Objective: As an important parameter, intraocular pressure (IOP) plays a unique role in the area of Ophthalmology. IOP ranges from 11mmHg to 21 mmHg for normal people. Intracranial pressure (ICP) is usually measured as the pressure of cerebrospinal fluid in a standardized lateral decubitus position with the patient’s neck and knees bent in full flexion[1]. [...]
Objective: As an important parameter, intraocular pressure (IOP) plays a unique role in the area of Ophthalmology. IOP ranges from 11mmHg to 21 mmHg for normal people. Intracranial pressure (ICP) is usually measured as the pressure of cerebrospinal fluid in a standardized lateral decubitus position with the patient’s neck and knees bent in full flexion[1]. [...]
Objective: As an important parameter, intraocular pressure (IOP) plays a unique role in the area of Ophthalmology. IOP ranges from 11mmHg to 21 mmHg for normal people. Intracranial pressure (ICP) is usually measured as the pressure of cerebrospinal fluid in a standardized lateral decubitus position with the patient’s neck and knees bent in full flexion[1]. [...]
Increased intracranial pressure (ICP) is caused by many diseases. Serious patients usually develop to cerebral hernia, even to death. So it is particularly important to understand the regulating mechanism of increased ICP and the influence the related facors taking to ICP. Only do this can we take timely and effective measures to decrease ICP. The [...]
Objectives:To establish rabbit jugular vein thrombosis (JVT) model by injecting with thrombin.To investigate the changes of diameter of jugular vein(JV), intracranial pressure(ICP), cerebral blood flow velocity(CBFV) and brain tissue after the jugular vein thrombosis through rabbit jugular vein thrombosis model,and to search for the possible pathophysiological mechanisms,then to explain the impact on intracranial circulatory system.Methods: [...]
Increased intracranial pressure (ICP) is caused by many diseases. Serious patients usually develop to cerebral hernia, even to death. So it is particularly important to understand the regulating mechanism of increased ICP and the influence the related facors taking to ICP. Only do this can we take timely and effective measures to decrease ICP. The [...]
Background and Purposes:Closed brain injury is very common in warfare and social life, and traumatic intracerebral hemorrhage （tICH） is an important part of closed brain injury. With the development of social economic, more and more people go to high altitude for exploitation and touring. So tICH become one of the diseases threatened health of population [...]
Object:To observe the anatomical features and to explore effect on Controlling intracranial venous blood by gross and endoscopic anatomy on bridging veins, in order to provide a morphologic basis for mechanism of bridging vein in Intracranial pressure regulator.Methods: Four cadaeric head sepcimens of clavaria moved (8sides) were used in cross anatomy, the number and the [...]
Brain injury is one of the most serious traumatic, Intracranial hypertension complicated shock is the leading cause of death. Therefore, control of brain edema and intracranial hypertension is not only important measure in neurosurgery perioperative treatment, but also one of the key factor in the prognosis of patients. Large quantities of liquid used to treat [...]
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