An experimental surgery is helping cancer survivors give birth

2026-02-06 · Source: MIT Technology Review · Field: Health & Wellbeing — Clinical Care & Medical Practice, Medical Specialties & Subspecialties · Depth: Intermediate, medium

Summary

An experimental surgical procedure is enabling cancer survivors to give birth, with at least eight babies born to date. This technique, pioneered by surgeon Reitan Ribeiro and further developed by gyno-oncologist Daniela Huber, involves temporarily relocating the uterus, ovaries, and fallopian tubes to the upper abdomen during pelvic cancer treatments like radiation and chemotherapy. These treatments typically damage reproductive organs, making natural pregnancy impossible. After cancer treatment concludes, the organs are returned to the pelvis. The procedure, which takes two to three hours, has been performed 16 times by Ribeiro and an estimated 40 times globally across various countries. The first European birth using this method, Baby Lucien, occurred in Switzerland, and the first patient to undergo the procedure recently had her second child.

Key takeaway

For gynecologic oncologists and surgical teams treating young patients with pelvic cancers, this experimental procedure offers a viable alternative to preserve fertility. If your patient's treatment plan includes radiotherapy that could damage reproductive organs, consider discussing this temporary organ relocation technique as an option. You should also monitor ongoing data collection to standardize the procedure and assess long-term outcomes.

Key insights

Temporary surgical relocation of reproductive organs can preserve fertility for pelvic cancer patients.

Principles

• Challenge medical status quo
• Preserve fertility during cancer treatment

Method

Surgeons temporarily stitch the uterus, ovaries, and fallopian tubes into the upper abdomen before pelvic cancer treatment, then return them to the pelvis post-treatment.

In practice

• Consider for young pelvic cancer patients
• Explore for radiation-sensitive organs

Topics

• Fertility Preservation
• Experimental Surgery
• Gynecologic Oncology
• Cancer Treatment Side Effects
• Pelvic Radiation

Best for: Research Scientist, Domain Expert, General Interest

Related on AIssential

• Job titles of the future: Head-transplant surgeon — Head transplantation, or brain transplantation, is proposed as a radical life-extension solution amidst skepticism and ethical concerns.
• Could AI Imaging Spot Pregnancy Health Risks Earlier? — AI can significantly enhance early detection of high-risk pregnancy conditions like PAS and CHD, improving care pathways.
• RECOVER: Designing a Large Language Model-based Remote Patient Monitoring System for Postoperative Gastrointestinal Cancer Care — LLM-powered RPM systems can enhance postoperative GI cancer care through conversational agents and staff dashboards.
• NerView Surgical wins Falcons’ Fortunes 2026 for its precise nerve visualization technology making cancer surgeries safer for patients — FACIT's commercialization continuum is vital for Ontario oncology startups, providing capital, expertise, and networks.
• The Gap Between Disease and Cure — Bridging the time gap between terminal diagnosis and cure availability is a critical medical challenge.
• The Download: helping cancer survivors to give birth, and cleaning up Bangladesh’s garment industry — Innovative medical and industrial practices are addressing critical challenges in health and environmental sustainability.

Open in AIssential →

Editorial summary, takeaway, and curation by AIssential. Original article published by MIT Technology Review.