, professor and head of the department of veterinary and biomedical sciences, Penn State, who worked with Rohr and whose research group collaborated with Lucinda Johnson, senior research associate and director of the Center for Water and the Environment, University of Minnesota Duluth, to complete the field
study.
The Persian carpet
flatworm, the cuttlefish and the black ghost knifefish look nothing like each other — their last common ancestor lived 550 million years ago, before the Cambrian period — but a new
study uses a combination of computer simulations, a robotic fish and video footage of real fish to show that all three aquatic creatures have evolved to swim with elongated fins using the same mechanical motion that optimizes their speed, helping to ensure their survival.
The results obtained in this first
flatworm study between Kentucky Space and Tufts University will become the basis for their next phase of research in regenerative medicine.
Flatworms with amputated heads or tails are contained inside sealed test tubes for this
study.
A new
study launched aboard SpaceX's fifth commercial resupply services (CRS) mission to the space station examines the reparative processes of
flatworms in microgravity.
Flatworms that spent five weeks aboard the International Space Station are helping researchers led by Tufts University scientists to
study how an absence of normal gravity and geomagnetic fields can have anatomical, behavioral, and bacteriological consequences, according to a paper to be published June 13 in Regeneration.
The
flatworm is ideal for
studying stem cells, says lead author Kaja Wasik, who conducted the work as a PhD student in Hannon's lab along with co-lead author James Gurtowski from Schatz's lab.
The principle behind the
study, that clones avoid ageing by regulating telomeres, has also been previously
studied by other researchers in
flatworms.
Schmidtea mediterranea, a
flatworm native to southern Europe and Tunisia, turns from brown to white when exposed to sunlight for 24 or more hours, as scientists discovered when they were
studying regeneration in the species.
The
flatworms gain their pigment back after a few days, and were otherwise unaffected, according to a
study published this week in the journal eLife.
Here, Stubenhaus et al.
studied how a
flatworm called Schmidtea mediterranea makes porphyrins.
Stubenhaus et al. propose that
flatworms are useful models in which to
study the molecular processes that are responsible for porphyrias in humans.
Unlike humans, planarian
flatworms have the remarkable ability to regrow any missing body part, making them an ideal model with which to
study the molecular basis of regeneration.
Newmark, currently a professor at the University of Illinois at Urbana - Champaign,
studies a freshwater
flatworm called a planarian, a remarkable creature capable of regenerating its entire body from scratch.
Our lab
studies the astonishing regenerative abilities of planarian
flatworms.
Insights gained from our basic research on planarian biology have also led us to
study parasitic
flatworms, like schistosomes and tapeworms.