Wheat stripe rust is the main cause of yield loss in winter wheat. For nondestructive
monitoring of wheat stripe rust by remote sensing, a high-precision stripe rust monitoring …

Neuromechanical simulations have been used to study the spinal control of human
locomotion which involves complex mechanical dynamics. So far, most neuromechanical …

Noisy stimuli, along with linear systems analysis, have proven to be effective for mapping
functional neural connections. We explored the use of noisy (10–115 Hz) Achilles tendon …

Introduction The mechanisms regulating neuromuscular control of standing balance can be
influenced by visual sensory feedback and arousal. Virtual reality (VR) is a cutting-edge tool …

Reduced stability while standing typically decreases the soleus muscle Hoffmann (H-) reflex
amplitude, purportedly to prevent the Ia afferent signal from excessively activating spinal …

The deep tendon reflexes (DTR), particularly the tricep, patellar, and Achilles reflexes, were
initially described by Wilhelm Heinrich Erb and Carl Friedrich Otto Westphal in adjacent …

The neural control of human locomotion is not fully understood. As current experimental
techniques provide only partial and indirect access to the neural control network, our …

Postural threat manipulations elicit changes in psychological and autonomic state and
standing balance control. However, these changes are often poorly correlated and changes …

Recent evidence suggests an inability of those with a prior hamstring strain injury to fully
voluntarily activate the previously injured muscle. This may limit gains in strength and …

Guillain-Barré Syndrome (GBS) is a polyneuropathy involving both proximal (spinal root)
and peripheral nerves, and is characterised clinically by acute progressive weakness …