Emily J. Reedich

This paper describes a workflow for three-dimensional visualization of muscle spindles in rabbit tenuissimus muscle using optical clearing and fluorescent labeling.

This study shows that prenatal hypoxia-ischemia in rabbits leads to altered sensory development, allodynia, anxiety-like behavior, and changes in nociceptive afferent distribution.

This paper develops a machine-learning model to classify muscle fiber types in a rabbit model of cerebral palsy, finding oxidative fiber type shifts in affected muscles.

This study shows that SOD1G93A mouse motoneurons exhibit exaggerated homeostatic responses to chronic diazepam inhibition compared to wild-type motoneurons.

This study uses machine learning to classify motor unit types in adult mice based on electrophysiological properties, identifying four distinct types with high predictive accuracy.

This study shows that spinal motoneurons in a rabbit model of cerebral palsy respond abnormally to serotonin, leading to hyperexcitability and spasticity.

This study shows inhibitory interneurons in SOD1 mice exhibit early excitability and morphology changes, suggesting they contribute to ALS pathogenesis before motor neuron damage.

This study investigates how prenatal hypoxia-ischemia injury affects spinal nociceptive circuitry in rabbits, finding increased nociceptive afferents and enhanced mechanical and thermal sensitivity.