Salpingo-Oophorectomy During Non-Descent Vaginal Hysterectomy Using the Paily Vaginal Oophorectomy Clamp.

We conducted a 6-year prospective surgical case series study at a tertiary care centre in South India to evaluate the safety and efficacy of the novel Paily Vaginal Oophorectomy Clamp and its unique application technique during non-descent vaginal hysterectomy requiring salpingo-oophorectomy. The Paily Vaginal Oophorectomy Clamp's reversed blade design allows direct and secure grasping of the infundibulopelvic ligament as there is no intervening tissue near the joint, reducing the risk of slippage. In contrast, while using conventional clamps such as Heaney's, infundibulopelvic slippage occurs due to the presence of tissue between blades near the joint.

Crash Caesarean Delivery: How to Optimise Decision-to-Delivery Interval by Initiating a Novel Code? A Clinical Audit.

Background: Many resource-constrained centres fail to meet the international standard of 30 min of decision-to-delivery interval (DDI) of Category-1 crash caesarean deliveries. However, specific scenarios like acute foetal bradycardia and antepartum haemorrhage necessitate even faster interventions.

Methods: A multidisciplinary team developed a "CODE-10 Crash Caesarean" rapid response protocol to limit DDI to 15 min.

"Assisted vaginal birth using the Paily obstetric forceps vs Ventouse - A randomized clinical trial".

Objective: Instruments used in assisted vaginal birth have seen little innovation for decades. Due to the risk of trauma and technical difficulty incurred during forceps delivery, instrumental deliveries are on a decline, and the global rate of primary cesarean birth is rising. The novel Paily Obstetric Forceps (POF) features a compact, lighter design with thinner blades, designed to increase operator comfort and minimize maternal and neonatal injuries.