1) Cerebral infarction; Decompressive craniectomy; Cerebral edema; Increased intracranial pressure.

2) Objective Standard large trauma craniectomy was improved to elevate the curative effect of the severe traumatic brain injured patients.

3) Glioma, post-infection or other diagnosis was impressed. Suboccipital craniectomy with total tumor excision was performed.

4) AIM:To evaluate the effects of decompressive craniectomy for treating massive cerebral infarction and to determin the appropriate timing of the operation.

5) The decompressive craniectomy(DC) should be performed as soon as possible when the brain edema and swelling can not be controlled after severe head injury.

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

7) Objective To go after large craniectomy of subdural effusion and effective treatment.

8) CONCLUSION: Decompressive craniectomy in treating cerebral ischemia reduces the mortality and improve outcome, especialy when the operation performed early.

9) The patient underwent left occipital craniectomy and the defect was repaired with bone cement.

10) In fact, the area available for the implant fixation is limited and can be restricted further when a suboccipital craniectomy has been performed,[http://sentencedict.com/craniectomy.html] posing a challenge to current fixation techniques.

11) Objective To evaluate the efficacy of standard large trauma craniectomy to treat the patients with severe bump brain injury.

12) Her abdominal computed tomography (CT) confirmed that the uptake was caused by the craniectomy bone flaps preserved subcutaneously.

13) Objective To investigate the change of cisterna ambiens after decompressive craniectomy and its clinical significance.

14) Methods According to the CT finding of 94 cases of decompressive craniectomy, the relationship between the change of cisterna ambiens and the clinical results was analyzed.

15) Objective To investigate the clinical effects of standard large trauma craniectomy in patients with acute posttraumatic brain swelling.

16) Objective To compare the clinical effect of treating severe head injuries using the large craniectomy versus the routine craniecromy.

17) Conclusion The inside and outside decompression of standard large trauma craniectomy significantly improves the outcome of patients with severe bump brain injury and reduces the mortality.

18) Objective To summarize the prophylactic and therapeutic methods of encephalocele formation in diffuse brain swelling patients during craniectomy .

19) Methods Retrospective analysis of 43 cases to go after large craniectomy treatment of subdural effusion, comparing efficacy of various methods.

20) Methods : We reviewed and analyzed 132 patients who had undergone decompressive craniectomy .

21) Objective To compare the postoperative CT imaging of patients with severe traumatic brain injury between lattice duraplasty and routine method in decompressive craniectomy.