Effectiveness and acceptability of a 24-h interval versus a 48-h interval between mifepristone intake and misoprostol administration for in-hospital abortion at 9-20 gestational weeks: an international, open-label, randomised, controlled, non-inferiority trial.

Background: Optimising management of second-trimester medical abortion is important, as complications increase with gestational age. We aimed to compare a 24-h interval with a 48-h interval between mifepristone intake and misoprostol administration in in-hospital, second-trimester medical abortion for effectiveness and acceptability.

Methods: This open-label, randomised, controlled, non-inferiority trial was conducted at nine hospitals in India, Sweden, Thailand, and Viet Nam among adults undergoing medical abortion for a singleton viable pregnancy at a gestation of between 9 weeks and 20 weeks.

A silent pandemic of violence against providers in obstetrics and gynecology: A mixed-methods study based on a global survey.

Objectives: To quantify and qualify the experience of workplace violence (WPV) in a global sample of providers in obstetrics and gynecology (OBGYN).

Methods: We performed a mixed-methods analysis on data from a global survey. Survey content was designed around categorical and open-ended questions in relation to WPV; the occurrence and character, the physical and psychological consequences, training and support structures, and perceived triggers of the experience of WPV.

No test medical abortion - a review of the evidence on selective use of preabortion testing.

Purpose Of Review: The last decade has seen a cascade of different telemedicine models for medical abortion (MA) being tested and implemented. Among these service delivery models is the 'no-test' MA model, in which care is provided remotely and eligibility for the MA is based on history alone. The purpose of this review is to provide an overview of the existing evidence for no-test MA.

Pop-up Langmuir probe diagnostic in the water cooled divertor of Wendelstein 7-X.

The design, development, and successful implementation of pop-up Langmuir probes installed in the water-cooled divertor of W7-X are described. The probes are controlled by drive coils (actuators) installed behind the divertor plates. These drive coils make use of the magnetic field in W7-X to move the probe tips into and out of the plasma.