OBJECTIVE To apply and practice the process and effect of low temperature steam formaldehyde(LTSF) sterilization for heat-sensitive goods.METHODS The heat-sensitive medical instruments were sterilized in LTSF sterilizer under the appropriate media conditions,all procedures,including preparation,packing,sterilization,unloading,storage etc were strictly in the right way.RESULTS Sterile result has been guaranteed.CONCLUSIONS LTSF is a kind of effective sterilization method for low temperature sterilization application.By this way,the quality of sterile goods has been reached,the rate of nosocomial infection has been lowered,requirements of hospital clinical departments for sterile goods also have been met.

Patients with spinal cord injury(SCI)required higher level of quality of life(QOL),in fact,the disorder of lower limbs motion is the major factor which restricted the independence of social involvement.Routine rehabilitation training,lower extremity orthosis,functional electrical stimulation(FES)and the combined application of those are still the widely used approaches.Meanwhile,the auto-nerve transferring and auto-tendon operation are also the fields that researchers focus on.In practice,we have to choose proper method individually according to the patients' conditions to restore the lower limbs function,so as to improve the QOL.

The advance of the modern science and technology provides some new approaches,such as brain-computer interface(BCI),neuroprothesis,rehabilitation robots,body-weight supported treadmill training(BWST),etc.In practice,the advantages and disadvantages of those approaches manifest more and more,and the combination of them is the trend.It is necessary to choose proper method individually.

Earthquake is one of the sudden major natural disasters,with a serious threat to human life and property safety,and also an enormous challenge to public health security.During earthquake the collapse of the houses and falling of heavy objects often resulted in a large number of patients with spinal fractures,which would create different levels of spinal cord injury(SCI),contributing to permanent disability.Those are closely related to the first aid of spinal fractures,clinical treatment and comprehensive rehabilitation post-earthquake.However,after earthquake,how to reduce the degree of disabilities of SCI patients and to improve their quality of life is not only a medical problem,but also a social problem.

Central pain (CP) following spinal cord injury (SCI) challenges the health care community. A number of pain syndromes associated with SCI are based on the nature of the lesion, neurological structure damage and secondary pathophysiological changes. The hyperresponsiveness of neurons following SCI is the key factor of the mechanisms of CP. And several treatments have received some effects. So it is very important to study the mechanisms and therapies of CP.

Desmoid tumor of abdominal wall was also known as fibronmatosis of abdominal wall.It is a rare benign fibroblastic tumor, which is characterized by non-enveloped,strong local infiltration, with high recurrence rate after surgery.In December 2011, one patient with huge desmoid tumor of abdominal wall with intestinal tube received surgical resection with single-stage patch repair for the large defect in abdominal wall at the 210th Hospital of PLA, and the result was satisfactory.

Objective To introduce the clinical application and method of endoscopic harvesting the sural nerve in the carbon dioxide gas cavity. Methods 7 cases with peripheral nerve defect were involved, including 5 men and 2 women. The length of nerve defects ranged from 5 to 8 cm, all the nerve defects were repaired by autogenous sural nerve grafting. The sural nerve were removed from 9 calves in 7 cases. Along the course of the sural nerve in the proximal calf, a transverse 1.0 to 1.5 cm incision was done for endoscope approach, another transverse 0.5 to 1.0 cm incision was done lateral to the sural nerve for operation approach. Using abdominoscope system, the sural nerves were cut and removed smoothly in the cavities which were maintained the gas pressure 10 to 15 mm Hg with carbon dioxide insufflation. All the peripheral nerve defects of 7 cases were repaired as cable graft with harvested sural nerve. Results The length of nerve graft harvested from 30 to 42 cm in 9 calves. It took about 30 minutes to harvest the nerve in each side. There was no abvious injuries found by pathologic inspection. No carbonemia and air embolism occurred on patients during operating time, no complications of hypodermic pneumatosis and hematoma occurred on all cases. All patients followed up from 6 to 10 months, the function recovery of the nerves was good. The muscle power was obtained 2 to 4 grade, the sensation was obtained S3 to S4 grade. The function recovered as fast as the traditional operation of sural nerve transfer. Conclusion The method of endoscopic harvesting the sural nerve in the carbon dioxide gas cavity with minimal incision is easy to perform. Compared with the long longitudinal incision and multiple stair-step incision, the method can get less invasive and traumatic, and good aesthetic results. This technique deserves the doctor application in clinical work.

Objective To study the methods of repairing the sole defects and reconstruction of the sensory function. Methods Twenty- nine cases of sole defect were repaired with flaps and full- thickness grafting according to the weight- bearing area and non- weight- bearing area. Sixteen cases had reconstruction of the sensory nerves. Results Twenty- nine cases were followed up for 1－ 9 years. One case failed. One case required thinning the flap. Twenty- eight cases have gained normal weight bearing ambulation. Ulcer occurred in one case, giving an ulcer rate of 3.4％ . The sensation have recovered to S2－ S3 in 16 cases repaired with reconstruction of cutaneous sensory nerves. Thirteen cases repaired with non- innervated flaps and full- thickness grafting showed deep pain sensation, and over the 1－ 2 cm area coverage around the flaps there was light touch sensation. No significant difference was found in the ulcer rate between reinnervated and non- innervated flaps. Conclusion Defects of the weight- bearing area in sole must be repaired with flaps. The medial foot island flap, medial pedal island flap, toe arterial flap and anterolateral thigh flap are the appropriate options. Defects of the non- weight- bearing area could be repaired with full- thickness grafting. The transplantation of non- sensory skin flaps can re- establish the sensory function, so the reconstruction of sensory nerve is of minor importance.

Objective To study the clinical characteristics in young women with breast cancer.Methods Clinical data on 71 young breast cancer cases (under 35 years) out of a total 810 female cases during a period of 20 years were retrospectively analyzed. Result Delayed medical consultation was more often seen in young patients(56?4)?d vs (35?3)?d; u=2.33; P

Objective: To provide foundation for clinical application through studying the drug action and mechanism of action of Lingdantongfengkang Capsule on anti-gout effects. Methods: Lingdantongfengkang Capsule was taken orally. The experimental methods were as follow: mouse ear swell induced by dimethylbenzene, mouse pain induced by injecting acidum aceticum in abdominal cavity, mouse hyperuricemia model induced by yeast. Results: Lingdantongfengkang Capsule could lessen mouse ear swell induced by dimethylbenzene, decreae mouse stretching frequencies induced by injecting acidum aceticum in abdominal cavity and antagonize animal serum uric acid,liveness of xanthinoxidase and urea nitrogen induced by yeast to mice.Conclusion: Lingdantongfengkang Capsule possesses the anti-gout effects.