It can also reduce reliance on radiation that X-rays cause, as well as blood loss from the long procedure. In many cases, the idea is that this would mean doing less as part of the procedure, Soltanianzadeh said. With more specific feedback that allows surgeons to check progress more often, they can adjust the plan as they go to get more precise with the procedure.
SPINE ALIGN SOFTWARE
The product also includes a software interface. The technology is built to leverage a surgical camera that is already present in most operating rooms, with the system including attachment of a stylus-like probe and anatomical markers that help with key coordinates to track the angles of the spine that the surgery is working toward. The company’s product, called LiveAlign, is designed to offer 3D measurements of the spine, with results coming back in 30 seconds. This has costs, as revision surgery is required in about a quarter of cases, Soltanianzadeh said. Plus, the X-rays take about 15 to 30 minutes to get back, so many surgeons don’t check their progress until the end of the long procedure. But this offers a two-dimensional view of only about 20% of the spine. “This round helps us get towards our ultimate goal of FDA clearance and getting this used in surgery,” Soltanianzadeh said.Ĭurrently, surgeons use X-rays to check their progress. The company set out to create technology that could offer visuals and measurements that will help surgeons be able to make adjustments during the procedures.Īs Soltanianzadeh put it, “The surgeons know exactly what to do if you just give them information.”Īfter several years of building, validating and collecting feedback from 100 surgeons around the country, Spine Align recently raised a $1.75 million seed round, led by the Colorado-based Rockies Venture Club, to continue progress toward getting it to market. Nicholas Theodore, who is director of neurosurgical spine surgery at Johns Hopkins Hopsital, they founded a startup in 2017 called Spine Align. Through interviews that started in 2016, they heard a resounding need: During the procedures to correct deformities, which can often span a whole day, they need better tools to check their work. David Gullotti got feedback from doctors who perform spinal alignment surgery. While master’s students in the Center for Bioengineering Innovation and Design (CBID) program at Johns Hopkins, Amir Soltanianzadeh and Dr.
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