Objective To observe the clinical effects of ximingting plan in treatment of osteoporesis result in hypofunction of ovary.Methods Sixty women with osteoporesis result in hypofunefion of ovary were divided into two groups by random digits table with 30 cases each.The investigated group received ximingting pian,the controlled group received hormone replacement therapy(HRT).The changes of bone density,bone gla protein(BGP),estradiol,follicle-stimulating hormone(FSH),the thickness of endometrium,blood routine,urine routine,liver function and kidney function before and after 6 months treatment were measured.Results Bone density and BGP after treatment wag higher than that before treatment in two (6.78±3.97)g/L;in controlled group:(0.617±0.065)g/cm2 vs.(0.552±0.073)g/cm2 and(8.92 4±4.43)g/L vs.(6.83±4.29)g/L](P<0.05).The levels of estradiol and FSH had no marked changes in investigated group(P>0.05);but not this in controlled group(P<0.01).The total effective rate of curative effect and presenting symptom was 93.3%(28/30),93.3%(28/30)in investigated group and 90.0%(27/30),86.7%(26/30)in controlled group,there was no significant difference between two groups(P>0.05).There was no significant difference in blood routine,urine routine,liver function and kidney function before and after treatment in two groups(P>0.05).Conclusion Ximingting pian is efficacious and safe in the treatment of osteoporosis result in hypofunction of ovary.

Seventy-two patients with bile reflux gastritis weretreated with metoclopramide injection into Zusanli (ST 36), compared with oral Metoclopramide in 45 cases. The total effective rate were 93.1% and 77.8%, respectively. There was a significant difference (P<0.01)between two groups.

60 years old,the positive rate of Han was higher than that of Uygur (?2=10.61 ?2=7.46,all P

Objective:To investigate the enhancing effect of bone marrow stroma cell(BMSC)on the functional recovery of injured spinal cord by observing the formation of gliotic scar,cavity volume and the cascade of apoptosis of neural cells.Methods:Eighty spinal cord injury(SCI)rat models were made and randomly divided into two groups:group A(n=40),the control group without any treatment;group B(n=40),the injured animals treated with BMSC implantation.The behavioral evaluation was performed using Basso,Beattie and Bresnahan(BBB)scoring system.Scores were recorded at time points of 1,2,4,6 and 8 weeks after transplantation.After 8 weeks,rats were sacrificed.The immunoreactivity of Nogo-A,glial fibrillary acidic protein(GFAP)and the cavity area were measured.The cell apoptosis was detected by TUNEL methods at 1,2,3,7 and 14 days after injury.Results:Compared with control group,treated animals gained higher scores after 8 weeks of transplantation.The number and the size of reactive astrocytes,the average volume of cavity,TUNEL positive cells,the expression of Nogo-A and GFAP reduced significantly in group B compared with those of group A(P＜ 0.05).Conclusion:BMSC possess effects on repairing injured spinal cord and promoting functional recovery through various mechanisms.

Objective:To utilize MRI and plain films to observe the changes of soft tissue structures in patients with developmental dysplasia of the hip (DDH) after closed reduction, and explore the concentric reduction rate, the "docking" rate and the femoral head necrosis rate after reduction.Methods:Retrospective analysis of unilateral completely dislocated DDH patients with closed reduction and spica casting in our hospital from October 2012 to July 2018. MRI was performed on the day of closed reduction and every 2-3 months after operation. Pelvic plain films were performed before operation and follow-up. The labro-chondral complex (LCC) of the hip was divided into 4 types on MRI images, and the reliability and repeatability of LCC classification were evaluated by intra-class correlation coefficient. Trend chi-square test or Fisher exact probability method was used to analyze the variation of thickening rate of ligamentum teres, transverse ligaments and pulvinar during MRI follow-up, and the difference of cartilaginous acetabular head index was evaluated by analysis of variance of repeated measurements or Mann-Whitney U test. The concentric reduction rate of the femoral head after performing closed reduction, the "docking" rate of the femoral headwhen the cast was changed for the last time were analyzed, and the necrosis rate of the femoral head were followed up for 18 months or more after reduction.Results:A total of 63 DDH patients (63 hips) with closed reduction were included. Intra-class correlation coefficient of LCC classification was 0.84 between observers (95%CI: 0.74-0.91) and 0.94 within observers (95%CI: 0.90-0.97) . Most LCC classifications were type 4 on the day of CR (93.7%, 59/63) , and return to normal (type 1 classifications) at the second follow-up (50.9%, 28/55). ligamentum teres, transverse ligaments and pulvinar were hypertrophic (94.5%-100%) on the day of CR, and decreased to 10.9%-12.7% at the second follow-up, which had statistically differences ( χ2=88.6; χ2=86.4; χ2=97.9, P<0.05). The cartilaginous acetabular head index was 68.1±12.1 on the day of CR, and increased to 84.4±7.0 at the second follow-up, which had statistically difference ( Z=-3.15, P=0.002). 58.7% femoral heads were "docking", 8.6% femoral head had necrosis. Conclusion:The abnormal soft tissue structures in the hip joint mostly recovered gradually after closed reduction, and 60% femoral heads could be docked, the short-term risk of the femoral head necrosis was low.

Objective To evaluate the diagnostic value of tracking movement of normal patellar using volume scan on sensation 320 CT. Method Data of dynamic scans of 30 knees was collected using the motor function of 320 CT and retrospectively analyzed. The data of movement of the patellorfemoral joint was obtained during flexion (from 0° to 120°) within 10-sec by 320 CT from all volunteers. The 3D coordinate of the center of patella was recorded to investigate the dispose relation of patellofemoral joint.Result With the knee angle changed from 0° to 90°, the patella moved rapidly along the Y-axis direction ( sagittal plane) down about (53.87 ± 0. 45 ) mm, and then entered the plateau phase with little change.When the knee flexion reached 10°-30° ,the patellar movement along the X-axis reached the largest range of (2. 31 ±0. 52)-(3.36 ± 0. 43 ) mm, and subsequently moved to the opposite lateral direction with the maximum about (8. 53 ± 0. 44 ) mm at 120°. In the Z axis, the track initially showed plateau, and then presented a rapidly downward trend after 30°. The patellar tracking is like an outward arc during the whole knee flexion. Conclusion The motor functional imaging of 320 CT can pinpoint the patelar tracking in a fast, painless way.

Objective To observe the natural outcomes of Graf type Ⅱ a hip dysplasia aged 6 weeks to 3 months,and to explore the indications of treatment.Methods A prospective study was conducted to collect children aged from 6 to 12 weeks with Graf type Ⅱ a dysplasia (50°≤α angle＜60°) but clinically stable hips according to the Early Screening of Developmental Dysplasia of the Hip in Tianjin project from July 2012 to July 2014.Those hips with history of treatment or neuromuscular disorders were excluded.All infants had no treatment initially following with ultrasound surveillance each 2 weeks and radiograph evaluation each at 3,4.5 and 6 months of age.Patients received Pavlik harness or abduction brace treatment if hip dysplasia turned to be type Graf Ⅱ c or worse,or clinical unstable before 6 months;also if hip dysplasia was persistent in radiograph at 6 months.All infants were routinely followed up at 12 and 24 months of age to detect the late cases.The difference of initial α angle,hip abduction,acetabulum index and acetabulum margin morphology (sharp,round or defect) in the pelvic radiograph at 3 month were compared between the treated and untreated groups.Results A total of 238 children (285 hips) were enrolled in the present study,of which there were 25 males and 213 females,193 left and 92 right hips.The average age was 9 weeks (range 6 to 12 weeks).No hip turned to be type Ⅱ c or worse,or clinically unstable.One hundred patients (120 hips) received treatment for persistent dysplasia at 6 months.There had statistically significant difference in initial α angle between the treated and untreated groups (respectively 54.5°±3.3° and 55.6°±2.9°,t=-2.749,P=0.004).In the treated group,there were 47 hips (39.2％,47/120) with limited abduction initially,and 52 hips (43.3％,52/120) with poor acetabular morphology at 3 months.The differences were statistically significant comparing with the untreated group (x2=4.010,P=0.045;x2=14.143,P=0.000).Logistic multivariate regression analysis showed that patients with Graf Ⅱ a-hips (OR=2.908) and poor acetabular morphology hips (OR=2.822) were more likely to receive treatment.Thirty-eight patients (47 hips) received treatment among Graf Ⅱ a+ hips (α angle ≥55°),of which 21 hips (44.7％,21/47)had limited abduction and 31 hips (66.0％,31/47) poor acetabular morphology.The differences were statistically significant comparing with untreated cases (x2=12.073,P=0.001;x2=35.879,P=0.000).Logistic multivariate regression analysis showed that Graf Ⅱ a+ hips with limited hip abduction (OR=4.145) and poor acetabular morphology (OR=10.117) were more likely to receive treatment.Conclusion Graf Ⅱ a dysplasia with clinically stable hips should be treated if α angle ＜55° at 6 weeks or if α angle ≥55° with limited hip abduction or poor acetabular morphology (round or defect) at 3 months.

Objective To retrospectively review long?term results of developmental dislocation of the hip patients treated with open reduction and Salter pelvic osteotomy, and to analyze the potential risk factors. Methods Sixty?eight developmental dislocation of the hip cases (81 hips) were treated with open reduction and Salter pelvic osteotomy from September 1992 to Octo?ber 2002, 45 cases (52 hips) were followed up to skeletal maturity. None had undergone other treatment before the key surgery. Some cases received skeleton traction before surgery. The radiographic and functional results were assessed at last follow?up. The possible relevant factors for unsatisfactory outcome were analyzed. The correlation between type ⅡAVN and the coverage rate of the femoral head were evaluated. Results The mean age at surgery was 2.5 years (ranged from 1.4 to 5.3 years). At last follow?up, 44 hips (84.6%) had excellent or good functional results. 23 hips (44.2%) had avascular necrosis of varying severity, of which 16 hips were typeⅡ. There was significant relevance between the AVN severity and the Severin classification result (P=0.018). Theover correctionhips, that were overcorrected during surgery, were more likely to get severe type AVN ( P=0.037). There was no correlation between TypeⅡAVN with uncoverage according to CE angle and Reimers index (P=0.457, 0.308 respectively). Con?clusion 1) Satisfactory functional and radiographic results could be expected in developmental dislocation of the hip cases with?out AVN;2) High risk of AVN existed in the late diagnosised hips that underwent open reduction and Salter pelvic osteotomy, typeⅡwas the most common type;3) TypeⅡAVN was not a predictor for progressive femoral head coverage deficiency;4)Over cor?rectionin Salter pelvic osteotomy was related with severe type AVN which should be avoided.

In recent years,stem cell research has been developing quickly in biological science.As the key of regenerative medicine,stem cell therapy becomes another innovative treatment following drug therapy and surgery.In vivo stem cell tracking,including optical imaging,radionuclide imaging and MRI,can trace the viability,distribution and function of engrafted cells.Multimodal imaging integrates two or more types of imaging techniques to obtain the combined advantages of each technology,and therefore is able to accurately and effectively trace stem cell in vivo,hopefully promoting its clinical transformation.This paper reviews the application of multimodal imaging in stem cell research.

ObjectiveTo evaluate and compare the outcomes of missed Monteggia fractures in children treated with ulnar angulation-distraction osteotomy and plate fixation or external fixation.Methods Nineteen patients,including 11 boys and 8 girls who presented with missed Monteggia fracture,were reviewed from July 2005 to June 2011.Twelve children (Group A) were treated with ulna angulation osteotomy and plate fixation,and 7 eases(Group B) with ulna angulation-distraction osteotomy and external fixator.Thirteen patients were classified as type Bado Ⅰ,and six as type Bado Ⅲ.The age,the delay from injury to surgery,complications,elbow and forearm function,and the healing time of the osteotomy were compared.ResultsAll 19 patients were followed up.The duration of missed dislocation was from 6 to 36 months (mean,10 months).Redislocation of the radiocapitellar joint occurred after surgery in one case in group A.Forearm compartment syndrome occurred in one case after surgery in group B.All patients,except one,regained full elbow flexion in group A and B,various forearm pronation limitation were noted in all patients (mean,15°).The average healing of osteotomy of group A and B was 8 weeks(6-15 weeks) and 22 weeks (10-44 weeks).ConclusionThe ulnar angulation-distraction osteotomy could correct the ulnar deformity in children of missed Monteggia fractures,which is the key issue to be corrected.Both of the fixation strategies can obtain the same treatment results.Preoperative assessment is most important,plate internal fixation was recommended for young age and short delay cases,on the contrary,we prefer to choose external fixator.