Surgical "robot hands" could execute operations on unborn infants with defects

Professor Sebastien Ourselin who is major the analysis stated: “Working on infants in the womb is not undertaken lightly and is reserved for just a handful of the most significant defects. Really few procedures can be done safely in the fetus making use of keyhole surgical treatment, and more complicated ones need opening the uterus, which puts both the mother and unborn child at chance. Less than one,000 procedures a yr have been attempted at various specialised clinics all around the globe.

“Our aim is to combine less invasive surgical technologies with stem cell and gene therapies to deal with a wide range of ailments in the womb, with significantly significantly less danger to both mother and infant.”

At present surgery in unborn infants can only be carried out when the foetus is 26 weeks previous. According to the Observer the task will aim to make it achievable to operate on foetuses at a significantly earlier stage of growth.

It is envisaged that the ‘robot hand’ will involve a thin, flexible probe that would be inserted into the womb. The probe’s head would have a single strand fitted with a small camera that would produce a 3D photograph within the womb. The photographs could then be utilized to guidebook the probe to its target.

In the case of a foetus with spina bifida, the probe’s other arms would be fitted with instruments which would carry a piece of gel or patch that would then be inserted in excess of the gap in the baby’s spine.

In addition to working on surgical imaging techniques, the analysis will create new instruments to increase surgical procedure on unborn babies, as properly as producing adaptations to the delivery of stem cell therapies to unborn infants.

Surgical "robot hands" could execute operations on unborn infants with defects