Publications by authors named "Ala Cherni"

Background: Aging often leads to cognitive function decline, sensory structure deterioration, and musculoskeletal system weakening. This impacts postural control during static and dynamic activities like walking, increasing the fall risk among the elderly. Older adults with mild cognitive impairment (MCI) face an elevated fall risk and cognitive decline, magnifying the public health concern.

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During their lifecycle, from free-living soil bacteria to endosymbiotic nitrogen-fixing bacteroids of legumes, rhizobia must colonize, and cope with environments where nutrient concentrations and compositions vary greatly. Bacterial colonization of legume rhizospheres and of root surfaces is subject to a fierce competition for plant exudates. By contrast root nodules offer to rhizobia sheltered nutrient-rich environments within which the cells that successfully propagated via infection threads can rapidly multiply.

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Synopsis of recent research by authors named "Ala Cherni"

  • - Ala Cherni's recent research focuses on two distinct areas: the impact of physical activity on cognitive function in elderly individuals with mild cognitive impairment, and the role of rRNA operons in the symbiotic relationship between rhizobia and legumes.
  • - In the study published in October 2023, Cherni explores a physical activity program aiming to enhance balance, strength, and proprioception, highlighting its potential in improving cognitive functions and reducing fall risks in older adults.
  • - The earlier research from February 2019 investigates how the deletion of rRNA operons in strain NGR234 affects its symbiosis with legumes, emphasizing the competitive dynamics rhizobia face in soil environments and their adaptation strategies for colonization and growth within nutrient-rich root nodules.