electrocytes造句

• Inside the organ are many muscle-like cells, called electrocytes.
• The myogenic electrocytes are identical to each other and are discharged in synchrony.
• As apteronotids matures, new neurogenic electrocytes derived from spinal motoneurons replace the myogenic electrocytes.
• As apteronotids matures, new neurogenic electrocytes derived from spinal motoneurons replace the myogenic electrocytes.
• When the eel finds its prey, the brain sends a signal through the nervous system to the electrocytes.
• Such differences in EOD between the sexes can be traced back to changes in the action potential in electrocytes.
• Electrocytes also have an important structure called " stalk, " which are tentacle or tube-like structures that extend out from each electrocyte.
• Different stalk-electrocyte systems have been observed, which include stalks that penetrate the electrocytes, innervate electrocytes from the posterior or anterior side.
• Different stalk-electrocyte systems have been observed, which include stalks that penetrate the electrocytes, innervate electrocytes from the posterior or anterior side.
• Apternotids, a member of the wave-type gymnotiforms, is different from all other electric fishes as being the only family possessing neurogenic electrocytes.
• Electric organs s are composed of disk-like electrocytes serially connected together in two columns, and each column resides on one side of the spinal cord.
• The stack of electrocytes has long been compared to a voltaic pile, and may even have inspired the invention of the series to produce a high voltage pulse.
• Such structure eliminates one [ synapse | synaptic gap ] between spinal electromotor neuron and the myogenic electrocytes, which might contribute to Apternotids'highest EOD frequency ( > 2000 Hz ) among electric fishes.
• For the only neurogenic fish known so far, apteronotids, EOD changes during the developmental process seemed to be more dramatic than that of the myogenic fishes, which might indicate that neurogenic electrocytes are more easily prone to modifications.
• Chirp also lasts for tens to hundreds milliseconds; however, the increase in frequency was so high that electrocytes could not recover soon enough, and therefore, chirps has a very small amplitude and a waveform deviated from the original waveform.
• The differences include the direction of the initial phase of the wave ( positive or negative, which correlates to the direction of the current through the electrocytes in the electric organ ), the amplitude of the wave, the frequency of the wave, and the number of phases of the wave.
• For the myogoenic fishes, this change in signal waveform occurs with the initial larval electrocytes " fusing " together forming new electrocytes with different shapes, along with redistribution of " ion-gated channels ", formation of new " extracellular structures " on the electrocytes, etc . Some pulse fishes also develop " accessory electric organs " located on other parts of the body; these extra electric organs further play a role in adding phases to the EODs.
• For the myogoenic fishes, this change in signal waveform occurs with the initial larval electrocytes " fusing " together forming new electrocytes with different shapes, along with redistribution of " ion-gated channels ", formation of new " extracellular structures " on the electrocytes, etc . Some pulse fishes also develop " accessory electric organs " located on other parts of the body; these extra electric organs further play a role in adding phases to the EODs.
• For the myogoenic fishes, this change in signal waveform occurs with the initial larval electrocytes " fusing " together forming new electrocytes with different shapes, along with redistribution of " ion-gated channels ", formation of new " extracellular structures " on the electrocytes, etc . Some pulse fishes also develop " accessory electric organs " located on other parts of the body; these extra electric organs further play a role in adding phases to the EODs.