DeepLook, Inc.’s Segmentation and Measurement Tool Captures FDA Clearance
One-click tool is designed to deliver precision consistently across all imaging modalities.
Connecticut-based software firm DeepLook, Inc., announced Thursday it has received U.S. Food & Drug Administration approval for DL Precise, its one-click segmentation and measurement tool.
This tool is designed to automate segmentation and measurement of suspicious findings across all imaging modalities, potentially improving workflow and reporting precision. Still, company officials noted, users can maintain full control and modify any automated measurement if they choose.
At left, one-click segmentation and measurement rendered by DL Precise. At right, DL Precise uses vivid color to illustrate segmentation.
Credit: DeepLook
DL Precise uses deterministic algorithms to contour object margins and measure long and short dimension axes, area, and estimated volume. With its single-click activation, it side-steps the complex, time-consuming manual set-up that frequently comes with current semi-automatic segmentation tools.
Not only does DL Precise work with any DICOM image and on all 510(k)-cleared viewers, but its patented technology can also be used universally with mammography, ultrasound, CT, and MRI, and the data captured can be fed directly into structured reports, making image comparisons across modalities easier. It can also be adapted to each viewer interface for easy PACS integration, according to company data.
DeepLook also has plans for future decision-support and diagnostic products based on radiomic data.
FDA Clears Magnetic Resonance Spectroscopy Platform for Non-Invasive Assessment of Brain Chemistry
November 29th 2023BrainSpec Core reportedly offers enhanced sensitivity for low-grade gliomas and may facilitate the diagnosis of conditions including Alzheimer’s disease, multiple sclerosis, and epilepsy.
Study: Black Patients Less Likely Than Others to Receive MRI Assessment of Cognitive Impairment
November 27th 2023In a four-year study of over 1,600 patients who had outpatient head CTs, head CT angiography and/or brain MRI to assess cognitive impairment, researchers found that Black patients were over 9 percent less likely than White patients and over 16 percent less likely than Hispanic patients to receive brain MRI.
