Interlimb coordination is required for adequate execution of most daily life activities. Yet,
aging negatively affects interlimb coordination, impacting the quality of life in older people …

Interlimb coordination deteriorates as a result of aging. Due to its ubiquity in daily life, a
greater understanding of the underlying neurophysiological changes is required. Here, we …

It has been suggested that a distributed oscillatory system in the brain operating in the theta
(3.5–7 Hz) frequency range plays a major role in coordinating motor actions. The major …

A substantial corpus of evidence suggests that the cognitive involvement in postural control
and gait increases with aging. A large portion of such studies were based on dual-task …

Healthy aging is associated with a variety of functional and structural brain alterations.
These age-related brain alterations have been assumed to negatively impact cognitive and …

The parallel execution of two motor tasks can lead to performance decrements in either one
or both of the tasks. Age-related declines can further magnify the underlying competition for …

Bimanual motor control declines during ageing, affecting the ability of older adults to
maintain independence. An important underlying factor is cortical atrophy, particularly …

Bilateral in-phase (IP) and anti-phase (AP) movements represent two fundamental modes of
bilateral coordination that are essential for daily living. Although previous studies have …

Functional imaging studies have shown that elderly individuals activate widespread
additional brain networks, compared to young subjects, when performing motor tasks …

Many activities of daily living require moving both hands in an organized manner in space
and time. Therefore, understanding the impact of aging on bimanual coordination is …