24 patients suffering from tertian malaria were treated with 600 mg of artesunate tablet as a total dose in a 5-day course. The result showed that all patients were clinically cured with symptoms and signs subsided quickly. Defervescence and parasite clearance times were 19. 9?15.8 and 56. 8?17. 4 hours respectively. The recrudescent rate was 54.2％ within 28 days.

The traditional Chinese herb Shancigu is derived from the dry tuber of Cremastra appendiculata(D.Don) Makino, Pleione bulbocodioides( Franch) Rolfe, Pleione yunnanensis Rolfe.The chemical composition and pharmacological effects of Shancigu were overviewed through searching relevant literatures .

OBJECTIVE: To evaluate the therapeutic effects of epitympanum approach tympanotomy in treating traumatic ossicular chain disruption. METHOD: Ten patients with temporal bone fracture and trauma of ear, whose CT scan of temporal bone showed that Malleoincudal joint irregular shape in the axial view and incudostapedial joint dislocation in the coronal view, were included in this study, Virtual endoscopy showed Malleoincudal joint separation, incudostapedial joint dislocation and interruption, ossicular chain disruption in all patients. The surgical approach was opening the atticus via temporal line, remaining the intact posterior and superior wall of external acoustic meatus, exposing the atticus and posterior tympanic cavity sufficiently, and treating the lesions of ossicular chain. RESULT: One patient with the long process of the incus fracture, adopted the fitted incus prosthesis between the handle of the malleus and the head of the stapes. Six patients with Malleoincudal joint separation or incudostapedial joint dislocation, 3 patients with incus body dislocation completely, adopted incus positioning two articulation decis. The air-conducting hearing levels had an enhancement of 25-50dB in average after surgery. CONCLUSION The effect of intact canal wall epitympanum approach ossicular reposition in treating traumatic ossicular chain disruption is satisfying.
Adolescent ; Adult ; Ear Ossicles ; diagnostic imaging ; injuries ; surgery ; Ear, Middle ; diagnostic imaging ; surgery ; Female ; Fractures, Bone ; diagnostic imaging ; surgery ; Humans ; Male ; Middle Ear Ventilation ; Temporal Bone ; diagnostic imaging ; injuries ; surgery ; Tomography, X-Ray Computed ; Young Adult