The process of parturition is poorly understood, but the cervix clearly plays a key role.
Because of this, recent research efforts have been directed at objective quantification of …

Measuring the stiffness of the cervix might be useful in the prediction of preterm delivery or
successful induction of labor. For that purpose, a variety of methods for quantitative …

Preterm birth, defined as delivery at less than 37 weeks' gestation, increases maternal-fetal
morbidity and mortality and places heavy financial and emotional burdens on families and …

Objectives To assess a new method for numerical quantification of cervical elastography
during pregnancy and to evaluate the repeatability of the measurements. Methods Cervical …

The cervix shortens and softens as its collagen microstructure remodels in preparation for
birth. Altered cervical tissue collagen microstructure can contribute to a mechanically weak …

Experimental results of in vivo measurements to characterize the mechanical behaviour of
human uterine cervices are documented. Aspiration experiments were performed on eight …

In normal pregnancy, the cervix maintains its shape during a period of substantial fetal and
uterine growth. Hence, maintenance of biomechanical integrity is an important aspect of …

Objectives To standardize the measurement of shear wave elastography for assessment of
cervical stiffness and its relationship with gestational age and cervical length. Methods A …

The uterine cervix has to provide mechanical resistance to ensure a normal development of
the fetus. This is guaranteed by the composition of its extracellular matrix, which functions as …

During the gestation and the cervical remodelling, several changes occur progressively in
the structure of the tissue. An increase in the hydration, disorganisation of collagen network …