1. He underwent craniotomy and tumor resection.

2. Results Large trauma craniotomy group to 76 cases of temporal muscle hematoma appeared in 13 cases, 2 cases received reoperation due to space-occupying temporal muscle surgery is 1 case.

3. Methods Of the 1446 patients who underwent craniotomy, 48 patients were complicated by intracranial infection.

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

5. Conclusion Elderly patients, decompressive craniotomy, intraventricular hemorrhage, and subarachnoid hemorrhage could be risk factors for hydrocephalus.

6. From 1971 to 1992 decompressive craniotomy by bilateral coronary incision was performed in 116patients with bilateral severe frontotemporal contrecoup injury .

7. Conclusion: The treatment of rebleeding after craniotomy for evacuation of hypertensive cerebral hematoma should follow the patient's condition and cadaverine quantity of bleeding.

8. The best method is choosing big bone flap craniotomy and partly recovery of frontal bone modified decompression in the therapy of frontal lobe contusion.

9. Objective To summarize the experience of pterional craniotomy microsurgical resection of giant tuberculum sellae meningiomas.

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10. Conclusion Sphenotresia has the same security with traditional craniotomy in the treatment of epidural hematoma, but the overall effect of sphenotresia is better than that traditional open craniotomy.

11. Just after a having a craniotomy, his intracranial pressure is not stable.

12. Combination of drilling and milling, fast dismounting, the craniotomy drill is manufactured with advanced foreign.

13. Objective To evaluate the effectiveness of transfrontal craniotomy decompression of optic nerve on traumatic blindness.

14. Conclusion Transfrontal craniotomy for decompression of optic nerve is the only way to completely decompress the optic nerve.

15. The patient underwent a left frontal craniotomy with debulking of the lesion.

16. Objective To explore the procedures to reduce cerebrospinal rhinorrhea in cerebellopontine - angle craniotomy and its therapeutic principles.

17. Objective To investigate the clinical effect of big bone flap craniotomy of partial recovery frontal bone flap and pterion point big bone flap decompression in the therapy of frontal lobe contusion.

18. Objective To observe the change of angiotensin II (AT-II), endothelin (ET), and calcitonin gene-related peptide (CGRP) during craniotomy and aneurysmal clipping.

19. Relapse hematoma was treated via the clearance of homolateral hematoma by craniotomy with bone flap.

20. Objective To evaluate the clinical outcome of microsurgical excision of large sellar region tumors via supra-orbital small craniotomy through pterion al incision.

21. She had the right lower quadrantanopsia six months after the craniotomy. The MRI provide the image evidence of extrastriate lesion causing quadrantanopsia .

22. Objectives To analyse the cause of frontal sinusitis after transfrontal craniotomy and to explore the methods of pre-venting and treating it.

23. Objective To summarize the treatment of standard large trauma craniotomy and multiple dural fenestrations cerebral contusion of contrecoup lesion frontotemporal.

24. Method: The primary SAH rabbit models were produced by introducing blood two times to Chiasmatic cistern through frontotemporal craniotomy.

25. Dural repairs were done through an intradural approach via single frontal craniotomy.

26. Conclusion Appropriate treatment aimed at different frontal sinusitis in degree and in period when it occurred after transfrontal craniotomy is a reasonable maneuver.

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

28. Objective To investigate the risk factors and treatment methods of intracranial infection after craniotomy.

29. The amplitudes are sightly higher at the site of the previous craniotomy.

30. Methods Analysed 12 patients with riding transverse sinuses hematoma treated by transconfluencesinuses suboccipital craniotomy.

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

32. Objective To evaluate the effect of craniotomy on the CSF drug concentration by measuring drug concentration in blood, in subcutaneous transudation and in CSF.

33. Conclusion: Standard large trauma craniotomy is simple and has advantage of markedly improve curer.

34. Objective To evaluate the microsurgical methods and the outcomes of retromastoid small craniotomy with bone flap replace for the treatment of large cerebellopontine angle tumors.

35. Objective To investigate the curative effect of craniotomy on posterior fossa epidural hematoma.

36. Objective To compare clinical outcomes between craniotomy via small bone flap and trepanation and drainage for hypertensive intracerebral hemorrhage.

37. Ojective To explore the curative effects of standard trauma craniotomy with large bone flap in patients with severe contrecoup of fronto-temporal lobe.

38. Methods 7 cases of postoperative mutism after craniotomy were analyzed retrospectively.

39. Objective:To study the methods of craniotomy via supraorbital keyhole approach.

40. Objectives To inquire into the mechanism,(http:///craniotomy.html) prevention and prognosis of postoperative mutism after Craniotomy.

41. Most of the patients underwent supratentorial craniotomy (57; 72.2%), whereas 11 patients (13.9%) each underwent posterior fossa and spinal surgery.

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

43. There were still 11 cases who had craniotomy, among which 9 cases recovered smoothly and 2 cases existed hemiparesis and partial motor aphasia.

44. Traditional craniotomy including pterional approach, subfrontal approach and longitudinal fissure approach was performed in the other patients.

45. Craniotomy and evacuation of hematoma was done when the neurological signs were worsening.

46. His group placed electrodes epidurally outside the dura through a small craniotomy.

47. Objective To explore the curative effect of burr hole craniotomy on chronic subdural haematoma (CSDH).

48. Objective To discuss the clinical value of a craniotomy via supraorbital keyhole approach for sella area tumor in neurosurgery.

49. Under the impression of brain tumor with intratumoral hemorrhage, craniotomy and tumor excision were done via a right transcortical transventricular approach.

50. Objective To summarize the causes and the prophylactic measures of postoperative hematomas after craniotomy.