ABSTRACT
BACKGROUND: Recent literature shows conflicting results regarding this subject. Using a prospective study, we analysed the possible effects of pregnancy and delivery upon the pelvic floor support. METHODS: In a group of 344 patients who received our phone-call 3 months after delivery, only 58 accepted the investigation, and came for an exam. We looked out for pathologies such as genital prolapse and stress urinary incontinence (IUS). During the exam we analysed: vagino-perineal scars; descensus of the vaginal walls and of the uterus; dyspareunia; urinary frequency and urgency; urge Incontinence and IUS; weakening of pelvic floor muscles. RESULTS: We objectively identified in cystocele the prevalent "anatomic" damage, and in IUS, the most frequent "functional" damage. We then tried to find a statistical correlation between these pathologies and the most important risk factors cited in the literature. CONCLUSIONS: Through the systematic analysis of the obtained data, we thus identified the most important risk factors that lead to the development of these pathologies: operative delivery, pluriparity, heavy work, high BMI in mothers and newborns. The results that emerged from our study lead to some remarks of interest and discussion.
Subject(s)
Delivery, Obstetric , Pregnancy Complications , Urinary Incontinence/etiology , Uterine Prolapse/etiology , Data Interpretation, Statistical , Female , Humans , Pelvis/innervation , Pregnancy , Prospective Studies , Risk FactorsABSTRACT
Carotid stenosis evaluation is now possible with 3D Imaging. We prospectively compared the diagnostic value of Spiral CT and 3D Morphometer with conventional intraarterial DSA considered as the gold standard. We studied 19 bifurcations in 10 patients. We evaluated the stenosis following the NASCET guidelines on the DSA, with common carotid injection, on the 3D databases of 3D morphometer and of spiral CT (using MIP display). There was a good correlation between the degree of stenosis calculated with the 3D morphometer and angiography even if severe stenoses were slightly overestimated with the former. For the spiral CT databases, accurate diameters were impossible to obtain in case of huge calcifications. There was no benefit of measuring the surfaces on reoriented axial views in comparison with native axial views and MIP images. With the 3D morphometer, post processing selective visualization of the carotid bifurcations is possible without selective injection. The 3D acquisition with 3D morphometer could be an additional acquisition of a standard DSA. It should replace selective injections and should reduce the side effects of angiography.
