No abstract available.
Cerebral Hemorrhage*

No abstract available.
Cerebral Hemorrhage*

No abstract available.
Cerebral Hemorrhage*

We present a 66-year-old male presenting with sudden onset of headache. Medical decompression was done and neuroimaging of plain cranial CT angiogram (CTA) and CT venogram (CTV) showed components of subarachnoid hemorrhage, intracerebral hemorrhage and hyperdense appearance of the superior sagittal sinus and proximal left transverse sinus. The following were done to look for etiologic factors: 1. fungal swab to determine the cause of the intracerebral hemorrhage secondary to venous thrombosis as the patient presented with a chronic history of sinusitis, 2. coagulopathy workup to look for a hypercoagulable state, and 3. workup for systemic disease of autoimmune in etiology. Anticoagulation was safely initiated within several days given the regression of the intracerebral hemorrhage along with stable findings of subarachnoid hemorrhage. Here we report cerebral venous sinus thrombosis rarely presenting as acute subarachnoid hemorrhage and intracerebral hemorrhage.
Subarachnoid Hemorrhage ; Cerebral Hemorrhage

Objectives: Introduction of the operative technique, creteria of indication for the operation and results. Subjects: 75 patients in 2000 (male: 56; female: 19) The results: the cerebral haemorrhage due to cerebro-vascular accident sometimes were intervented by surgery (specific indication) which helped improving the internal treatment. The procedure of operation involved the drilling the skull and aspiration of the blood. The creteria for surgery by experiences of 100 operations were no limitation of age, Glasgow score: 6; diameter of the blood aggregation : 2 cm. Position of the blood aggregation: any position excluding the cerebral stem. The internal treatment was continued and rehabitation (if having paralysis).
Hemorrhage ; Cerebral Arterial Diseases ; therapeutics ; Cerebral Hemorrhage

In a study in 90 patients with primary hypertensive intracerebral hemorrhage in Friendship Hospital from August 1998 to May 2000. We found that white blood cell were 64.5% when the patients admitted to hospital. The increase of cholesterol is 53.4%; triglycerid is 63.3%. This is rich factor of primary hypertensive intracerebral hemorrhage. The author suggested the above mentioned clinic signs give the early diagnose, fast indication and blood test.
Cerebral Hemorrhage ; Hypertension ; Cerebral Hemorrhage, Traumatic

Review of 194 patients with cerebral hemorrhage in Central of Army Hospital No 108 during 1994- 1998 was carried out. The high risk factors of primary cerebral hemorrhage include patients with ages of 50 and above, maximal blood pressure: 140 mmHg, minimal blood pressure: 90, low level of HDL- C: 0,9 mmol/l. CT scan, test of cerebrospinal fluid, leukopenia in peripheral blood in first hours help determine diagnostics of cerebral hemorrhage and prognosis.
Cerebral Hemorrhage ; diagnosis

The morbidity rate of the cerebro- meningeal hemorrhage is high. From 1991 to 1998, the Institute of Pediatry, hospital Saint Paul and Bach Mai hospital admitted 1,325 pediatric patients with this disease in which 793 patients during 1991-1995 and 532 patients during 1996-1998. The morbidity rate in Hanoi and Ha Tay with population of 2 million was 110.5-124.15/1000.000 infant. The mortality rate was 17.2% of morbidity number. The highest morbidity occurred in the months of 9-12. Infant with 1-2 months accounted for 88.5% morbidity. Disease acquired infant with the normal history account for 91.5. The birth weight over 2.5 kg in the disease acquired infant account for 90.4%. The morbidity rate in female was higher 3 times than this in male. The infant received breast milk account for 95.7%.
Cerebral Hemorrhage ; Infant

During 2 years from 1998 to 1999, 76 pediatric patients underwent brain CT imaging at the Pediatric Institute. Patients aged 30-60 days and admitted with severe anemia (average of Hb 6.5+/-1.5g%). Some features of cerebral-meningeal damage in patients with cerebral-meningeal hemorrhage were showed. The most common types are subarachnoid hemorrhage (91.9%), subdural hemorrhage (74.3%), brain tissue hemorrhage (52.7%), cerebral ventricular enlargment (35.1%), lateral cerebral ventricular compression (72.4%), midle-way displacement (82.6%), cerebral oedema (96.5%). Cerebral- meningeal damage combinations included submeningeal hemorrhage alone (15.8%), subduralmeningeal hemorrhage 35.5%, submeningeal-cerebral tissue hemorrhage (48.7%).
Cerebral Hemorrhage ; infant

No abstract available.
Cerebral Hemorrhage* ; Mucormycosis*