Summary: This study measured haematological and liver function parameters in workers occupationally exposed to cement dust in order to test the hypothesis that cement dust exposure may perturb these functions. Assessment of haematological parameters and liver function were performed in 23 workers occupationally exposed to cement dust (mean years of exposure = 9.6 ± 1.5 years) and 46 matched unexposed controls. The haemoglobin concentration (P< 0.001) and packed cell volume (P< 0.02) of exposed workers were significantly lower and the platelet (P<0.01) and white cell counts (P< 0.05) were significantly higher than in the unexposed workers. There was no significant difference in the total granulocyte and lymphocyte/monocyte counts...
The current investigation was aimed to evaluate the oxidative stress (OS), blood factors, and neuroc...
There has been conflicting evidence regarding the association between exposure to cement dust and re...
parameters in construction workers exposed to cement dust, silica and other hazardous materials. Thi...
This study measured haematological and liver function parameters in workers occupationally exposed t...
Recent studies suggest that occupational exposure to cement dust may have deleterious effects on the...
This study measured haematological and liver function parameters in workers occupationally exposed t...
Recent studies suggest that occupational exposure to cement dust may have deleterious effects on the...
Cement dust poses an occupational hazard causing respiratory (owing to its inhalation), dermatologic...
Background. Cement dust inhalation is associated with deleterious health effects. The impact of ceme...
Cement dust poses an occupational hazard causing respiratory (owing to its inhalation), dermatologic...
This study investigated effects of cement dust on haematological parameters of Obajana Cement factor...
Background: A higher incidence of occupational diseases has been reported recently compared to the p...
Abstract: Workers engaged in construction field are exposed to various occupational hazardous substa...
Rahnuma Ahmad,1 Qazi Shamima Akhter,2 Mainul Haque3 1Department of Physiology, Medical College for W...
This study aimed to determine the effect of long term exposure to cement dust on lung function in no...
The current investigation was aimed to evaluate the oxidative stress (OS), blood factors, and neuroc...
There has been conflicting evidence regarding the association between exposure to cement dust and re...
parameters in construction workers exposed to cement dust, silica and other hazardous materials. Thi...
This study measured haematological and liver function parameters in workers occupationally exposed t...
Recent studies suggest that occupational exposure to cement dust may have deleterious effects on the...
This study measured haematological and liver function parameters in workers occupationally exposed t...
Recent studies suggest that occupational exposure to cement dust may have deleterious effects on the...
Cement dust poses an occupational hazard causing respiratory (owing to its inhalation), dermatologic...
Background. Cement dust inhalation is associated with deleterious health effects. The impact of ceme...
Cement dust poses an occupational hazard causing respiratory (owing to its inhalation), dermatologic...
This study investigated effects of cement dust on haematological parameters of Obajana Cement factor...
Background: A higher incidence of occupational diseases has been reported recently compared to the p...
Abstract: Workers engaged in construction field are exposed to various occupational hazardous substa...
Rahnuma Ahmad,1 Qazi Shamima Akhter,2 Mainul Haque3 1Department of Physiology, Medical College for W...
This study aimed to determine the effect of long term exposure to cement dust on lung function in no...
The current investigation was aimed to evaluate the oxidative stress (OS), blood factors, and neuroc...
There has been conflicting evidence regarding the association between exposure to cement dust and re...
parameters in construction workers exposed to cement dust, silica and other hazardous materials. Thi...