3D printed ovaries allow for infertile mice to produce babies

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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.

Continue reading… “3D printed ovaries allow for infertile mice to produce babies”

The Future of Tampons

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Is it possible to draw blood without causing pain? This problem has plagued the medical industry for decades. The old archaic needle is getting replaced by tiny vacuums and laser beams, but for women it could become much easier than that. In 2014, an engineer at Harvard named Ridhi Tariyal hit on a far simpler workaround. “I was trying to develop a way for women to monitor their own fertility at home,” she told me, and “those kinds of diagnostic tests require a lot of blood. So I was thinking about women and blood. When you put those words together, it becomes obvious. We have an opportunity every single month to collect blood from women, without needles.”

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Due to three bioprinting breakthroughs, printable organs are here

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Over the next few weeks, while browsing on the dating app, Tinder, you may find an image of someone with an ‘organ donor’ icon next to their photo. By swiping right, you will be given the option to register as an organ donor.

Continue reading… “Due to three bioprinting breakthroughs, printable organs are here”

Innovation in Medicine through tiny sensors

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A professor of ophthalmology at the University of California San Francisco, Sretavan treats nerve damage related to glaucoma, a disease that’s the leading cause of irreversible blindness. It affects approximately 70 million people worldwide.

Glaucoma is a complex eye disease without a direct cause. Physicians measure pressure inside the eye to assess glaucoma risk. But that pressure normally fluctuates over time and there’s no easy way to measure pressure regularly, especially for elderly patients who often have a hard time making it to his office. Continue reading… “Innovation in Medicine through tiny sensors”

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