Solid-state digital gamma camera developer Digirad next week will display a completed prototype of its Notebook Imager system for the first time at a Society of Nuclear Medicine meeting, according to Karen Klause, president and CEO of the San Diego
Solid-state digital gamma camera developer Digirad next week will display a completed prototype of its Notebook Imager system for the first time at a Society of Nuclear Medicine meeting, according to Karen Klause, president and CEO of the San Diego company. Digirad several months ago filed for 510(k) clearance of the system, which, if cleared, will be the first solid-state digital gamma camera on the market.
Digirad will show a wide range of clinical images collected with Notebook Imager, including bone, cardiac, liver, and thyroid scans. Notebook Imager is capable of the same range of applications as a standard gamma camera, with the exception of whole-body bone scans, which must be acquired a section at a time, due to the camera's small field-of-view. In addition, SPECT studies are conducted with patients seated in a rotating chair.
Digirad has been building a production capacity for the systems, and is also hiring a sales force to market the cameras directly in the U.S. The company is open to OEM relationships for distribution of Notebook Imager in international markets, Klause said.
Could Virtual Non-Contrast Images from Photon-Counting CT Reduce Radiation Dosing with CCTA?
March 28th 2024Emerging research on coronary artery calcium scoring for the assessment of coronary artery disease (CAD) suggests the use of virtual non-contrast images from photon-counting CT may lead to a nearly 20 percent reduction in radiation dosing.
The Reading Room: Racial and Ethnic Minorities, Cancer Screenings, and COVID-19
November 3rd 2020In this podcast episode, Dr. Shalom Kalnicki, from Montefiore and Albert Einstein College of Medicine, discusses the disparities minority patients face with cancer screenings and what can be done to increase access during the pandemic.
FDA Clears Mobile C-Arm Device that May Accelerate Fluoroscopic and 3D CT Imaging
March 21st 2024Offering ease of mobility and self-driving capabilities, the Ciartic Move C-arm device reportedly reduces the stress and potential for error associated with manual repositioning during intraoperative imaging with computed tomography and fluoroscopy.