… [Ca”+]i signal ing in pregnant human myometrium. … and agonist-induced contraction of human
myometrium at term pregnancy… evidence that the phasic nature of term human myometrium …

… the role of calcium both in contraction and relaxation of the myometrium in this review. Major
advances in understanding the molecular physiology of the myometrium have been recently …

… These data suggest that activation of MAPK by oxytocin was mediated through coupling of
the oxytocin receptor to a Gαi type protein in human myometrial cells. Additional support for …

… human myometrium has arisen from in vitro studies examining the contractile abilities of
myometrium … contraction coupling may be contributing to the etiology of postdates pregnancy. …

… The electrophysiology of the human myometrium is complex, … uterine smooth muscle cells
within the myometrial tissue, and their … developed the most comprehensive human myometrial …

… Dividing this by the conductance of a single L-type VOCC, 29 pS in the pregnant human
myometrium (7), we find that ∼250 VOCCs can conduct current at the same time. …

… of myometrial contraction and the role of calcium ions during contraction and relaxation. …
The excitation-contraction coupling in myometrium can occur via two main mechanisms; …

… in thin slices of intact human myometrium. We found that the … ] i signals in human myometrium
is achieved via propagation … and contraction in thin slices of human myometrium. (A) Raw …

… , plays a more important role in activation of contraction in the arteries than in the myometrial
strips. Thus, human myometrial arteries may use multiple sources of calcium for activation …

… potentials causes more pronounced contraction because of an … contraction is produced.
Synchronized stimulation of large areas of the myometrium can increase the force of contraction …