Robotic knee replacement surgeries are transforming the experience for patients suffering from osteoarthritis, offering ...

INDEPENDENCE, Mo. — The number of people having knee replacement surgery has more than doubled since the year 2000. There’s been an especially big jump in people in under 65. A Blue Spr… ...

Disclaimer: This news article is a direct feed from ANI and has not been edited by the News Nation team. The news agency is ...

It minimizes the risk of a malpositioned implant,” Alvarado says. Over 600,000 knee replacement surgeries and over 300,000 hip replacement surgeries are done annually in the U.S., according to ...

In today's installment of "How 3D Printing is Changing Healthcare Forever," a Massachusetts-based medical device company is forging new ground in knee replacement surgery. A combination of CT ...

Special software converts the data into a 3D model of the patient's unique bone structure. It was the best option for Milton Rodriguez, 50, who had his knee replaced after 20 years of pain and two ...

An orthopaedic surgeon has performed the first 3D-printed, custom knee replacement surgery in regional Victoria. The US-made technology became available in Australia in March and has been used by ...

About half a million knee replacement surgeries are currently conducted in the US every year and that number is expected to rise above three million in the next 15 years.Current implants require a ...

An Oak Ridge resident recently received a customized total knee implant, developed using a 3D printing technology. This medical advancement is changing the way doctors perform knee replacement surg… ...

Personalized medicine is transforming treatment, but joint replacement is still a largely off-the-shelf affair. A startup combining artificial intelligence, roboticsand 3D printing want to change ...

Robotic knee replacement surgery as per doctor is smoother and less invasive Read on to know its long ... The technology uses a 3D model of the patient’s knee to create a personalised surgical ...

To demonstrate how their 3-D-printable, cartilage-mimicking material might work, the researchers used a US$300 3D printer to create custom menisci for a model of a knee Duke University/Feichen Yang ...