BACKGROUND: There is a paucity of research on knowledge/attitudes regarding the dangers of exposure to secondhand smoking (SHS) among women. The relationship between exposure to SHS, socioeconomic status (SES) and knowledge/attitudes regarding the risks of SHS has often been ignored. We therefore aimed to examine (1) whether SES and exposure to SHS were independently associated with knowledge/attitudes regarding the risks of SHS; and (2) whether women with low SES and exposure to SHS were uniquely disadvantaged in terms of deficient knowledge and more dismissive attitudes towards the risks of SHS. DESIGN AND SETTING: Cross-sectional study in the Rajshahi district, Bangladesh. METHODS: A total of 541 women were interviewed. Knowledge of and attitudes towards the risks of SHS were the outcomes of interest. RESULTS: A majority of the respondents were exposed to SHS at home (49.0%). Only 20.1% had higher levels of knowledge, and only 37.3% had non-dismissive attitudes towards the risks of SHS. Participants in the low SES group and those exposed to SHS had lower odds of higher knowledge and their attitudes towards the risks of SHS were more dismissive. Regarding deficient levels of knowledge and scores indicating more dismissive attitudes, women in the low SES group and who were exposed to SHS were not uniquely disadvantaged. CONCLUSIONS: Exposure to SHS and low SES were independently associated with deficient knowledge and scores indicating more dismissive attitudes. Regarding knowledge/attitudes, the negative effect of exposure to SHS extended across all socioeconomic backgrounds and was not limited to women in either the low or the high SES group.
Background: Recognition of factors affecting morbidity and mortality of a disease helps in the proper management of a disease. CT scan of Brain is an essential investigation for all stroke patients. Identifying different characteristics of the CT findings of stroke patients which affect morbidity and mortality will help in the specific management of stroke patients. Thus this study was done to identify such factors from CT scan of Brain which will help in the proper management of stroke patients. Objectives: The aim of this present study was to determine the 7th and 28th days’ mortality rate of acute intracerebral hemorrhagic stroke and to determine the predictors of mortality. Methodology: Consecutive CT scan proven stroke patients following ICH were studied in the department of Radiology & Imaging at Rajshahi Medical College, Rajshahi, Bangladesh in collaboration with the Department of Neurology of Rajshahi Medical College, Rajshahi from January 2012 to December 2013. Site, size and volume of haematoma, midline shift, pineal gland displacement, hydrocephalus and intraventricular extension of haemorrhage were correlated with the mortality within 7th and 28th days of acute stroke. Risk factors like hypertension, smoking, diabetes and alcoholism were also recorded. Result: Ninety-nine consecutive CT scan proven stroke patients following ICH were studied. The 28-day mortality of intracerebral hemorrhage was 44.44% and it was 29.30% within the first 7 days of onset. Maximum number of death occurred in brainstem haemorrhage (75%), initial haematoma volume 61 to 80 ml (89.47%), >80 ml (91.7%), pineal gland displacement >3mm (79.5%), septum pellucidum displacement >5 mm (72.4%), ventricular extension (88.57%), and hydrocephalus (76.74%). Conclusion: The present study shows that deaths within 7th and 28th day of acute haemorrhagic stroke are correlated with the initial CT findings which could be regarded as a good predictor of mortality. Journal of National Institute of Neurosciences Bangladesh, 2019;5(1): 42-46
Stroke ranks first in frequency among all the neurological diseases of adult life and about 50% of all neurological disorders in a hospital are of this type. It is the third leading cause of death throughout the world. The purpose of the present study was to find out the presence or absence of haemorrhage or infarct and to detect the early signs of stroke on the basis of CT scanning. Three-hundred twenty one consecutive acute stroke patients (mean age 64 ±9.75 years) were included in our study. Each underwent cranial computed tomography without intravenous contrast injection within the first 24 hours. CT findings of stroke were analyzed using SPSS software. Among 321 patients, 209(65.11%) had ischemic stroke, 99(30.84%) had parenchymal haemorrhage and 13(4.05%) had subarachnoid haemorrhage. Total amount of haemorrhagic stroke was 112(34.89%). Early CT findings of ischaemic stroke were low attenuation area (83.25%), sulcal effacement (69.89%), loss of the insular ribbon (17.70%), hyperdense artery sign (1.43%). CT scanning should be the first line of investigation for diagnosis of acute stroke as it is more available than MRI and is easily performed in severely ill patients who are dependent on support and monitoring devices TAJ 2019; 32(1): 17-24
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