Silica dust is widely prevalent in the atmosphere and more common than the other types of dust, thus making silicosis the most frequently occurring pneumoconiosis. In India also, studies carried out by National Institute of Occupational Health have shown high prevalence of silicosis in small factories and even in nonoccupational exposed subjects. The postero-anterior chest radiographs remain the key tool in diagnosing and assessing the extent and severity of interstitial lung disease. Although Computed Tomography detects finer anatomical structure than radiography it could not get popularity because of its cost. On the basis of histological features of silicosis many potential biomarkers such as Cytokines, Tumor Necrosis Factor, Interleukin...
Engineered stone silicosis has become an occupational epidemic disease that progresses rapidly to pr...
Silicosis may be defined as the disease resulting from chronic occupational exposure to silica dust....
BACKGROUND: In 1997, IARC upgraded crystalline silica to a Group 1 human carcinogen. However, the IA...
Silica dust is widely prevalent in the atmosphere and more common than the other types of dust, thus...
Long-term exposure to respirable dust containing silica leads to pneumoconiosis/silicosis. The disea...
Abstract Silicosis is a diffuse interstitial lung disease caused by sustained inhalation of silica a...
Abstract Background and Objectives Silicosis is a neglected and widely prevalent occupational diseas...
Pneumoconiosis, or occupational lung disease, is one of the world’s most prevalent work-related dise...
BACKGROUND: Silicosis is the most frequently occurring pneumoconiosis. AIM: Measurement of serum le...
The silica dust is widely distributed on earth’s surface resulting from various activities. This m...
Silicosis is a potentially fatal, irreversible, ubrotic pulmonary disease that may develop subsequen...
Peripheral biomarkers are important tools for detecting occupational exposures to prevent the onset ...
Despite silica dust exposure being one of the earliest recognized causes of lung disease, Australia,...
ObjectivesSilicosis is a chronic occupational lung disease. As was previously found by the authors, ...
Patients with silicosis caused by occupational exposure to engineered stone (ES) present a rapid pro...
Engineered stone silicosis has become an occupational epidemic disease that progresses rapidly to pr...
Silicosis may be defined as the disease resulting from chronic occupational exposure to silica dust....
BACKGROUND: In 1997, IARC upgraded crystalline silica to a Group 1 human carcinogen. However, the IA...
Silica dust is widely prevalent in the atmosphere and more common than the other types of dust, thus...
Long-term exposure to respirable dust containing silica leads to pneumoconiosis/silicosis. The disea...
Abstract Silicosis is a diffuse interstitial lung disease caused by sustained inhalation of silica a...
Abstract Background and Objectives Silicosis is a neglected and widely prevalent occupational diseas...
Pneumoconiosis, or occupational lung disease, is one of the world’s most prevalent work-related dise...
BACKGROUND: Silicosis is the most frequently occurring pneumoconiosis. AIM: Measurement of serum le...
The silica dust is widely distributed on earth’s surface resulting from various activities. This m...
Silicosis is a potentially fatal, irreversible, ubrotic pulmonary disease that may develop subsequen...
Peripheral biomarkers are important tools for detecting occupational exposures to prevent the onset ...
Despite silica dust exposure being one of the earliest recognized causes of lung disease, Australia,...
ObjectivesSilicosis is a chronic occupational lung disease. As was previously found by the authors, ...
Patients with silicosis caused by occupational exposure to engineered stone (ES) present a rapid pro...
Engineered stone silicosis has become an occupational epidemic disease that progresses rapidly to pr...
Silicosis may be defined as the disease resulting from chronic occupational exposure to silica dust....
BACKGROUND: In 1997, IARC upgraded crystalline silica to a Group 1 human carcinogen. However, the IA...