Powered by a spirit of venture and a cutting-edge technology, LPIXEL challenges itself to create the future of medical.
LPIXEL aims to expand its expertise into the world and provide a prosperous future and revolutionary products as a hub for open innovation with its various partners. With this belief in mind, LPIXEL is on a continuous journey to make the world a happier place for everyone.
Brain Intracranial Stenosis Detection
In efforts to reduce the number of misdiagnosed cases of intracranial stenosis, our technology conducts a careful analysis of MRA scans to detect patterns that are similar to narrowed arteries.
This cutting edge technology targets lung cancer CT scans to automatically identify the type of lung cancer and gene mutation. Our goal is to reduce the need for highly invasive biopsies and open doors to imaging-based treatment options for patients.
*Currently under development with the National Cancer Center in Japan.
Mammary Gland Disease
This technology conducts a time-intensity curve (TIC) analysis for MRI scans of the breasts. Our goal is to be able to augment machine learning technology to identify the degree of malignancy of the tumor.
With aims to decrease the number of overlooked lesions, this technology analyzes the examination results of the colonoscopy images in real time and displays the areas in the colon where the prevalence of lesions, such as tumors, are high.
*Image provided by The Jikei University School of Medicine
Awards in and outside of Japan
2017 Red Herring
Global Top 100
Japan Healthcare Business
Contest 2017 Excellence Award
LPIXEL is enhancing active joint research and development collaborations for EIRL with various parners.
JOINT RESEARCH 01
National Cancer Center Japan
JOINT RESEARCH 02
Osaka City University
JOINT RESEARCH 03
The Jikei University
JOINT RESEARCH 04
The University of Tokyo Hospital
and Conference information
Deep Learning based Computer-Aided Detection of Unruptured Cerebral Aneurysms
The Detection and Differential Diagnosis of Colonic Lesions with an Artificial Intelligence Algorithm
Deep Learning for MR Angiography: Automated Detection of Cerebral Aneurysms