I study about phantom limb pain in A-levels health psychology, but we only study the mirror box therapy as its treatment. If more reliable and valid researchers have been done under the use of virtual reality, this should have also been added to the course and probably used more widely because it seems successful in treating the pain.

If you massage the opposite leg at. the same site for a few minutes - - the pain will be gone ! - - Magic ! ! !

I'm in the UK. I've just start dating a gent with upper limb amputation. Brachial plexus aversion. Please we don't have this is the UK. Can you please tell me the VR programme. He hasn't even been offered 'mirror therapy' 20 surgical procedures. Mid humerus amputation. Really want to help him. Please if you can point me in the right direction? Eternally grateful!

Phantom pain is totally unpredictable and excruciatingly real,, Attempting to trick your brain into thinking that the missing limb is still there while you are experiencing the pain does not rid you of the pain, it does not work! I know from my own 30 plus years living with a full right leg amputation,, What amputees like myself need is a medical solution to eradicating the pain while it is happening and a preventative course of treatment! Mirror therapy/mind focusing may work in a few cases but NOT for the majority of us dealing with this infuriating condition,, Give us a real practical solution that works!

Would this reduction in pain also result from having a prosthetic limb looking as identical as possible to the real limb? It must be difficult to fool the brain with a length of metal coming out from the residual limb!

kinda sounds like advanced mirror therapy

Learnings are ' Immersive distraction: Virtual Reality can provide an immersive experience that helps divert the individual's attention away from their pain, potentially reducing pain perception. Neural plasticity: VR therapy may encourage neural plasticity, the brain's ability to rewire and adapt, which could lead to reduced pain sensations over time. Mirror visual feedback: Virtual Reality can simulate a mirror visual feedback, allowing the user to see a virtual representation of their missing limb moving. This can trick the brain into perceiving movement in the phantom limb, possibly reducing pain. Non-invasive approach: VR offers a non-invasive pain management technique without the need for drugs or medical procedures. Customized experiences: VR experiences can be tailored to individual needs, preferences, and pain levels, making it a personalized therapy option. Increased patient engagement: VR can make pain management exercises more engaging, encouraging patients to participate more actively in their therapy. Improved rehabilitation: VR therapy can be incorporated into rehabilitation programs to enhance motor control and functional recovery. Real-time feedback: Virtual Reality can provide real-time feedback to the user during exercises, allowing for better awareness and control of their phantom limb. Reduced reliance on medication: Successful VR pain management may lead to decreased reliance on pain medication, which can have potential side effects and risks. Long-term effects: Some studies suggest that VR therapy may have long-lasting effects on reducing Phantom Limb Pain even after the VR session has ended. Cost-effective: Compared to certain traditional pain management techniques, VR therapy can be more cost-effective in the long run. Accessibility: With advancements in technology, VR equipment is becoming more accessible and user-friendly. Diverse applications: VR is not limited to Phantom Limb Pain; it can be used to manage other types of chronic pain conditions as well. Non-pharmacological option: VR offers an alternative to pharmacological interventions, which may be essential for individuals who cannot tolerate certain medications. Research and advancements: Continued research in this field may lead to further refinements and improvements in VR-based pain management techniques.