2011Clinical Medical EngineeringRequires access

Minimally Invasive Skull Drilling in Severe Hypertensive Cerebral Hemorrhage

Lin Cai-yun

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Abstract

Objective To investigate the drainage hole of minimally invasive treatment of severe hypertension clinical efficacy in patients with cerebral hemorrhage. Methods With CT positioning, 27 patients with severe hypertension and cerebral hemorrhage were treated with minimally invasive hole drainage, after 6 ~ 8 h no active bleeding for hyperbaric oxygen therapy, supplemented by physical therapy, functional exercise. Results This group had 27 patients, cured in 12 cases, improved in 9 cases, 6 died. Neurological deficit score before treatment for the average of 23.7 points, an average of 9.8 points after treatment, the difference was statistically significant (P 0.05). Conclusion Cerebral hemorrhage in patients with early minimally invasive cranial drill plus hyperbaric oxygen therapy can significantly improve the cure rate and reduce disability.

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What this paper is about

Objective To investigate the drainage hole of minimally invasive treatment of severe hypertension clinical efficacy in patients with cerebral hemorrhage. Methods With CT positioning, 27 patients with severe hypertension and cerebral hemorrhage were treated with minimally invasive hole drainage, after 6 ~ 8 h no active bleeding for hyperbaric oxygen therapy, supplemented by physical therapy, functional exercise. Results This group had 27 patients, cured in 12 cases, improved in 9 cases, 6 died. Neurological deficit score before treatment for the average of 23.7 points, an average of 9.8 points after treatment, the difference was statistically significant (P 0.05). Conclusion Cerebral hemorrhage in patients with early minimally invasive cranial drill plus hyperbaric oxygen therapy can significantly improve the cure rate and reduce disability.

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Available abstract

Objective To investigate the drainage hole of minimally invasive treatment of severe hypertension clinical efficacy in patients with cerebral hemorrhage. Methods With CT positioning, 27 patients with severe hypertension and cerebral hemorrhage were treated with minimally invasive hole drainage, after 6 ~ 8 h no active bleeding for hyperbaric oxygen therapy, supplemented by physical therapy, functional exercise. Results This group had 27 patients, cured in 12 cases, improved in 9 cases, 6 died. Neurological deficit score before treatment for the average of 23.7 points, an average of 9.8 points after treatment, the difference was statistically significant (P 0.05). Conclusion Cerebral hemorrhage in patients with early minimally invasive cranial drill plus hyperbaric oxygen therapy can significantly improve the cure rate and reduce disability.

Key concepts: Medicine, Hyperbaric oxygen, Surgery, Anesthesia, Invasive surgery, Skull, Neurological deficit

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