ABSTRACT
Currently endoscopic retrograde cholangiopancreatograhp(ERCP) has been one of the major treatments to diagnose and cure pancreatic and choledochal diseases in many large and medium-sized hospitals.To meet the requirements of the army,ERCP treatment is practiced in field battle X-ray diagnosis vehicle(Model XCY2002-1/200) and has achieved satisfactory effects.The functions of field battle X-ray diagnosis vehicle in model of XCY2002-1/200 are expanded and new access are explored to cure patients with pancreatic and choledochal diseases in the field.
ABSTRACT
Objective To explore the feasibility and superiority of the simplified partial pressurized tourniquet used in bleeding or injured limbs in battlefield.Methods The tourniquet was composed of the disposable infusion bag,bulb for blood pressure apparatus,pressure gauge and heparin cap.The disposable infusion bag wrapped around the bottom of the cravat took the places of the balloon and the harness.The pressure on the upper and lower limbs were 180mmHg and 200mmHg respectively.Results The low-cost tourniquet,with easily adjustable pressure,was easy to operate and carry.It was efficient in hemostasis and had a low rate for complications.Conclusion The tourniquet can be applied to self and buddy aid,and thus the incidence of shock can be decreased.
ABSTRACT
Objective To explore the feasibility and superiority of the simple controllable aerocyst pressurization wrapped-up bondage for battlefield first aid in the future high tech local war. Methods The disposable infusion bag is wrapped up in the bottom of the sling in stead of partial surgical dressing. Sphygmomanometer, pressure gauge and heparin hat are connected. Inflate and pressurize the sphygmomanometer and keep the pressure between 3kPa and 5kPa. Results The structure of this bandage is simple and can be operated easily. The pressure is controlled nimblely and conveniently. Except for the accurate effect, it is versatile and inexpensive. In addition, it can be employed in the bone fracture.
ABSTRACT
This paper develops an application and appraisal system for new technologies and projects based on No.1 Military Medical Project. With this system, all application and appraisal work can be performed through network so that the appraisal efficiency is raised and the traditional management of scientific research is infused new energy.