Example sentences for: non-muscle

How can you use “non-muscle” in a sentence? Here are some example sentences to help you improve your vocabulary:

  • Voltage-gated K +channels in non-nerve, non-muscle cells play crucial roles in cell development, proliferation, migration, volume regulation, as well as maintenance of membrane potential and cell viability.

  • Hormonal signal transduction and steroidogenesis can be affected by changes in intracellular and extracellular concentrations of inorganic ions, cellular resting membrane potential, and cell size [ 29 30 35 54 55 56 57 58 59 ] . Blockade of 4-AP sensitive K +channels in non-nerve, non-muscle cells can lead to changes in transmembrane ion gradients, membrane potential and cell volume [ 42 60 ] . On this basis, we determined the effects of 24 h exposure to 4-AP on GC size, membrane potential and intracellular potassium ([K +] in ).

  • An important aspect of actin cytoskeletal research has been the use of small molecules that affect actin dynamics and proteins that act on the cytoskeleton [ 1 ] . 2,3-butanedione monoxime (BDM) is a small molecule that inhibits the ATPase activity of muscle myosinII and reduces the force generated by this motor protein [ 2 3 ] . BDM was introduced to the cell biology community as a millimolar inhibitor of multiple non-muscle myosins with greatest potency in inhibiting non-muscle myosinII [ 4 ] . It was subsequently used, in concert with other approaches, to study nm-myosinII function in a variety of biological processes [ 5 6 7 8 ] . BDM was recently shown not to inhibit any non-muscle myosins so far tested, leaving the question of how it affects cells unanswered [ 9 10 ] .

  • Data obtained previously in our laboratory suggest that inhibition of granulosa I Kur should be associated with a +10 to +20 mV depolarization of cell resting membrane potential; block of I Ks alone decreased resting potential by +10 mV while block of both I Ks and I Kur decreased resting potential by +20 to +30 mV [ 18 ] . Most previous investigations of 4-AP effects on the resting membrane potentials of non-nerve, non-muscle cells have similarly demonstrated drug-induced depolarization [ 42 60 ] , although there is a single report showing 4-AP-induced hyperpolarization of chondrocyte membrane potential [ 62 ] .

  • In addition, a construct that is driven by the exon 1c promoter is expressed in various types of muscle cells [ 27 ] . However, it is also expressed in a number of non-muscle cells.


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