Toxicology imaging for safer decision-making
See biological responses to chemical exposure more clearly, so you can assess safety, understand mechanisms, and make confident development decisions.
MILabs supports toxicology research by enabling noninvasive, quantitative imaging of biological responses over time. By visualizing how compounds affect tissues and systems in vivo, researchers can gain deeper insight into toxicity mechanisms while reducing uncertainty in safety evaluation and regulatory studies.
MILabs imaging systems for toxicology research
Track biological effects with precision through aligned molecular and anatomical insight.
MILabs imaging platforms help researchers study toxicological responses dynamically and noninvasively. Flexible molecular and anatomical imaging configurations support both localized and whole-body analysis, enabling longitudinal studies that capture spatial and temporal patterns of biological change.
Benefits of MILabs systems for toxicology research
Ultra-high resolution insight into biological responses
Detect subtle physiological changes, so you don’t miss any early or localized toxic effects.
Longitudinal, noninvasive monitoring
Follow toxicological responses over time without disrupting biological systems.
Integrated molecular and anatomical workflows
Build a complete picture of systemic and localized effects in one workflow.
By combining molecular imaging with anatomical context, researchers can correlate biological signals with tissue structure, improving interpretation of toxicological findings and supporting more robust safety assessments.
See imaging in action
Mapping compound-induced toxicity in vivo
A study published in Clinical Cancer Research demonstrated how whole-body imaging can be used to map compound-induced biological responses over time. Using molecular imaging, researchers visualized cell death dynamically and noninvasively, providing a systemic indicator of toxicity with near real-time insight.
