Mumbai docs give hope to lady unable to get pregnant due to rare condition

In a significant medical milestone, doctors at a Mumbai hospital have given a new lease of life to a woman who was suffering from a rare condition, creating possible challenges for pregnancy in the future.
The doctors at Nanavati Max Super Speciality Hospital have performed, what they say, is India’s first robotic Strassmann Metroplasty, in a woman, correcting a rare congenital uterine condition that can severely impact fertility and pregnancy outcomes. The successful procedure has significantly improved her chances of carrying a pregnancy safely in the future.
The 23-year-old who had been struggling with severe menstrual pain, irregular cycles, and three recurrent pregnancy losses in the second trimester came to Dr Uddhavraj Dudhedia, director and head (chief), Advanced Robotic Gynaecology and Centre for Advanced Endometriosis, seeking specialised care. 
Investigations revealed that she had a bicornuate uterus: a condition present from birth in which the uterus develops in two separate chambers instead of forming one single cavity. In her case, there was also a duplication of the cervix, making the condition more complex. Such congenital uterine anomalies are uncommon but are known to increase the risk of infertility, miscarriage, and preterm delivery.
To address this condition, doctors recommended a robotic Strassmann Metroplasty, which is a reconstructive surgery that joins the two separate halves of a divided uterus to create one single cavity capable of supporting pregnancy. The robotic approach was chosen for the high level of precision required to reconstruct the delicate uterine muscle.  
The surgery was led by Dr Uddhavraj Dudhedia, along with his team including Dr Anukriti Singh and Dr Nimrah Shaikh. Using advanced robotic-assisted technology, surgeons operated through small incisions with magnified three-dimensional visualisation. During the procedure, the two separate chambers of the uterus were carefully connected, the tissue dividing them was removed, and a single unified uterine cavity was reconstructed. 
The uterine wall was then rebuilt in layers to restore its natural shape and strength, which a critical factor in supporting future pregnancies. The surgery was completed successfully, and the patient had a smooth and stable recovery during her hospital stay.
Commenting on the case, Dr. Dudhedia said, “This surgery represents more than a technological milestone — it represents hope for women who have been told that carrying a pregnancy safely may not be possible. 
Correcting the structure of the uterus can dramatically improve pregnancy outcomes in selected cases, but also highlighting why advanced medical care can make a huge difference, especially when it comes to define the future of a woman`s pregnancy.