Brainscanology

This startup provides shape analysis software as a service (SaaS) for the biotechnology and healthcare industries. Their platform offers clinical decision support by analyzing shapes, potentially aiding in diagnosis or treatment planning.

Updated 2 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Traditional methods of shape analysis, such as area and volume measurements, often fail to capture subtle morphological differences that are critical for scientific discovery and clinical decision-making. This limitation hinders the ability to identify and quantify shape variations in cells, tissues, and other structures, potentially delaying diagnoses or obscuring insights in research.

Solution

BrainScanology offers Shape Genie, a shape analysis software platform that employs the LCPC (Length, Curvature, Position, and Contrast) transform to measure shape in ways that traditional methods cannot. This SaaS platform enables scientists and clinicians to quantify morphological features in 2D and 3D images across various applications, including cell biology, radiology, materials science, and agriculture. By providing a more sensitive and comprehensive approach to shape analysis, Shape Genie facilitates new discoveries and enhances the accuracy of diagnostic and research workflows. The platform offers tools for image analysis, feature extraction, and data visualization, allowing users to gain deeper insights into the relationship between shape and function.

Target Audience

The primary target audience includes researchers in cell biology, tissue biology, materials science, and agricultural science, as well as clinicians in radiology and related fields who require advanced shape analysis capabilities.

Features

LCPC transform-based shape analysis, capturing subtle morphological variations beyond area and volume.
Support for 2D and 3D image analysis across diverse data types (microscopy, radiology, etc.).
Tools for quantifying shape features in cells, tissues, and other biological structures.
Algorithms for analyzing shapes in radiology images, including brain scans and skeletal structures.
Capabilities for assessing hand drawings and handwriting for cognitive decline.
Functionality for shape analysis in materials science and geology applications.
Cloud-based platform accessible via web browser.