Products / Solutions - LPIXEL Inc.

Next generation AI medical image diagnostic support technology

EIRL is the next medical image diagnostic support technology to catalyze the coming generation of medical diagnosis. Together with the constant advancements in modalities, comes the challenges for doctors to interpret an exponentially large number of images for diagnosis. EIRL aims to provide an accurate, accelerated and streamlined solution for medical diagnosis by analyzing a variety of information required for diagnosis. EIRL will be the closest partner to all doctors, and serve as another powerful set of eyes to provide top quality medical care. To all doctors around the world, EIRL.

JOINT RESEARCH

PARTNERS

Alphabetical listing

AI Accelerating Pharma R&D

IMACEL, an image analysis AI, helps to solve various issues in the drug discovery process.
Experts with strengths in both life science and AI provide successful AI implementation with total support from experiment design, data acquisition , to development and implementation.

Minimizing Image Analysis, Maximizing Research

The LP-Series encompasses a wide variety of other software to bring speed and efficiency back into the world of life science research and maximize the time researchers can spend on hands-on research.

Analyze Menu

An innovative, sophisticated tool designed to detect signs of inappropriate manipulations and depulication in scientific image data.
The seamless integration of machine learning technology allows for quick and simplified cell classification.
Automatically measure a wide variety of phenotypic data including the height, width, surface area, perimeter, complexity and total number of leaves from an image of a plant captured from a fixed point.
Use the images of roots taken with scanners and digital cameras to determine the length and number of roots, all of which can be stratified based on the thickness of the root. (Usable on ImageJ).
Measure the three dimensional distance between two selected points from stacked 3D image data. (Usable on ImageJ).
This tool uses time-sequential imagery to follow the movement of objects to help users visualize its track.
This software automatically measures the quantitative representation of colour, the colour uniformity, and size of the objects found in the image.
A MetaMorph plugin that quantitatively evaluates comet assays taken from fluorescence images.