Not all patients with a herniated disc have symptoms, some even have a very large herniation on MRI view, but very few symptoms or no any signs,.Why? The main reason is that the nerve roots in our vertebrae are smart enough to escape from a narrow environment.
Our team have done more than 20 years of research and found that more than 90 percent of disc herniations are not necessarily treated with vertebral surgery. The decompression method of laminectomy has a number of disadvantages for the biomechanical lines of the upper and lower levels of the vertebral .
The cervical have transforaminal ligaments and radiating ligaments, the lumbar have. transforaminal ligaments and extraforaminal ligaments, they fix the cervical nerve roots, which can maintain their position without collision and friction with other tissues when the neck is rotating extending flexion or other motions. However, due to disc herniation disc or pathological changes in the structures around the nerve foramen, these ligaments may simultaneously be compressed or deformed by a change in the starting and stopping point, becoming an accomplice in compression of the nerve root, or binding the nerve root, tie up it from escaping from the crowded and narrowed space caused by the lesion. Now is using needling technique to reach myofascial around the foraminal myofascial is very publicly in Chinese we call that technology is structure medical acupuncture , in order to release the ligaments tension adhesion and scar tissue treatment that help nerve roots escape, are the best treatment for decomposition nerve root impingement, most patients will get significant symptoms released from 4-6 treatments.
Dr Shan Jiang had training in Chinese since 1998 for this remedy, over the past 20 years, he have successfully treated nearly 10,000 patients with nerve impingement syndrome caused by disc herniation.
不是所有的椎间盘突出患者都有症状，甚至有一些在MRI上观察突出物十分大，但是症状十分少或是完全沒有。为什么？主要是我们椎体的神经根很聪明，可以从狭窄的环境中逃逸出来。我們的團隊做了十多年的研究，發現有百分之九十以上的椎間盤突出用椎體手術治療沒有必要的，椎弓根切除減壓方法对于上下节段的椎體的生物力線有不少不利因素。
颈椎神经孔的颈椎椎间孔橫韧帶与椎間孔放射状韧帶的是固定颈神经根，腰椎有椎间孔橫韧帶和椎体間孔外韧帶，他們的功能是在椎体活动时，能够维持其位置不与其他组织产生撞击磨擦。但是由于椎间盘突出或神经孔周围结构产生病理性变化时，这些韧带将同时被挤压或者起止付着点改变而变形，成为压迫神经根的共犯，或者束缚着神经根，使其无法从因病变拥挤变窄的空间逃逸出来。现在各种椎间孔的松解疗法，帮助神经根逃逸的技术，是治疗椎间盘突出的杀手锏。
江医师在一九九八年已经学软组织外科等技术，近二十多年，他成功治愈近万例椎間盤突出引起的神經根壓迫症狀患者，一般情况下，四至六个治疗，神经根受压症状可以明显缓解
Four dimensional traction device. This Traction device has 4 functions: Up and down angulation, lateral rotate , rotate and Longitudinal traction.
四維過伸過屈牽引
Our team have done more than 20 years of research and found that more than 90 percent of disc herniations are not necessarily treated with vertebral surgery. The decompression method of laminectomy has a number of disadvantages for the biomechanical lines of the upper and lower levels of the vertebral .
The cervical have transforaminal ligaments and radiating ligaments, the lumbar have. transforaminal ligaments and extraforaminal ligaments, they fix the cervical nerve roots, which can maintain their position without collision and friction with other tissues when the neck is rotating extending flexion or other motions. However, due to disc herniation disc or pathological changes in the structures around the nerve foramen, these ligaments may simultaneously be compressed or deformed by a change in the starting and stopping point, becoming an accomplice in compression of the nerve root, or binding the nerve root, tie up it from escaping from the crowded and narrowed space caused by the lesion. Now is using needling technique to reach myofascial around the foraminal myofascial is very publicly in Chinese we call that technology is structure medical acupuncture , in order to release the ligaments tension adhesion and scar tissue treatment that help nerve roots escape, are the best treatment for decomposition nerve root impingement, most patients will get significant symptoms released from 4-6 treatments.
Dr Shan Jiang had training in Chinese since 1998 for this remedy, over the past 20 years, he have successfully treated nearly 10,000 patients with nerve impingement syndrome caused by disc herniation.
不是所有的椎间盘突出患者都有症状，甚至有一些在MRI上观察突出物十分大，但是症状十分少或是完全沒有。为什么？主要是我们椎体的神经根很聪明，可以从狭窄的环境中逃逸出来。我們的團隊做了十多年的研究，發現有百分之九十以上的椎間盤突出用椎體手術治療沒有必要的，椎弓根切除減壓方法对于上下节段的椎體的生物力線有不少不利因素。
颈椎神经孔的颈椎椎间孔橫韧帶与椎間孔放射状韧帶的是固定颈神经根，腰椎有椎间孔橫韧帶和椎体間孔外韧帶，他們的功能是在椎体活动时，能够维持其位置不与其他组织产生撞击磨擦。但是由于椎间盘突出或神经孔周围结构产生病理性变化时，这些韧带将同时被挤压或者起止付着点改变而变形，成为压迫神经根的共犯，或者束缚着神经根，使其无法从因病变拥挤变窄的空间逃逸出来。现在各种椎间孔的松解疗法，帮助神经根逃逸的技术，是治疗椎间盘突出的杀手锏。
江医师在一九九八年已经学软组织外科等技术，近二十多年，他成功治愈近万例椎間盤突出引起的神經根壓迫症狀患者，一般情况下，四至六个治疗，神经根受压症状可以明显缓解
Four dimensional traction device. This Traction device has 4 functions: Up and down angulation, lateral rotate , rotate and Longitudinal traction.
四維過伸過屈牽引
椎間孔神經根松解
病例分享：
患者男，五十八歲，體重二百五十餘磅，左大腳內側和腹股溝痛，間歇性跛行。左腳直腳抬高加強試驗（＋）
頸靜脈壓迫試驗Naffziger徵（＋＋)，
屈頸試驗 （＋）
腱膝反射和跟腱反射未見明顯病理反應。
左大腿前側的股四頭肌以(股內側股、股中間肌、股直肌、股外側肌)、縫匠肌、髂肌疼痛痿縮。
患者雖而有腰4，5，骶1的椎間盤突出，但並沒有明顯症狀，應該把注意力放在腰2，3中，因為患者以閉孔神經症狀為主，從X光看腰2，3前移，故使用過屈牽引和椎間外孔針法松解：
患者男，五十八歲，體重二百五十餘磅，左大腳內側和腹股溝痛，間歇性跛行。左腳直腳抬高加強試驗（＋）
頸靜脈壓迫試驗Naffziger徵（＋＋)，
屈頸試驗 （＋）
腱膝反射和跟腱反射未見明顯病理反應。
左大腿前側的股四頭肌以(股內側股、股中間肌、股直肌、股外側肌)、縫匠肌、髂肌疼痛痿縮。
患者雖而有腰4，5，骶1的椎間盤突出，但並沒有明顯症狀，應該把注意力放在腰2，3中，因為患者以閉孔神經症狀為主，從X光看腰2，3前移，故使用過屈牽引和椎間外孔針法松解：
EPAT Therapy is also known as Extracorporeal Shock Wave Therapy (ESWT) and can successfully address acute and chronic pain such as:
EPAT Therapy is a highly effective treatment method: high-energy sound waves are introduced into the painful areas of the body. It is one of the most advanced and highly effective noninvasive treatment methods cleared by the FDA.
The treatment works by helping to improve the regenerative potential, and enhancing blood circulation to regenerate damaged tissue.
Beneficial effects are often experienced after only 1 or 2 treatments and there is no downtime. The non-surgical therapy for pain not only eliminates pain but it also restores mobility, thus quickly improving the quality of life for patients.
冲击波治疗
冲击波疗法是一种非侵入性的治疗方法，它通过创造一系列低能量的声波振动，并经由一种胶状介质透过患者的皮肤，直接治疗受损伤的部位。冲击波概念和技术源于聚焦的声波能够击碎肾结石或胆结石这一发现。后来，生成的冲击波被成功地运用于治疗慢性疼痛症的科研领域，如脚底筋膜炎，跟腱炎、膑骨腱炎、钙化性肌腱炎、滑囊炎和触痛点等病症。（钙化性肌腱炎的疗效高达91%——2003年《美国医疗协会会刊》；网球肘的疗效为77%——2005年《整形外科杂志》；脚底筋膜炎的疗效达90%——2005年《整形外科研究杂志》）
冲击波疗法通过刺激受伤区域，使得细胞的渗透力、线粒体、内质网及细胞核均发生改变。科学证实，声波震动可以通过机械的刺激，有效地消除钙化。这一疗效并不令人惊讶，因为冲击波最早就是用来粉碎肾结石的。由此还产生了一个额外的效果——神经末梢因受到高强度的刺激，故使得疼痛感迅速减轻。冲击波亦能有效地促进治疗区域的神经与血管的愈合以及受损软组织的修复与再生。近来更发现冲击波可有效地缓解肌筋膜触发点疼痛。总之，冲击波疗法有助于提高身体的自然愈合能力。
- Knee Pain
- Heel Pain
- Foot Pain
- Ankle Pain
- Hamstring Pain
- Back Pain
- Neck Pain
- Shoulder Pain
- Elbow Pain
- Wrist Pain
- Hand Pain
EPAT Therapy is a highly effective treatment method: high-energy sound waves are introduced into the painful areas of the body. It is one of the most advanced and highly effective noninvasive treatment methods cleared by the FDA.
The treatment works by helping to improve the regenerative potential, and enhancing blood circulation to regenerate damaged tissue.
Beneficial effects are often experienced after only 1 or 2 treatments and there is no downtime. The non-surgical therapy for pain not only eliminates pain but it also restores mobility, thus quickly improving the quality of life for patients.
冲击波治疗
冲击波疗法是一种非侵入性的治疗方法，它通过创造一系列低能量的声波振动，并经由一种胶状介质透过患者的皮肤，直接治疗受损伤的部位。冲击波概念和技术源于聚焦的声波能够击碎肾结石或胆结石这一发现。后来，生成的冲击波被成功地运用于治疗慢性疼痛症的科研领域，如脚底筋膜炎，跟腱炎、膑骨腱炎、钙化性肌腱炎、滑囊炎和触痛点等病症。（钙化性肌腱炎的疗效高达91%——2003年《美国医疗协会会刊》；网球肘的疗效为77%——2005年《整形外科杂志》；脚底筋膜炎的疗效达90%——2005年《整形外科研究杂志》）
冲击波疗法通过刺激受伤区域，使得细胞的渗透力、线粒体、内质网及细胞核均发生改变。科学证实，声波震动可以通过机械的刺激，有效地消除钙化。这一疗效并不令人惊讶，因为冲击波最早就是用来粉碎肾结石的。由此还产生了一个额外的效果——神经末梢因受到高强度的刺激，故使得疼痛感迅速减轻。冲击波亦能有效地促进治疗区域的神经与血管的愈合以及受损软组织的修复与再生。近来更发现冲击波可有效地缓解肌筋膜触发点疼痛。总之，冲击波疗法有助于提高身体的自然愈合能力。
