The latest research from the UCSB team shows that specialized
cells in the squid skin called iridocytes contain deep pleats or invaginations of the cell membrane extending deep into the body of the cell.
Not exact matches
This is because rat neurons are much more efficient at pumping ions into the
cell than
squid neurons, say the team, resulting
in squid using up more energy to generate a charge and transmit the signal.
To better coordinate bacteria, bioengineers Lingchong You and Frances Arnold of the California Institute of Technology and colleagues rewired a natural
cell - signaling pathway from Vibrio fisheri, bacteria
in the light organ of deep - sea
squid.
British biophysicist Alan Lloyd Hodgkin won the shiny gold medal
in 1963 for discovering how the nerve
cells of
squid generate an electrical pulse when stimulated
Now, researchers reporting
in the
Cell Press journal Current Biology on April 20 have found that vampire
squid differ from all other living coleoid cephalopods
in their reproductive strategy as well.
Aside from its opaque eyes and the polka dot - like chromatophores (pigmented
cells that aid
in camouflage) that cover its body, the glass
squid is completely transparent.
The following year, based on experiments
in the giant
squid axon, British biophysicists Alan Hodgkin and Andrew Huxley described how ion flow across the
cell membrane generates the electrical spikes — called action potentials — that constitute these signals.
The investigators showed that kinesin movement corresponds to traffic from the center of a nerve
cell to its axonal tips — and a different motor
in the
squid's cytoplasm, which was subsequently identified as dynein, travels
in the opposite direction.
In this new work, «Ways to Scale», Cooper explores a type of genetic alteration which happens amongst cephalopods —
squid, octopi, cuttlefish and nautiluses where they have the ability to alter the genetic makeup of their
cells, fine - tuning the information encoded by their genes without altering the genes themselves.
Scientists have created an artificial
cell that replicates the color changing systems
in squid and zebrafish.