“…The statistical MUNE method was used in the unsuccessful multicenter creatine study, and it became clear that the method was limited as it does not account for motor unit variability as seen as advanced disease [95]. Other methods of motor unit assessment have been used in single trials of memantine [96], but methods of assessing motor units were not used in 2 recent, large international phase IIb multicenter studies [20,21], nor other recent exploratory phase II studies [22,97,98]. The discussion of MUNE at recent meetings has been limited; for example, MUNIX was the only method discussed at the recent International ALS/Motor Neurone Disease Symposium in December 2015 [99].…”
The motor unit comprises the anterior horn cell, its axon, and the muscle fibers that it innervates. Although the true number of motor units is unknown,
“…The statistical MUNE method was used in the unsuccessful multicenter creatine study, and it became clear that the method was limited as it does not account for motor unit variability as seen as advanced disease [95]. Other methods of motor unit assessment have been used in single trials of memantine [96], but methods of assessing motor units were not used in 2 recent, large international phase IIb multicenter studies [20,21], nor other recent exploratory phase II studies [22,97,98]. The discussion of MUNE at recent meetings has been limited; for example, MUNIX was the only method discussed at the recent International ALS/Motor Neurone Disease Symposium in December 2015 [99].…”
The motor unit comprises the anterior horn cell, its axon, and the muscle fibers that it innervates. Although the true number of motor units is unknown,
“…Among the candidates were: gilenya (Novartis AG), approved to treat multiple sclerosis, the epilepsy drug retigabine (Valeant Pharmaceuticals International Inc.), actemra (Genentech/Roche AG), approved to treat rheumatoid arthritis, ozanezumab (Glaxo smithkline), an immune modulator now in a phase II program, and NP001 (Neuraltus Pharmaceuticals Inc.), which is in phase II clinical trial, for slowing down the progression of ALS. Also on the list was nurown Recently, olesoxime (Roche AG) [197,198] and dexpramipexole (Biogen Inc.) [199,200] have been included as lead compounds. Moreover, tirasemtiv (Cytokinetics Inc.), a fast skeletal muscle troponin activator was granted a second opportunity after a phase II failure with a reconfigured phase III trial [201,202].…”
“…In superoxide dismutase transgenic mice (SOD1 G93A ), a widely used model of ALS, olesoxime has improved motor neurons performance and has delayed the onset of the disease phenotype [32,37]. Unfortunately, in a phase III clinical trial, olesoxime has failed to produce a significant benefit, compared with placebo treatment in ALS patients [38]. Recently, Barron et al [39] have reported the neuroprotective effects of Ro5-4864 in a mouse model of AD.…”
Section: Tspo Ligands In the Treatment Of Neurodegenerative Diseasesmentioning
The translocator protein (TSPO, 18 kDa), mainly localized in the outer mitochondrial membrane of steroidogenic tissues, is involved in several cellular functions. TSPO level alterations have been reported in a number of human disorders, particularly in cancer, psychiatric and neurological diseases. In the central nervous system (CNS), TSPO is usually expressed in glial cells, but also in some neuronal cell types. Interestingly, the expression of TSPO on glial cells rises after brain injury and increased TSPO expression is often observed in neurological disorders, gliomas, encephalitis and traumatic injury. Since TSPO is up-regulated in brain diseases, several structurally different classes of ligands targeting TSPO have been described as potential diagnostic or therapeutic agents. Recent researches have reported that TSPO ligands might be valuable in the treatment of brain diseases. This review focuses on currently available TSPO ligands, as useful tools for the treatment of neurodegeneration, neuro-inflammation and neurotrauma.
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