Study: NCT06262503

Intervention type: DEVICE
Group type: EXPERIMENTAL
Intervention: Virtual Reality
Description: Virtual Reality device is used for creating 3d avatar to engage the patient into a virtual world so he can overcome his pain

Intervention type: DEVICE
Group type: OTHER
Intervention: Transcutaneous Electrical Nerve Stimulation (TENS)
Description: TENS stimulation plays on pain gate theory it sends stimulation to close C-fibers to relieve the pain and make the patient comfortable. The electrodes were put around the stump leg (residual limb) and the session lasts for 15 minutes, the parameters were Conventional TENS - high frequency (50-100 Hz), low intensity, short pulse width (50-200 μs). Pain relief by means of the pain gate mechanism involves activation (excitation) of the A beta (Aβ) sensory fibers, and by doing so, reduces the transmission of the noxious stimulus from the 'c' fibers, through the spinal cord and hence on to the higher centers.

Intervention type: DEVICE
Group type: EXPERIMENTAL
Intervention: Transcutaneous Electrical Nerve Stimulation (TENS)
Description: TENS stimulation plays on pain gate theory it sends stimulation to close C-fibers to relieve the pain and make the patient comfortable. The electrodes were put around the stump leg (residual limb) and the session lasts for 15 minutes, the parameters were Conventional TENS - high frequency (50-100 Hz), low intensity, short pulse width (50-200 μs). Pain relief by means of the pain gate mechanism involves activation (excitation) of the A beta (Aβ) sensory fibers, and by doing so, reduces the transmission of the noxious stimulus from the 'c' fibers, through the spinal cord and hence on to the higher centers.

Intervention type: DEVICE
Group type: OTHER
Intervention: Mirroring Therapy
Description: Mirroring Therapy :it tricks the brain. By placing a mirror between the healthy limb and the missing limb, patients see a reflection of the healthy limb, essentially replacing the phantom limb with a visual representation. This visual feedback is thought to reactivate brain areas responsible for the missing limb, potentially restoring its representation and reducing the discomfort of PLP. Essentially it aims to heal the brain's image of the body, which might in turn alleviate the pain associated with the missing limb.

Intervention type: DEVICE
Group type: EXPERIMENTAL
Intervention: Mirroring Therapy
Description: Mirroring Therapy :it tricks the brain. By placing a mirror between the healthy limb and the missing limb, patients see a reflection of the healthy limb, essentially replacing the phantom limb with a visual representation. This visual feedback is thought to reactivate brain areas responsible for the missing limb, potentially restoring its representation and reducing the discomfort of PLP. Essentially it aims to heal the brain's image of the body, which might in turn alleviate the pain associated with the missing limb.

Intervention type: OTHER
Group type: OTHER
Intervention: Phantom Exercises
Description: The study investigated phantom exercises (PE) for phantom limb pain (PLP) relief. Patients performed specific foot and leg movements 15 times, stopping if PLP disappeared early. Exercises were repeated daily or upon PLP recurrence. Patients imagined their phantom limb position and mimicked it with their remaining limb, performing ankle, foot, knee, and hip movements until relaxation and PLP subsided.

Intervention type: OTHER
Group type: EXPERIMENTAL
Intervention: Phantom Exercises
Description: The study investigated phantom exercises (PE) for phantom limb pain (PLP) relief. Patients performed specific foot and leg movements 15 times, stopping if PLP disappeared early. Exercises were repeated daily or upon PLP recurrence. Patients imagined their phantom limb position and mimicked it with their remaining limb, performing ankle, foot, knee, and hip movements until relaxation and PLP subsided.