Fetal intervention Course

Advanced Practical Training in Maternal–Fetal Medicine Join leading international experts in fetal medicine for an intensive two-day hands-on training course in fetal invasive procedures and fetal therapy, led by Professor Asma Khalil, an internationally recognised leader in maternal–fetal medicine. Following a fully subscribed September 2026 edition, this December course brings the same intensive, hands-on training format to London, now further enhanced with an updated simulation platform and expanded practical content. Designed to provide an immersive and clinically relevant learning experience, it combines evidence-based lectures, real clinical case discussions and high-fidelity simulation training. Participants will develop the technical skills, procedural accuracy and clinical judgement required to perform complex maternal–fetal procedures with greater confidence and safety. Date: December 5-6, 2026 Location: RCOG, London Format: Two-day, on-site, hands-on Programme Day 1: Diagnostic Fetal Invasive Procedures Module 1: Indications, Counselling and Diagnostic Techniques • Diagnostic procedures (amniocentesis, CVS, amnioreduction, etc.): indications, technical aspects, risks and outcomes • Caesarean scar ectopic pregnancy: indications and technical aspects • Intrauterine transfusion (IUT): indications, technical aspects, risks and outcomes • Panel discussion: managing complications following invasive procedures Hands-on training: amniocentesis and CVS simulation stations Module 2: Fetal Shunts and Advanced Diagnostic Topics • Fetal shunts: indications and technical aspects • Prenatal repair of spina bifida • Twin-to-twin transfusion syndrome (TTTS) • Chorioangioma: indications, technical aspects, risks and outcomes • Cystoscopy: indications, technical aspects, risks and outcomes Hands-on training: practical stations, followed by case discussion and a short quiz Day 2: Therapeutic Fetal Interventions Module 3: Advanced Therapeutic Procedures • Techniques for fetal reduction: radiofrequency ablation (RFA) • Techniques for fetal reduction: intrafetal laser and microwave ablation • Techniques for fetal reduction: cord occlusion • Seldinger technique • Fetal tumours and arteriovenous malformations • Fetal valvuloplasty: indications and technical aspects Hands-on training: extended advanced-intervention simulation stations Hands-on Simulation Stations Across the two days, participants rotate through high-fidelity simulation stations covering: • Amniocentesis and chorionic villus sampling (CVS) • Cordocentesis and fetal blood transfusion • Intrauterine transfusion (IUT) • Fetal reduction techniques • Fetal shunts (lung and bladder) • TTTS (posterior approach) • Congenital diaphragmatic hernia (CDH) • Cystoscopy • Chorioangioma • Caesarean scar ectopic pregnancy • Ablation techniques • "Bull's Eye – Hit the Target" needle-guidance exercise Course Highlights • Second edition of a well-established, fully subscribed hands-on course • Updated simulation platform and expanded practical training • Intensive two-day practical format • Small-group learning with direct faculty interaction • Real clinical cases and expert discussion • Strong focus on both technical skills and clinical decision-making Who Should Attend • Obstetricians and gynaecologists • Maternal–fetal medicine specialists • Fetal medicine fellows • Clinicians involved in prenatal diagnosis and fetal therapy A basic background in obstetric ultrasound and prenatal diagnosis is recommended. Registration • On-site attendance is limited to 50 participants and includes full access to hands-on training, course materials, coffee breaks and lunch. Special rates are available for group bookings of three or more participants. • For any questions regarding registration or if you require visa support, please contact the organisers at [email protected]. Certificate of Attendance Certificates of attendance will be issued to participants who attend the course and complete the feedback form. Supported By This educational event is supported by GE HealthCare, Samsung Healthcare and MIS Healthcare.