… –contraction coupling in the myometrium and how this relates to our understanding of the
changes that occur to produce myometrial … stimulate or relax the myometrium, to address the …

… Again, much of our understanding of excitation– contraction coupling in myometrium
arises from studies of animal myometrium and, to a lesser extent, human myometrium and is …

… , or human myometrial smooth … a contraction. Given these MEA studies and magnetomyography
data showing that multiple pacemaker regions contribute to each contraction in humans, …

… At full term, the excitation and contraction of the human myometrium is almost entirely
determined by the influx of extra-cellular calcium voltage gated calcium channels; there is little …

… the tonic contraction seen at the beginning of oxytocin application (see Figure 1) and changes
in frequency of contractions are mediated by the SR Ca2+, and potentiation of contraction …

… twenty four small strips of 31 pregnant human isthmic myometrium … evoked by electrical field
stimulation of pregnant human myometrium. … contraction of circular muscle of rat myometrium …

… An increase in the density of myometrial ETA receptors [11, 12] accompanies … coupled to
the phosphoinositide-specific phospholipase C/Ca 2+ pathway are found in human myometrial …

… regulation of myometrial membrane potential, [ Ca2+]i, and contraction. We … human
myometrial cells. Furthermore, we demonstrate that IbTX elicits contractions in human myometrium …

… We compared each stretch-return contraction with the control contraction … myometrial
myogenic response is the phase coordination of contractions of mechanically coupled myometrium. …

… Early models proposed wave-like propagation of bioelectrical activity as the sole
mechanism for recruiting the myometrium to participate in the contraction and increase …