Data-Driven Digital Portal Advances Spine Surgery

UNiD HUB also serves to enhance existing proprietary technology utilized by the Medicrea UNiD Adaptive Spine Intelligence (ASI) platform.

The digital communication portal opened with the introduction of UNiD HUB creates a user-friendly environment for surgeons to identify tendencies and correlations, track and manage open cases in both snapshot and detailed views, access their complete patient history with post-operative analyses, and hold a dialogue with a dedicated biomedical engineer in real time. UNiD HUB was developed in desktop and mobile applications, and is accessible from medical offices as well as on the go.

“This new generation of software will be more than a communication tool for surgeons; it will grant surgeons access to the same data analytics and machine learning technology that is curated by our data scientists to use the UNiD HUB as an unparalleled research engine and networking platform,” said Denys Sournac, President and CEO of Medicrea. “The UNiD HUB represents Medicrea’s ability to lead the spine industry with breakthrough innovations by offering a unique forward-thinking and holistic approach to personalized spinal surgery.”

The UNiD TEK patient-specific spinal rod is pre-contoured and customized using a reproducible industrial process that eliminates the intraoperative use of a bending device. The UNiD HUB platform helps the surgeons preoperatively plan and order customized rods to fit the specific spinal alignment needed prior to surgery, thus reducing the amount of time patients spend in the operating room, which also directly impacts infection rate and quality of recovery.

The UNiD rods are available in two alloys (Titanium TA6V ELI or Cobalt Chromium), and two diameters (5.5 or 6 mm), matching global standards. The rods also fit into the PASS LP thoraco-lumbar fixation system, which also includes the UNiD anterior lumbar interbody fusion (ALIF) spine cages created with a three-dimensional (3D) printer. Specific software and advanced imaging are used to make the cages out of Poly Ether Ketone Ketone (PEKK) in order to reproduce the anatomic details of a patient’s vertebral endplates.

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