Different motor abilities are derived from the coordinated activity of various motor control systems present throughout the brain and spinal cord, as well as those that extend via the peripheral nervous system to musculoskeletal tissues. Multiple interrelated cortical and subcortical motor areas contain motor control systems that regulate the beginning, planning, and execution of motor performances. These supraspinal motor systems can influence spinal motor systems that directly regulate muscle, the final effector of all movement, owing to descending white matter tracts. According to numerous researches, motor signs (MOSIs) are widespread in Alzheimer's disease (AD) and that their frequency and severity grow over time. These MOSIs may be caused by a variety of underlying causes, and while they are commonly thought to be caused by pathologic alterations in the extrapyramidal system, their exact anatomic location is unknown.
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Title : Down’s syndrome (trisomy 21) and alzheimer disease: A common medical and scientific fight
London Jacqueline, Paris Diderot University, France
Title : Memory should be the primary endpoint in early AD
Matthias W Riepe, Ulm University, Germany
Title : Quality of life children with autism spectrum disorder
Zhenhuan Liu, Guangzhou University of Chinese Medicine, China
Title : Electrophysiology and alzheimer's pathology: A scoping review on eeg correlations with CSF biomarkers
Charikleia Karastamati, University of Pavia, Italy
Title : The vital role of care homes in supporting individuals with neurological conditions
Akankunda Veronicah, Golden Age Elderly Homes Kampala, Uganda
Title : Semantic-based memory-encoding strategy in enhancing cognitive function and daily task performance for older adults with mild cognitive impairment: A pilot non-randomised
Karen P Y Liu, Western Sydney University, Hong Kong