Bookimed does not add extra charges for Myomectomy with R obot Da Vinci prices. The rates come from the clinics' official price lists. You pay directly at the clinic for your Myomectomy with R obot Da Vinci upon your arrival.
Bookimed is committed to your safety. We only work with medical institutions that maintain high international standards in Myomectomy with R obot Da Vinci and have the necessary licenses to serve international patients worldwide.
Bookimed offers free expert assistance. A personal medical coordinator supports you before, during, and after your treatment, solving any issues. You're never alone on your Myomectomy with R obot Da Vinci journey.
| The USA | Turkey | Mexico | |
| Myomectomy with R obot Da Vinci | from $20718 | from $6906 | from $7942 |
Apollo Hospitals is the largest medical network in the South Asia - 64 hospitals in 9 countries. It has the best diagnostic laboratory in India and the biggest Transplantation Center after the USA. Clinics of Apollo accept over 1,000,000 patients from different countries annually. Reasonable prices, state-of-the-art equipment and well-developed infrastructure make Apollo popular worldwide.
Day 1 - Arrival
Day 2 - Pre-Operation
Day 3 - Pre-Operation
Day 4 - Myomectomy with Robot Da Vinci
Day 5 - Post-Operation
Day 6 - 7 - Post-Operation
Week 2 - Rehabilitation
Week 3 - 4 - Rehabilitation
Week 5 - 6 - Rehabilitation
Please note that this is a general guide, individual recovery times and experiences may vary.
Dr. Lalita Badhwar is an experienced Gynecologist and Obstetrician with 40 years of experience, associated with Sama Hospital and Indraprastha Apollo Hospitals in Delhi. She holds an MBBS from University of Delhi and MD in Obstetrics & Gynaecology from University of Delhi, and is a member of various societies. She provides services such as Abortion / Medical Termination of Pregnancy (MTP), Gynaecological Endoscopy, Obstetrics / Antenatal Care, Gynae Problems and Laparoscopic Surgery (Obs & Gyn).
This procedure involves using a robotic system to remove uterine fibroids with precision and minimal invasiveness.