Medical Imaging

Physicians utilize medical imaging to see inside the body to diagnose and treat patients. This includes computed tomography (CT), magnetic resonance imaging (MRI), X-ray, ultrasound, fluoroscopy, angiography,  and the nuclear imaging modalities of PET and SPECT. 

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Radiology AI firm focused on visualizing dense breast tissue raises $1.7M

DeepLook Medical has developed what it claims is the first technology platform for assessing suspicious masses in such clinical scenarios. 

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MRI shows brain ‘leakage’ that may explain cognitive decline from long COVID

A team from Ireland identified disruptions to the integrity of the blood vessels in the brains of patients experiencing brain fog due to the disease.

Philips LumiGuide 3D imaging system

Light-powered 3D imaging system guides vascular surgeries without X-ray

The Philips LumiGuide utilizes a fiber optic guidewire with AI-assisted recognition to map the body arteries with light.

An aortic vascular surgery case being performed with the Philips LumiGuide FORS system. The light-based technology enables catheter navigation and the ability to see the catheters in multiple views with out the need for X-ray imaging in the cath lab.

Philips launches new light-based, radiation-free cath lab imaging system

LumiGuide uses fiber optic realShape (FORS) technology, where light is reflected along an optical fiber inside a guidewire to generate 3D, high-resolution, color images of devices inside a patient’s body

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Aycan and Enspectra partner for clinical trials on cellular imaging system

The VIO system visualizes and captures images at the cellular level for improved diagnostics.

Avatar Medical virtual reality imaging

Startup that creates avatars via CT, MR images raises $5.4M from radiologists and investors

Paris-based Avatar Medical believes such physician financing demonstrates “strong support” for its medical solution.

Examples of photon-counting coronary angiography showing how clarity improves as the thickness of the image is reduced. Top: 60-year-old female, with noncalcified plaque (arrowheads) and coronary stenosis (inset images). The reduced section thickness did not affect assessment in this patient. Bottom: 56-year-old female with calcified plaque (arrowheads) and coronary stenosis. The reduced section thickness leads to less calcium blooming and therefore a less severe percentage of stenosis. Courtesy of RSNA

Coronary artery disease classification improved with photon-counting CT

After a photon-counting CT, 54% of patients had their coronary artery disease classification downgraded.

Examples of the messages the Nanox AI algorithms display for incidental findings of spinal compression fractures and detection of coronary calcium. Both can help physicians better understand risk factors or need for therapy in patients through these types of opportunistic screenings on scans being performed for other reasons.

Routine chest CT often reveals patients at risk for cardiovascular disease, presenting radiology with ‘untapped’ potential

Rads only reported this incidental finding in about 31% to 44% of cases, experts detailed in the Journal of the American College of Radiology