New research has shown that a 3D-printed scaffolding could restore function to mice that had their ovaries removed. The scientists presented their research last week at the annual Endocrine Society meeting in Boston. The mice they were testing gave birth to healthy pups. Hopefully, in the future, this procedure can restore functionality to women who have lost their ability to give birth through age, chemotherapy, or other issues.
In order to work properly, the prostheses would need to be rigid enough to be implanted during surgery, but flexible enough to allow eggs to develop. So the researchers printed a scaffolding out of gelatin. The scaffolding was doped with cells cultured from humans–follicles that produce estrogen, as well as contain the structures that eventually mature into eggs.
In the study, the researchers removed mice’s ovaries and implanted the 3D-printed prosthetic ovaries in their place. The mice were able to ovulate, give birth to healthy pups, and nurse normally.
This is the most recent of several scientific efforts in which researchers have turned to the cells that create eggs as a treatment for infertility. If this bioprosthesis can be made to work in humans, it might be address both the hormonal and egg-producing facets of infertility. The researchers specifically designed their prosthesis “with downstream human applications in mind,” according to the press release.