Experimental study validating a fractional rheological model for estimating viscoelastic properties of skin tumor phantoms.
References
- References
Preclinical study validating the accuracy and mechanical reliability of Innitius’ torsional wave device for assessing tissue stiffness.
Foundational study modeling the viscoelastic properties of cervical tissue using torsional wave propagation.
Clinical study confirming the ease of use and reproducibility of the Fine Birth device in diagnosing threatened preterm labor. American...
Study introducing a torsional wave elastography technique to measure corneal stiffness and viscosity, revealing significant changes in mechanical properties following...
Initial safety evaluation showing elastography poses no adverse effects on hearing, growth, or immediate newborn health outcomes.
Experimental analysis demonstrating the hyperelastic behavior of ex vivo cervical tissue to inform diagnostic modeling.
Theoretical exploration highlighting the critical role of tissue viscosity and nonlinearity in enhancing elastographic diagnostic accuracy.
Study demonstrating the use of torsional wave elastography to extract viscoelastic parameters from cervical tissue-mimicking phantoms.
Preliminary clinical study demonstrating the feasibility of measuring cervical elasticity in pregnant women using torsional wave technology.
Early evaluation of torsional wave sensor performance and its ability to characterize cervical tissue properties.
Optimization study improving the design and sensitivity of torsional ultrasound sensors for soft tissue diagnostics.
Preliminary safety assessment indicating elastography does not increase risk of hearing loss in fetuses.
Early investigation using transient elastography to monitor cervical ripening in pregnant women.
News
- Threatened preterm labor
- Preterm birth
- Elastography
- Cervical biomechanics
- Bishop score alternative
Clinical guide to reading cervical elastography output: stiffness index values, colour mapping and thresholds for threatened preterm labour and induction...
Clinicians looking to understand cervical length measurement thresholds and how cervicometry fits into preterm birth risk stratification protocols.
Clinical guide to threatened preterm labor: diagnostic criteria, cervical assessment, biomarkers, bed rest evidence, and hospital vs. outpatient management path
Cervical biomechanics assessment for obstetric teams: anatomical measurement limits, an elastography bridge, and instrumentation procurement criteria.
Preterm birth clinical presentation, gestational classification and week-by-week neonatal outcomes: a reference for obstetric teams on risk stratification.
Why the Bishop Score falls short for induction readiness and how torsional wave elastography delivers objective, operator-independent cervical assessment.
Cervical assessment in obstetrics still relies on tools that only capture part of the picture: a manual exam, a length...




















