Proprioception, the sense of body position in space, has a critical role in the control of
posture and movement. Aside from skin and joint receptors, the main sources of …

Proprioception is an essential part of motor control. The main sensory subclasses that
underlie this feedback control system—muscle spindle and Golgi tendon organ afferents …

The precise execution of coordinated movements depends on proprioception, the sense of
body position in space. However, the molecular underpinnings of proprioceptive neuron …

Originally referred to as 'muscle sense', the notion that skeletal muscle held a peripheral
sensory function was first described early in the 19th century. Foundational experiments by …

Proprioceptive feedback from Group Ia/II muscle spindle afferents and Group Ib Golgi tendon
afferents is critical for the normal execution of most motor tasks, yet how these distinct …

Proprioceptive feedback mainly derives from groups Ia and II muscle spindle (MS) afferents
and group Ib Golgi tendon organ (GTO) afferents, but the molecular correlates of these three …

In animals, proper locomotion is crucial to find mates and foods and avoid predators or
dangers. Multiple sensory systems detect external and internal cues and integrate them to …

Proprioceptive feedback from skeletal muscle is an integral element of motor control, yet the
precise physiological roles of muscle spindle (MS) and Golgi tendon organ (GTO) sensory …

Anatomical and physiological analyses have long revealed differences between
proprioceptive groups Ia, II, and Ib sensory neurons, yet the molecular correlates of these …

The generation of an internal body model and its continuous update is essential in
sensorimotor control. Although known to rely on proprioceptive sensory feedback, the …