Does Acupuncture For Spinal Injury Help In Quicker Healing?
One of the leading causes of death and disability in the world is spinal cord injury (SCI), which can leave patients permanently disabled and subject to a series of problems. According to research, people with SCI-related problems frequently express an interest in acupuncture for spinal injury as a means of symptom alleviation.
After spinal cord injuries, acupuncture helps the biological processes that restore motor function by regenerating neurons. In some spinal cord injuries, motor function frequently deteriorates, which might result in paralysis. Researchers found that acupuncture promotes healing and can avoid paralysis.
Acupuncture may be a useful treatment for a variety of post-SCI problems, including motor and sensory impairment, pain, neurogenic bowel and bladder, pressure ulcers, spasticity, and osteoporosis, according to clinical trials and reviews.
Acupuncture for spinal injury might work by reducing oxidative stress, stopping inflammation and neuronal apoptosis, changing the expression and activity of endogenous biological mediators, and boosting the production of stem cells that help the body heal itself.
COPYRIGHT_WI: Published on https://washingtonindependent.com/acupuncture-for-spinal-injury/ by Rian Mcconnell on 2022-10-06T08:09:14.600Z
Given the evidence that acupuncture works and the many limitations that have been pointed out in previous research, it is recommended that doctors encourage SCI patients to try acupuncture therapy.
Here are some other diseases that can also be cured by acupuncture.
Acupuncture Points For Leg Paralysis
If acupuncture is done with extreme care, it can improve the functioning of motor and sensory neurons in the lower limbs and legs.
Three to four times a week, depending on the patient, and reevaluation at treatment 20. Common points are KD3 with UB58 and moxa to warm the DU channel and tonify the kidney.
ACUPUNCTURE Successful Treatment for Spinal Cord Injury
Qi and blood are brought to their knees by UB40, and the DU channel is opened by SI3 and UB62. To wake up the S1 nerve root, 100 Hz electrostimulation is used continuously for 20 minutes at Hua Tou Jia Ji points from L4-S2 to KD 3 at Hua Tou Jia Ji sites.
During the first few sessions, there is intense stimulation of the lower third of the scalp motor points.
Paraplegia Acupuncture Treatment
Researchers have come to the conclusion that individuals with spinal injury paraplegia do better when acupuncture and herbs are added to standard medical treatment. Multiple parameters were evaluated by the researchers.
According to the findings, acupuncture and herbal therapy added to standard medical care protocols resulted in noticeably better outcomes than standard medical treatment alone. The main goals of treatment are to warm the channels and increase circulation.
The following acupoints are for individuals with paralysis of the upper limbs:
- Shousanli (LI10)
- Waiguan (TB5)
- Quchi (LI11)
The following acupoints are for individuals with paralysis of the lower limbs:
- Sanyinjiao (SP6)
- Zusanli (ST36)
- Yanglingquan (GB34)
- Taixi (KD3)
- Huantiao (GB30)
People Also Ask
What Is The Best Therapy For Spinal Cord Injury?
The best therapy for spinal cord injury is activity-based therapy (ABT), also known as exercise-based restorative therapy (ABRT).
Does Acupuncture Help With Paralysis?
Yes, it helps. Scalp acupuncture has been used to treat all kinds of paralysis successfully. In some cases, amazing recovery can happen after just one or two treatments.
How Does Acupuncture Heal Injuries?
Needles for acupuncture can be inserted into the muscle or tissue around the site of the injury as well as in the surrounding regions. Their insertion causes a small amount of skin stress, which triggers the release of chemicals that block pain signals both locally at the trauma site and in the brain and spinal cord.
Conclusion
It has been demonstrated that acupuncture for spinal injury improves midbrain reticular formation. This suggests that acupuncture has a therapeutic role for people with spinal cord injuries and is beneficial in reducing inflammation following an acute injury.
About The Authors
Rian Mcconnell - Rian is a Villanova University graduate who was born in DuBois, Pennsylvania. He graduated from Thomas Jefferson University in Philadelphia with a medical degree. His residency was at Thomas Jefferson and its associated Wills Eye Hospital, and he finished his education with fellowships in cataract and corneal surgery at the University of Connecticut. He has a vast experience in ophthalmic surgery, with a focus on cataract surgery, corneal transplantation, and laser refractive procedures. He serves on the board of Vision Health International, an agency that provides eye care and surgery to indigent patients in Central and South America, in addition to his surgical practice.