Stecina Lab
Research
Discover our research projects.
Mature Spinal Networks
in Rodents
This project aims to understand the spinal networks involved in sensory-motor integration during walking. Using genetically modified mouse models, we combine classical electrophysiological methods with advanced molecular biology techniques to study spinal neurons and networks.
Key Neurons Involved
in Walking
Focused on the communication between the brain and spinal neural networks, this project examines how walking is controlled by the interplay between different neurons in the brainstem and spinal cord. We use rodent animal models to explore these complex interactions.
Human Spinal Cord Injury Research
This facility addresses two critical needs for those living with spinal cord injuries: improved function and enhanced quality of life. We employ non-invasive brain and nerve stimulation, muscle recording, kinematics, and metabolic assessment. Our state-of-the-art equipment includes a balance (split-belt) platform with virtual reality, a wheelchair treadmill, a supported standing frame, and functional electrical stimulation-augmented rowers. Our long-term goals are to determine if augmented activation of neurons combined with training can promote recovery of motor function and balance, and to design strategies that improve quality of life by reducing secondary complications from reduced mobility. This includes addressing issues like obesity, low bone density, and cardiac dysfunction through enhanced training responses to voluntary and electrically augmented exercise.