1. Objective To study the effect of severe craniocerebral injury combined with mycotic infection on patients prognosis.

2. Objective:To find out the approach for treating severe craniocerebral trauma patients complicated with incarcerated tentorial herniation.

3. In corresponding period, selected 128 minimal craniocerebral wound patients without abnormal physical examination or encephalo-CT findings as controls.

4. Methods: 80 emergency cases of severe craniocerebral injury complicated with tentorium cerebelli hiatus hernia were included in this study for statistical analysis on fatality rate.

5. Methods Totally 932 patients with craniocerebral injury were retrospectively analyzed in our department in the last 15 years, including the screenage and biochemistry data.

6. Methods The open craniocerebral injury models in rat were established with a nailer gun shoot in rat head.

7. Objective To explore the clinical characteristics of craniocerebral surgery in the patients with neurosyphilis.

8. This author analyzed the mental and physical effects of two breath ways of oxygen compression chamber and air compression chamber on 60 patients with craniocerebral injury in convalescence period.

9. Objective To analyze the efficacy, reasonability and results of treatment of severe craniocerebral injury on frontal and tempus with enlarged pterion approach and resection of tempus muscle.

10. Objective : To investigate the change of cisterna ambiens with severe craniocerebral trauma and its clinical significance.

11. Objective : To evaluate standard trauma craniotomy treatment of frontotemporal contra - coup craniocerebral Injury and delayed intracranial hematoma.

12. Methods: The clinical data were analyzed in 43 patients with hypernatremia after severe craniocerebral injury retrospectively.

13. Objective:To discuss the prognosis of involved factors in treatment of severe craniocerebral injury complicated with tentorium cerebelli hiatus hernia by surgery.

14. Methods: The dynamical levels of blood thyroxine after sevious craniocerebral trauma were studied in 40 patients.

15. Methods A retrospective analysis was made to the clinical data of the 38 cases with acute encephalocele in the operation of severe craniocerebral injury.

16. Objective: To discuss the operative treatments for bilateral severe fronto- temporal craniocerebral injuries.

17. Methods:Summarizing the usage of naloxone in acute intoxation, acute cerebral infarction, acute respiratory failure, critical craniocerebral injury and shock.

18. Objective: To discuss the treatment and prevention of acute intraoperative encephalocele in severe craniocerebral trauma.

19. Methods: To study 76 eases of acute intraoperative encephalocele in severe craniocerebral trauma in order to find out the relationship between the treatment and prognosis.

20. Objective : To explore upon the tendency of hydrocephalus after craniocerebral injury and the countermeasure.

21. In this Experiment, the free fall way was used to make a dog model with heavy craniocerebral injury passing by venoclysis OXYGENT. We could continuously observe the changes of intracranial pressure.

22. Objective To study the clinical characters and the nursing points of patients with syndrome of inappropriate antidiuretic hormone secretion combined severe craniocerebral injury.

23. Conclusion Cooling Gel Sheets can relieve the skin turgor of patients after the craniocerebral operations.

24. Objective To evaluate the value of standard large trauma craniotomy in frontotemporal and parietal contrecoup craniocerebral injury.

25. Conclusion Combined with using nailer gun shoot and a hypobaric oxygen chamber, the open craniocerebral injury models at simulated high altitude in rats can be established successfully.

26. Objective To investigate the causes and mechanism of hypernatremia and its prognosis in patients with severe craniocerebral injury.

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27. Methods Analyze the anesthetization and clinical materials in 32 cases of emergency craniocerebral trauma operations.

28. Objective Apply standard large trauma craniectomy to treat severe frontotemporal craniocerebral injury.

29. Objective:To observe the therapeutic effect of mild hypothermia on severe craniocerebral injury patients using hypothermic blanket.

30. Objective To study the function changes of hypothalamus, pituitarium and thyroxine in the patients after craniocerebral trauma.

31. Conclusion Standard large trauma craniotomy is a good therapeutic method for frontotemporal and parietal contrecoup craniocerebral injury.

32. Objective To analyze the treatment method and efficacy on severe craniocerebral trauma combined will ARDS.

33. Objective To study the affect of prognosis of the patients in severe craniocerebral injury accompanied mycotic infection .

34. Objective To study the characteristic of the craniocerebral trauma with optic nerve injury and forensic investigation.

35. Objective:To observe the changes of plasma catecholamine(CA) in post craniocerebral operation .

36. Methods: 96 patients with craniocerebral trauma were treated operatively and non - operatively.

37. Objective To research the diagnosis and treatment of brain tumefaction in the operation of craniocerebral injury.

38. Methods 1026 patients with craniocerebral trauma were observed pupil change and light reflex those who were wake were tested visual acuity and the visual field.

39. Objective : To discuss reasons for and preventive methods of acute encephalocele during severe craniocerebral trauma.

40. Objective:To sum up the clinical characteristics of frontotemporal contrecoup craniocerebral injury and delayed intracranial hematoma, and to discuss the effective treatment.

41. Objective : To study the therapeutic methods of severe craniocerebral trauma complicated with hypertonic coma.

42. Objective : To study the change of thyroxine after serious craniocerebral trauma.

43. Conclusion Large bone flap incision plus tentorium of cerebellum is a reasonable operation way to treat the severe craniocerebral injury at frontalis-temporalis.

44. Objective Apply large trauma craniotomy to treat severe frontotemporal craniocerebral injury.

45. The pain in patients with traumatic craniocerebral injury include acu t pain and chronic pain.

46. Severe craniocerebral injury ; Mycotic infection; Antibiotic ; Harmonic; Care.

47. Method The early clinical symptoms of trauma-induced tardive intracranial hematoma in 60 patients with severe craniocerebral trauma were retrospectively analyzed and concluded.

48. Coenzyme medicine can be used to acute craniocerebral injury and dysfunction of consciousness after cerebric surgery.

49. Objective:To improve knowledge of biological characteristic in X ray CT and MRI image of craniocerebral echinococciasis and diagnostic rate.

50. Methods The clinical data of 28 severe craniocerebral injury patients with hypernatremia was analyzed retrospectively.

51. Objective To study the changes of blood thyroxine after acute craniocerebral trauma.

52. Objective To investigate the pathogenic factors and mechanism of hypernatremia and its prognosis in patients with severe craniocerebral injury.

53. Objective To study the measures of preventing urinary tract infections for patients of craniocerebral trauma's exanimation with indwelling catheterization.

54. Objective To analyze clinical feature of psych otic disorder after craniocerebral minor injury.

55. Methods A modified nasogastric feeding method was developed and tried in 98 patients with severe craniocerebral injury(),(http:///craniocerebral.html) data were analyzed retrospectively.

56. Paying more attention to patients with higher plasma osmolality after craniocerebral trauma could help to improve their prognosis.

57. To explore the relationship between types of injuries, age, methods of treatment and prognoses of the patients with decerebrate rigidity caused by craniocerebral injuries.