Mikkelsen Vazquez (crimepage06)

2 pM to 1000 nM, with a limit of detection (LOD) of 0.09 pM. Moreover, the Ag-MOF@MC-MIP sensing system showed good stability, high selectivity, and acceptable reproducibility for Hb determination. The sensing system was successfully applied for Hb determination in real blood samples, and the results were compared with those of the standard methods for Hb determination. Acceptable recovery (99.0%) and RDS% (4.6%) confirmed the applicability and reliability of the designed Hb sensing system.The objective was to demonstrate the build and use of a low-cost, moderate-fidelity simulation model for LeFort colpocleisis. We a present a video demonstrating the creation of a LeFort colpocleisis model, the mounting of this model to a pre-existing vaginal hysterectomy simulator (SimVaHT), and the use of the model to teach the steps of the LeFort colpocleisis procedure. This LeFort colpocleisis model is easy to make, from readily available materials, and is inexpensive. It can help trainees to enhance their intraoperative learning. While 2017 guidelines from The American College of Obstetricians & Gynecologists called for pessary replacement every 3 to 4 months, a recent study in Obstetrics and Gynecology suggested that uninterrupted pessary use up to 6 months is not an independent risk factor for development of pessary-related complications. Our recent experience throughout the Covid-19 pandemic highlights the potential ramifications of delayed clinical follow-up. During the Covid-19 pandemic, 3 of our patients developed rectovaginal fistulae secondary to Gellhorn pessary erosion in the context of delayed clinical follow-up. Our patients had previously attended routine appointments every 3 months without complications until missed appointments secondary to the pandemic led to fistulae formation. We believe that delayed clinical follow-up of pessary management beyond 3 months due to the Covid-19 pandemic may lead to fistula complications in elderly women with Gellhorn pessaries. We believe that delayed clinical follow-up of pessary management beyond 3 months due to the Covid-19 pandemic may lead to fistula complications in elderly women with Gellhorn pessaries. Chronic non-puerperal complete uterine inversion is a relatively rare condition. Abdominal Haultain's operation is the usual management. We present such a case with fundal fibroids managed by modified vaginal hysterectomy. Preoperative computerized tomography enhanced intravenous urogram depicted normal ureters and bladder. Diluted vasopressin (10 U in 100 ml normal saline) was infiltrated at the base of the myoma and a myomectomy was performed. The fundal raw area was pierced to reach the formed space between the anterior and posterior uterine serosa. The bilateral round ligaments were clamped, cut, and ligated. Diluted vasopressin was injected into the fundal anterior uterine wall and about 1 cm was excised. Then, the bilateral utero-ovarian ligaments were clamped, cut, and ligated. In the same way another 1 cm of anterior uterine wall was excised and the bilateral uterine vessels were clamped, cut, and ligated. The rest of the uterine wall area was infiltrated with diluted vasopressin circumferentiversion. Posterior compartment prolapse is associated with severe morbidity including faecal incontinence and defaecation dysfunction. The aim of this study was to develop and validate a novel ultrasound marker (anal canal to pubis angle) for the assessment of the anal axis in the context of posterior compartment prolapse in women and in controls (healthy, nulliparous, non-pregnant volunteers). Anal canal to pubis (AC/Pubis) angle is measured with 2D transperineal ultrasound in precisely the midsagittal plane. The image was inverted and zoomed out and the angle opened to 107° (maximum). The image includes the pubis, urethra and anal canal. The angle measurement starts from the anal canal, pivots on