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Womb Surgery: Baby's Lung Tumor Shrunk Without Incision
6 Oct
Summary
- A minimally invasive microwave procedure treated an unborn baby's lung tumor.
- The technique used heat to destroy abnormal tissue via a thin needle.
- This breakthrough offers a potential new treatment for severe CPAM cases.
In a remarkable medical advancement, Chinese doctors have successfully treated a potentially fatal lung tumor in a fetus using a minimally invasive microwave ablation technique. The procedure was performed while the baby remained in the mother's womb.
Doctors detected a rapidly growing congenital pulmonary airway malformation (CPAM) when the mother was 22 weeks pregnant. The tumor occupied much of the baby's right chest, severely compressing vital organs and causing dangerous fluid build-up in the abdomen.
Unable to use conventional treatments due to the tumor's composition, the medical team opted for microwave ablation. Real-time ultrasound guided a thin needle into the tumor, delivering heat to destroy the abnormal tissue in just two minutes.
Within three days, the tumor had significantly shrunk, and the abdominal fluid had disappeared. The baby was delivered healthy at 37 weeks and remained symptom-free at four months old.
This case marks a milestone in fetal medicine, offering a potential new treatment option for severe CPAM. However, further research is required to establish the procedure's safety and effectiveness.
