Frida Torell

This study examines how task factors dynamically influence different components of the stretch reflex during a delayed-reach paradigm using multiple linear regression.

This study investigates how different preparatory delays affect goal-directed tuning of stretch reflex gains in specific muscles during a delayed-reach task.

This study shows that local muscle pressure stimulates human muscle spindles in isometric conditions and enhances their responses during stretch.

The paper compares goal-directed modulation of stretch reflex gains between dominant and non-dominant upper limbs, finding weaker tuning in the non-dominant limb.

The paper investigates how preparatory modulation of stretch reflex gains is influenced by target direction, preparation duration, and assistive loading during goal-directed reaching.