Future Use Cases

Find out how PixelShine may improve your patient's CT imaging in various applications.

These clinical applications given below are investigational applications/use cases and are outside the scope of current 510(k) clearance”

Pediatric CT scan

Small bodies of children are susceptible to adverse effects of radiation and hence radiologists struggle with the image quality as a result of acquiring the scan at Ultra Low Dose CT (ULDCT). PixelShine may enhance the quality of such scans.
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CT Perfusion of brain

CT perfusion of the brain requires many successive CT scans in short time frame. PixelShine may offer high quality scans by denoising noisy CT scans.
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CT scan for abdomen / pelvis

PixelShine may process noisy abdomen/pelvis scans because of its ability to provide superior spatial and low contrast resolution.
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Lung cancer screening

There are 13M people eligible for lung cancer screening paid for by CMS. Early detection of lung cancer can save lives.
Screening protocols tend to be noisy because of low dose acquisitions. PixelShine may provide enhance quality scans for screening.
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CT scan of obese patients

Every imaging center has 10 to 15% of the CT scans done for obese patients. The challenge for CT scans for obese patients is that scans are always noisy irrespective of the radiation dose used in acquiring the scan. This poses a challenge for the radiologist and creates cognitive load on the radiologist in reading the noisy scan. PixelShine may improve the quality of noisy CT scans for obese patients.
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Cardiac CT

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If an imaging center is acquiring Cardiac CT scans at low radiation dose and scans are noisy, then PixelShine may enhance the quality of such noisy scans

Testimonials

What some recent clients say about
their experience with Algomedica.
‘Quotations provided are not scientifically proven’

Fabulous, very impressive and I am looking forward to using it in my clinic

Dr. Torben Kristensen MD

Director, Radiology Department, Palo Alto Medical Clinic

PixelShine is the type of AI technology that clinicians should be leveraging to improve patient care and reduce radiation dose. PixelShine enables radiology to push the boundaries of technology to minimize radiation risk to our patients.

Dr. Jose Morey

University of Virginia

PixelShine processing of filtered back projection images creates higher quality studies, in a fraction of the time, than our CT scanner can produce with its most recent generation of iterative reconstruction. It is a monumental achievement.

Dr. Michael Winkler, MD, MSCCT, FICA

You nailed it when it comes to lung parenchyma! Higher dose reduction, better noise reduction, edges better defined, no artifacts.

Dr. Sarabjeet Singh

Founder, CT Protocols LLC. Formerly Head - Radiation Dose Reduction Labs, Mass General Hospital

“Machine learning tools like PixelShine have the potential to expand low dose CT beyond pediatrics and lung screening. PixelShine could make low dose imaging routine for all applications.”

Dr. Arun Krishnaraj, MD, MPH

Univ. of Virginia Health System

PixelShine from AlgoMedica is a revolutionary tool in image processing and allows for substantially reduced radiation dose.

Dr. Andrew Smith, MD, PhD

Chief of Body CT, Dept. of Radiology at UAB

Fabulous, very impressive and I am looking forward to using it in my clinic

DR. TORBEN KRISTENSEN MD

DIRECTOR, RADIOLOGY DEPARTMENT, PALO ALTO MEDICAL CLINIC

PixelShine is the type of AI technology that clinicians should be leveraging to improve patient care and reduce radiation dose. PixelShine enables radiology to push the boundaries of technology to minimize radiation risk to our patients.

DR. JOSE MOREY

UNIVERSITY OF VIRGINIA

If you- have older scanners, screen asymptomatic persons for lung cancer, scan obese patients, conduct pediatric scans- want to offer high quality scans

We MAY help.

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