OBJECTIVE: To discuss the indication of replantation of destructive amputation of multiple fingers for improvement of the function of injured fingers. METHODS: From February 1996 to August 1999, 23 amputated fingers in 8 cases were shortened and replanted. The crushed digital bones were fixed by Kirschner wires, flexor tendons repaired by Kessler suture technique, and digital extensor tendons repaired by mattress suture. The arteries and veins were anastomosed in each finger at the ratio of 1 to 2 or 2 to 3. The defect of blood vessels was repaired by free graft of autologous veins in 5 fingers. All of the cases were followed up for 10 to 18 months, and clinical evaluation was performed. RESULTS: All replanted fingers survived in the 8 cases, with good sensation, two point discrimination of 6 to 12 mm, and satisfied function, such as pinching, grasping and hooking. The fingers were shortened for 2.6 cm in average, ranging from 2.2 cm to 4.0 cm. CONCLUSION: Multiple digits replantation by shortening fingers is beneficial to functional restoration of segmental destructive fingers.
rough the ultramicroscopic observation on muscle and microcirculation, Group A,where a largeamount of DXM combined with heporin was given svstematically and locally into the femoral artery of the severed limb before replantation, and in Group B only heporin was given, and Group C and D ascontrol.The results showed that if the hormone and heparin were administred in large dosage, it wasadvantageous to reduce the tissues from reperfusion injury during delayed replantation.
Objective To explore the effect of spinal neural progenitor transplantation to the cervical spinal on treating brachial plexus injury with the reimplantation of the avulsed spinal roots. Methods Thebrachial plexusavulsed injury model was made on 54 rats and they were evenly divided into 3 groups: fresh group, chronic group, control group. The spinal neural progenitor was cultured and identified. Then 10 μl（1×105/μl）cells were labelled with BrdUand transplanted into the fresh group (15 rats survived, being model for 1 week) and the chronic group (14 rats survived, being model for 2 months). No cell was transplanted into the control group. Two months after the transplantation, therecovery of function of the injured limb was evaluated. Electrophysiologic study and immunohistochemical study of the injured limb were made. Results Spinal neural progenitors were isolated from the spine and became neural sphere. The neural spheres were differentiated into neurons and astrocytes. Fourteen rats out of 15 in the fresh group were recovered, 7 rats out of 14 in the chronic groupwere recovered, and 5 rats out of 12 in the control group were recovered. Immunohistochemical study indicated that the transplanted progenitors in fresh group survived and differentiated into the neural cells, and the transplanted progenitors in chronic group existed and did not differentiate well. Conclusion Transplanted spinal neural progenitors can promote the recovery of the brachial plexus injury with the reimplantation of the avulsed spinal root.
Eighty-three cases with 135 fingers of traumatic amputation of finger in children under 12 years old were treated by replantation. It was successful in Ⅰ29 digits, with the survival rate of 94.5 per cent. The author concluded that the most important points in finger replantation in children were: prevention of vascular spasm; protection of the bone epiphysis; careful repair of the vessels and nerves, and rehabilitation therapies.
ObjectiveTo observe the influence of three postoperative analgesia methods on the survival rate of replanted finger by flat digital subtraction angiography (DSA) medical imaging detection system. MethodFrom July 2014 to July 2015, 342 patients were classified into gradeⅠ and gradeⅡ replantation in accordance with their physical condition and they were randomly divided into routine oral group, muscle injection group and analgesia group with 144 patients in each. Flat DSA was used to dynamically observe replantation after revascularization. Then we compared the three different analgesia methods in terms of psychological status of the patients, incidence of vascular crisis, occlusion rate, survival rate of replanted fingers. The function score of replanted fingers was evaluated for clinical efficacy. ResultsCompared with the conventional oral group and muscle injection group, the incidence of vascular crisis in replanted fingers and thrombosis rate were significantly lower in the analgesia group which had a replanted finger survival rate of 96.69% and a normal mental condition rate of 78.07%. Six months after surgery, the rate of excellent and good follow-up was significantly higher than the conventional oral group and muscle injection group (P<0.017) . ConclusionsThe 3-D technology of flat DSA can provide clear and reliable pictures of vessel revascularization status for replanted fingers. The use of continuous brachial plexus analgesia performs better than other methods of analgesia. Good analgesia can stabilize patients' anxiety and negative emotions, which is helpful to avoid excessive fluctuations in blood pressure induced by small artery spasm caused by blood clots and vascular crisis, thereby increasing the survival rate of replanted fingers and facilitating early rehabilitation of their function.
Objective To review the experience of the surgical treatment of adult patients with anomalous left coronary artery from the pulmonary artery (ALCAPA). Methods A retrospective, single institution review was conducted on thirty-six adult patients with ALCAPA surgical treatment from November 1991 to November 2017 in Fuwai Hospital. Of these patients, nine were males and twenty-seven were females. The mean age was 36.6±13.3 years. The mean weight was 60.0±9.4 kg. The preoperative echocardiography showed the mean left ventricular ejection fraction (LVEF) was 57%±6% and the mean left ventricular end-diastolic dimension (LVEDD) was 52.3±6.3 mm. Severe mitral regurgitation (MR) was seen in one patient, moderate in five patients. The operative procedures included coronary artery re-implantation in seventeen patients, Takeuchi operation in sixteen patients, ligation of left coronary artery plus coronary artery bypass graft in three patients. In addition, six patients underwent mitral valve repair. Results There was no in-hospital mortality. The mean cardiopulmonary bypass time was 152.5±72.9 min and aortic cross clamp time was 101.9±43.6 min, respectively. The mean mechanical ventilation time and ICU time was 17.3±16.3 h and 43.1±30.7 h, respectively. The mean postoperative LVEF was 59%±6%, which did not significantly improve compared with preoperative LVEF. However, the mean postoperative LVEDD of 46.9±5.9 mm had significant reduction compared with the preoperative LVEDD. Of the six patients with mitral valve repair, one was mild and the other five were trivial. Thirty-five patients (97.2%) completed the follow-up with a mean time of 5.5 years. All the patients survived with New York Heart Association class Ⅰor Ⅱ. Two patients needed interventional occlusion or re-operation due to the fistula of internal tunnel within the pulmonary artery. At the latest echocardiography, the mean LVEF of 69%±7% improved significantly compared with the preoperative LVEF. Mild MR was detected in ten patients, moderate in two patients during the follow-up period. Conclusion The surgical treatment of adult patients with ALCAPA has satisfactory short- and long-term results. The patients who underwent Takeuchi procedure may need re-operation due to fistula of internal tunnel within the pulmonary artery during the long-term follow-up.