ABSTRACT
OBJECTIVE@#To explore the manifestations of jingjin (sinews/fascia) lesions and summarize their distribution rules in the patients with neck-type cervical spondylosis so as to provide the evidences for the development of clinical diagnosis and treatment scheme of acupuncture for cervical spondylosis.@*METHODS@#A total of 120 patients with neck-type cervical spondylosis were collected. The meridian diagnostic method was used to examine the upper back of each patient, the manifestation category of jingjin lesions, locations and the affected muscle regions of twelve meridians were recorded.@*RESULTS@#(1) The punctate lesions of jingjin were detected in 15 regions, and the highest frequency of lesion occurred in the region from the inner upper corner of the scapula to Quyuan (SI 13) (113 cases, 94.2% of lesion frequency). The lesion frequency of 10 regions was ≥50.0%. The punctate lesions were mainly distributed in the muscle regions of hand-shaoyang (349 cases) and foot-taiyang (333 cases). (2) The linear lesions of jingjin were detected in 10 regions, and the highest frequency of lesion occurred in the region from the inner upper corner of the scapula to Quyuan (SI 13) (77 cases, 64.2% of lesion frequency). The lesion frequency of 2 regions was ≥50.0%. The linear lesions occurred mainly in the muscle region of foot-taiyang (251 cases). (3) Eight regions were examined to be the planar lesions of jingjin, and the highest frequency of lesion was found in the site of Jianjing (GB 21) (84 cases, 70.0% of lesion frequency). The lesion frequency of 3 regions was ≥50.0%. The muscle region of foot-taiyang (260 cases) was predominated in the planar lesions. (4) The distribution of all of the punctate, linear and planar lesions of jingjin was analyzed statistically. It was found that 25 regions were involved and those with the high lesion frequency were distributed in the area from the inner upper corner of the scapula to Quyuan (SI 13), the sites of Jianjing (GB 21) and Dazhui (GV 14), transverse processes of C3 to C5 and the area from the lateral border of the scapula to the teres minor, separately. The muscle regions of foot-taiyang, hand-shaoyang and hand-yangming were involved in various kinds of jingjin lesions.@*CONCLUSION@#Jingjin lesions in patients with neck-type cervical spondylosis can be divided into three categories, namely, punctate, linear and planar lesions; of which, the punctate lesions are dominated. A majority of jingjin lesions is related to the muscle region of foot-taiyang, and the lesion frequency is higher compared with the lesions to the muscle regions of hand-shaoyang and hand-yangming. Jingjin lesions are commonly distributed in the area from the inner upper corner of the scapula to Quyuan (SI 13).
Subject(s)
Humans , Meridians , Acupuncture Therapy , Acupuncture Points , Spondylosis/therapy , AcupunctureABSTRACT
Objective To investigate the therapeutic effect of 3D curvature traction on neck-type cervical spondylosis.Methods Totally 100 neck-type cervical spondylosis patients were divided randomly and equally into an observation group and a control group.The observation group underwent the treatment by 3D curvature traction combined with intermediate frequency therapy,and the control group went through the treatment by cupping and intermediate frequency therapy.Evaluation was carried out on neck pain,tenderness and cervical mobility before and after the treatment.Results The recovery rate was 88％ in the observation group,which was significantly higher than that (40％) in the control group (P=0.007).The total effective rate was 100％ in the observation group,which was obviously higher than that (88％) in the control group (P=0.029).The score differences for pain and cervical mobility before and after the treatment were 4.96±0.36 and 1.67±0.73 respectively in the observation group,which were statistically different from the score differences for pain (3.38±0.80) and cervical mobility (0.88±0.76) in the control group (P＜0.05).Conclusion 3D curvature traction gains high clinical effect when used to treat neck-type cervical spondylosis.
ABSTRACT
Objective To investigate the therapeutic effect of 3D curvature traction on neck-type cervical spondylosis.Methods Totally 100 neck-type cervical spondylosis patients were divided randomly and equally into an observation group and a control group.The observation group underwent the treatment by 3D curvature traction combined with intermediate frequency therapy,and the control group went through the treatment by cupping and intermediate frequency therapy.Evaluation was carried out on neck pain,tenderness and cervical mobility before and after the treatment.Results The recovery rate was 88％ in the observation group,which was significantly higher than that (40％) in the control group (P=0.007).The total effective rate was 100％ in the observation group,which was obviously higher than that (88％) in the control group (P=0.029).The score differences for pain and cervical mobility before and after the treatment were 4.96±0.36 and 1.67±0.73 respectively in the observation group,which were statistically different from the score differences for pain (3.38±0.80) and cervical mobility (0.88±0.76) in the control group (P＜0.05).Conclusion 3D curvature traction gains high clinical effect when used to treat neck-type cervical spondylosis.
ABSTRACT
<p><b>OBJECTIVE</b>To conduct the preliminary positioning and qualitative research of high-frequency ultrasonic imaging atpoints (including tender points and trigger points) in neck-type cervical spondylosis and explore the relevant law so as to provide the evidence for the selection of acupuncture scheme.</p><p><b>METHODS</b>Thirty patients in compliance with the diagnostic criteria of neck-type cervical spondylosis were selected. The trigger points, tender points and placebo points were positioned on any of the three available oriented lines. The point-to-point high-frequency real-time dynamic ultrasonic imaging technology was used to scan and position each point and record the changes in ultrasound gradation anatomy and two-dimensional ultrasound in perimysium, two-dimensional and color Doppler ultrasonography and blood flow. The ultrasound characteristics were analyzed.</p><p><b>RESULTS</b>①Regarding the changes in ultrasound gradation anatomy and two-dimensional ultrasound in perimysium, the anatomic gradation at trigger points and tender points was in the sequence as cutaneous layer, subcutaneous fat layer, shallow muscular tissue layer, deep muscular tissue layer and vertebrae. The linear high echo presented in cutaneous layer; the low echo in subcutaneous fat layer; the linear high echo in muscular fasciae; the low echo in muscular layer and the clear linear echo in its perimysium; the high echo and declined posterior echo in vertebrae. Compared with the placebo points, 93.3% of trigger points (28/30) presented enhanced or thickened perimysium echo (<0.05), and 96.7% of tender points (29/30) presented enhanced or thickened perimysium echo (<0.05). The differences were not significant between the trigger points and the tender points (>0.05). ②In the two-dimensional ultrasonography, the clear linear echo presented in perimysium, the enhanced or thickened echo in perimysium of trigger points and tender points. In the color Doppler ultrasonography, the blinking unstable dotted blood flow signal or stable short rod-like blood flow signal presented in the trigger points and tender points. ③Regarding the condition of blood flow, 56.7% of trigger points (17/30) presented Ⅱ degree of color blood flow signal and 83.3% of tender points (25/30) presented Ⅱ degree of color blood flow signal; 0% of placebo points presented Ⅱ degree of color blood flow signal. Compared with the placebo points, the differences in the rate of Ⅱ degree of color blood flow signal were significant statistically at both the trigger points and the tender points (both<0.05). The difference was not significant between the trigger points and tender points (>0.05).</p><p><b>CONCLUSIONS</b>In the high-frequency ultrasound imaging at trigger points and tender points in neck-type cervical spondylosis, the ultrasound imaging characteristics present, which are similar between the trigger points and the tender points. The high-frequency ultrasound imaging is valuable in positioning and quantitative research ofpoints in cervical spondylosis and has a certain significance to guide treatment.</p>