Sentence examples for motor function loss from inspiring English sources

When motor function loss is expected by intra-operative nerve fascicle stimulation, nerve grafting is recommended [15].

Subjective donor-site morbidity, knee and ankle range of motion and instability, presence of sensory or motor function loss, gait and fibular regeneration were assessed.

Although neuronal cell death in acute and chronic neurodegenerative diseases is clearly an important factor in decline of cognitive or motor function, loss of dendritic spines, in the absence of cell death, may also contribute to impaired brain function in these diseases, as well as in psychiatric disorders and aging.

Rarely, peripheral neuropathy with primarily motor function loss has been reported in patients receiving dapsone.

In 2013, Krakora et al. used hMSCs expressing both GDNF (hMSC-GDNF) and VEGF (hMSC-VEGF) that were injected into SOD1G93A rats, which slowed motor function loss, protected neuromuscular junctions (NMJs), and prolonged lifespan.

These results are consistent with previous findings that motor impairment in and of itself does not reduce health-related quality of life but the functional consequences of poor motor function including loss of self-care capabilities, inability to ambulate and loss of independence and its emotional consequences that may provide the link between physical impairment and low HRQoL [ 16, 35].

Tauopathies are a diverse group of neurodegenerative diseases that are characterized by decline in cognitive and motor function, progressive loss of neurons, and intraneuronal inclusions formed by deposition of the microtubule binding protein tau.

22 The scale incorporates assessment of language, motor function, sensory loss, consciousness, visual fields, extraocular movements, coordination, neglect, and speech.

A decrease in motor function and the loss of the ability to regenerate or built muscle after injury are the two most relevant features of skeletal muscles aging.

The effects of systemic hypothermia (30°C to 36°C) following fluid percussion brain injury in rats were first investigated by Clifton and colleagues [ 8], who showed that hypothermia of 33°C reduced mortality rates and attenuated deficits in motor function and weight loss compared with normothermia.

Such molecules could not only prevent the loss of motor axons and motor function, but also the loss of myelinated sensory axons and thus would open new strategies for testing in prospective clinical trials for DNP.