Bioprinting could revolutionize fetal surgery by providing support structures that are printed in real-time during surgical procedures. These bioprinted scaffolds could help stabilize delicate structures within the fetus or womb, making intricate surgical interventions safer and more effective, thereby reducing the risks associated with in-utero surgeries.

Bioprinting could revolutionize fetal surgery by providing support structures that are printed in real-time during surgical procedures. These bioprinted scaffolds could help stabilize delicate structures within the fetus or womb, making intricate surgical interventions safer and more effective, thereby reducing the risks associated with in-utero surgeries.

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