We use cookies to personalize our website and to analyze web traffic to improve the user experience. You may decline these cookies although certain areas of the site may not function without them. Please refer to our privacy policy for more information.

Skip to main content

The Jackson Laboratory

Home

Recent Searches

Share this Post

Share on facebook
Share on twitter
Share on linkedin
Share on email

JAX Envision

Home
JAX Envision
Analytical Validation of Mouse Respiratory Rate in the Envision Platform

Analytical Validation of Mouse Respiratory Rate in the Envision Platform

Published Date June 20, 2025

Previous Flipbook

Analytical Validation of Mouse Activity Classification in The JAX Envision Platform
Next Video

Addressing the Preclinical Reproducibility Crisis Using Digital Home Cage Monitoring

In this webinar, Dr. Michael Saul, Computational Scientist at The Jackson Laboratory, will discuss recent studies using the Envision™ platform.

Other content in this Stream

about 1 month ago
Preclinical Operational Advantages of Digital Home Cage Monitoring

In this webinar, we explore how Envision’s computer vision–based digital caging platform enables continuous, non-invasive monitoring of individual mice directly from the home cage.

Watch Video
about 2 months ago
Using Envision's HealthSense to Monitor Animal Health

Learn more about JAX Envision's Healthsense animal montioring capabilities

Read Flipbook
3 months ago
Analytical Validation of Digital Mouse Detection, Identification, and Activity in the Envision Platform

Read Flipbook
5 months ago
Using Novel Technologies to Navigate the Shifting Landscapes in Animal Research

This webinar will explore how digital home cage monitoring presents a powerful, multifaceted tool to address these constraints while elevating standards in laboratory animal research.

Watch Video
6 months ago
Home Cage Monitoring: Revolutionizing Behavioral Assessment in Preclinical Research

Watch this webinar to learn how Envision™ captures natural rodent behavior in group-housed settings with minimal animal disruption, reducing animal handling and improving animal welfare.

Watch Video
6 months ago
Enhanced Sensitivity, Specificity, and Temporal Resolution in Preclinical Research Using Digital Measures

This webinar highlights the power of JAX's latest innovation: the Envision™ platform - an AI-powered digital monitoring platform that delivers characterization of efficacy and safety in mice.

Watch Video
7 months ago
Analytical Validation of Mouse Activity Classification in The JAX Envision Platform

Read Flipbook
6 months ago
Addressing the Preclinical Reproducibility Crisis Using Digital Home Cage Monitoring

In this webinar, Dr. Michael Saul, Computational Scientist at The Jackson Laboratory, will discuss recent studies using the Envision™ platform.

Watch Video
8 months ago
Fostering Replicability in Preclinical Research: Envisioning Better Science Through the Digital Revolution

The Reproducibility Crisis in Preclinical SciencePreclinical research, the foundation of biomedical innovation, is facing a reproducibility crisis. A growing number of studies fail to replicate...

Learn More
8 months ago
The V3 Framework: Establishing Confidence in Digital Measures

Digital monitoring technology is revolutionizing biomedical research. While wearable devices have already proven invaluable for early disease detection and progression monitoring in clinical...

Learn More
8 months ago
Applying Digital Measures to Assess Dose Effects of Neuroactive Compounds

Read Flipbook
6 months ago
Envision™: A New Paradigm Toward Rigorous Understanding of Mouse Behavior and Physiology

This webinar discusses JAX's latest innovation, Envision™, an AI-driven home cage monitoring platform that revolutionizes preclinical research.

Watch Video
about 1 year ago
Digital Measures in an Animal Model of Neuromotor Disease

Read Flipbook
about 1 year ago
JAX Envision™ Brochure

Envision is a AI-powered digital in vivo monitoring platform that revolutionizes preclinical research by enabling continuous, scalable, and highly customizable monitoring of animal behavior and health

Read Flipbook

Return to Home

© The Jackson Laboratory