Digestive disease data in the cloud

Entrolytics is Motilent's secure, cloud-based platform, optimised for gastrointestinal data. Entrolytics makes it simple to organize, analyze and collaborate, with all of your imaging, histopathology and endoscopy data in one place.

Powerful features and tools

Multi-reader reporting made easy across imaging, histopathology and endoscopy

Turn expert insight into high-quality data in a way which is traceable, verifiable, and immutable.

Quickly assess patient status and progress
Quantified information from imaging studies
Standard layout allowing rapid information intake
Latest quantified metrics available so every patient in your practice receives cutting edge care

Measure disease length across image slices with one continuous line tool

Our 3D polyline tool allows you to quickly and accurately take measurements of disease length, or other cross-plane anatomy across image slices with one continuous line tool.

Measure twice, cut once

vEUA (virtual examination under anaesthesia) is a 3D, interactive report created by a radiologist to help guide surgical intervention and medical management of perianal fistula and abscess.

It is intended to increase confidence of anorectal surgeons, reduce likelihood of repeat surgery, reduce time to start medical management, and facilitate treat-to-target for gastroenterologists.

It is important in cases where existing scores, including the Van Assche, do not change, but size of collection, fibrosis or length of tract do.

Use vEUA not just to assess treatment, but to also identify patients for clinical trials.

Visualise and analyse the movements of the gastrointestinal tract in real time

Motilent's Spatio-Temporal Motility Mapping (STMM) technology combines high-resolution imaging with advanced software algorithms to create detailed motility maps of the gastrointestinal tract, in real time.

Both the stomach and colon produce a range of contractile patterns, and cine MRI is great for observing these, especially where there are no obvious changes in structure (e.g thickening).

This is particularly interesting in adult and children with constipation where a range of factors may contribute to the constipated 'phenotype', for example, a dis-coordinated colon (similar to atrial fibrillation), or a station colon. STMM can help distinguish between the two.

View MRI, CT, ultrasound, histopathology, and endoscopy data via your browser from anywhere

Access the latest algorithms and AI across all modalities

Choose the right structured report for your study for multi-centre reads

Select from a wide range of GI specific tools to make reporting fast, accurate and simple

Take advantage of the open API to train your very own machine learning algorithms