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Updated: Jun 27, 2026
Mouse Eye Enucleation for Remote High-throughput Phenotyping
Published on: November 19, 2011
Removing the cloak of invisibility: phenotyping the mouse
1Baylor College of Medicine, One Baylor Plaza R804, Houston, TX 77030, USA. mjustice@bcm.edu
Abstract:
If you study a human disease, it is likely that you have tried to generate a mouse model. Sometimes, these models are excellent; others are disappointing. Or, so we think. How often does our mouse mutant not model the human disease because of limitations in how we may look at it? In any living organism, many factors work together to produce the phenotype. Here, new phenotyping paradigms for assessing mouse biology and physiology are described and proposed. Advances in mouse phenotype assessments have paralleled human clinical diagnostics. The future brings a multitude of mouse strains that might be exposed to a variety of conditions. To assess health will require the ability to perform a broad-based phenotype assessment of every animal until we can understand how the perturbation of one system affects others.
Insights
Developing better mouse models for human diseases requires advanced phenotyping methods. New approaches assess mouse biology and physiology comprehensively to improve disease modeling accuracy.
Area of Science:
- * Physiology and biology research
- * Animal model development
- * Disease modeling
Background:
- * Mouse models are crucial for studying human diseases.
- * Current mouse models can be disappointing due to limitations in assessment.
- * Phenotype development is influenced by multiple interacting factors.
Purpose of the Study:
- * To propose new phenotyping paradigms for mouse assessment.
- * To highlight the need for advanced methods in mouse biology and physiology studies.
- * To improve the accuracy of mouse models in human disease research.
Main Methods:
- * Description and proposal of novel phenotyping paradigms.
- * Comparison of mouse phenotyping advances with human clinical diagnostics.
- * Emphasis on comprehensive, broad-based phenotype assessment.
Main Results:
- * Advances in mouse phenotyping mirror human clinical diagnostic progress.
- * New paradigms offer enhanced assessment of mouse biology and physiology.
- * Comprehensive assessment is key to understanding system interactions.
Conclusions:
- * Improved phenotyping is essential for accurate mouse disease modeling.
- * Future research requires broad-based assessment of diverse mouse strains.
- * Understanding inter-system effects is critical for comprehensive health assessment.
