dc.description.abstract |
Anterior Cruciate Ligament (ACL) injuries, annually impacting millions worldwide,
significantly disrupt knee function and health. ACL, a critical knee joint stabilizer,
requires intensive, long-term physiotherapy post-injury to restore and prevent
further damage. However, therapy adherence proves challenging due to factors like
time restrictions, motivation, and non-linear progress-tracking difficulties.
Addressing these challenges is 'Auxillium,' a transformative soft exo-brace
integrating support, real-time monitoring, and remote therapy facilitation. This stateof-
the-art wearable device employs advanced sensor technology to redefine ACL
rehabilitation, significantly enhancing user compliance with therapy routines.
Further enriched by an interactive application, Auxillium empowers patients with a
holistic view of knee health, form correction, and rehabilitation progress. Its intuitive
features engage users in the proactive management of their recovery. The impact of
Auxillium was evaluated through an experimental study among two groups of ACLinjured
patients: one combined Auxillium with traditional physiotherapy, and the
other underwent conventional rehabilitation alone. Assessments at baseline, six
weeks, 12 weeks, and six months showcased superior performance from the
Auxillium group, underscoring the product's substantial role in enhancing
rehabilitation outcomes.
Auxilium's user-friendly design was observed to bolster compliance levels, indicating
a promising trajectory toward improved patient adherence. With Auxillium, patients
navigate knee rehabilitation systematically, reducing recurrence risk and promoting
better knee health. This research spotlights Auxilium's potential in amplifying ACL
rehabilitation via innovative design and user engagement. It exemplifies how product
design can drive health outcomes and user experiences, paving the way for future
advancements in assistive rehabilitation technology. |
en_US |
dc.subject |
Anterior Cruciate Ligament (ACL), Auxillium, exo-brace, physiotherapy, knee rehabilitation, user engagement, sensor technology, health outcomes, compliance, product design, assistive technology |
en_US |