It has been shown in the literature that most lower limb amputations are due to diseases related to vascular problems and diabetes, with different incidences depending on geographical region and ethnicity. There are various levels of lower limb amputation (LLA): from the fingertips or tarsal area; trans-tibial amputations, which involve the removal of part of the tibia and fibula; trans-femoral amputations, which are at the level of the femur; and hip amputations. Scientific literature and clinical experience suggest that the loss of a limb through amputation has a major impact on quality of life and physical and psychological well-being. Important are the repercussions on mobility and, specifically, the inability to walk has a negative impact on the performance of basic daily activities and reintegration into society. Amputation can also produce emotional disorders, leading to a change in levels of anxiety, depression, and pain, generating significant changes in the person's quality of life. Self-acceptance of a person with lower limb amputation is seen as a complex process, in which the prosthesis plays the role of a life-enhancing tool. Indeed, the prosthesis allows people to return to living life 'normally', increase their quality of life and restore their body image. Rehabilitation programs for amputees all have a common aim, which is to improve people's mobility and general functioning through the use of the prosthesis, that promote reintegration into the community and the overall improvement of these people's quality of life. In fact, the use of a prosthesis has a great effect on these patients as it attempts to contrast the negative impact of lower limb amputation in various areas: physical, psychological, and social. The prosthesis is considered not only as an enabling device, but also as a central component for personal and social identity. Over the last 20 years, rehabilitation has increasingly started to use high-tech components, such as robotic and virtual reality rehabilitation, both immersive and non-immersive. The use of technological components not only constitutes an innovative, accessible, and increasingly useful treatment tool, but is also recognized as an added value to traditional rehabilitation due to the positive impact it has on activities of daily living. Rehabilitation with virtual reality, consists of the integration to traditional rehabilitation practice of high-tech devices that allow multisensory stimulation and interaction with virtual environments, that simulate situations and contexts of daily life at different levels of immersion.
The psychological processes characterizing this clinical population are still poorly investigated and here are few studies using rehabilitation with high-tech instruments on patients with prostheses after LLA.
Following this line, the purpose of this prospective study protocol is to explore changes and evolutions in the psychological and behavioural adaptation constructs in patients at high vascular risk of LLA, already amputated or undergoing prosthesis adaptation; these ones receiving traditional rehabilitation treatment and technology-based rehabilitation (experimental) or not (active comparator) with randomized controlled enrolment. This quali-quantitative study project comes from the need to have a holistic vision of the patient acceptance process in the various phases of the disease and of the factors involved in the process of adaptation to the prosthesis, analyzing the state of health.
Specifically, the study objectives are:
1. to analyze HRQoL, psychological and behavioral adaptation in patients at high vascular risk of LLA, already amputated or undergoing prosthesis adaptation.
2. to present a multidisciplinary rehabilitation intervention model, traditional rehabilitation vs traditional rehabilitation with technology-based rehabilitation, and study its impact on the HRQoL in patients with prostheses (only trans-tibial amputations).
