Upcoming Events

The theme of the 9th ICPH-GMS (2017), Yangon is “Adopting Healthy Lifestyle: Combating Non-communicable Diseases (NCDs)”. NCDs are the leading causes of death in the GMS countries at present and they create enormous health burden with serious socioeconomic implications.

Hội nghị khoa học nhân dịp 10 năm thành lập bệnh viện Quận Thủ Đức với chủ đề: “Tăng cường chất lượng chăm sóc và an toàn người bệnh dựa vào bằng chứng” sẽ được tổ chức vào ngày 30/9/2017 tại thành phố Hồ Chí Minh...

Updating the 5th AHLA International Health Literacy Conference, 12th - 14th November 2017, Kuala Lumpur, Malaysia

 

This kick-off meeting is organised to start officially the four year transdisciplinary research project Scaling-up nutrition-sensitive agricultural initiatives in mountainous areas in Vietnam and Lao PDR  a collaboration of...

Viện Nghiên cứu Sức khỏe Cộng đồng xin thông báo đến quý cơ quan về việc đăng ký nộp đề cương nghiên cứu năm 2017 như sau...

Recent works

People recovering from a first episode of schizophrenia in Hue and Da Nang
A study of their functioning in family, work and community life, and the factors that influence it.
“Why medical research needs ethical approval” – Professor Tran Tinh Hien
The program attracted the attention and participation of lecturers from the Faculty of Public Health and more than 40...
Nghiệm thu đề tài do Viện NCSKCĐ hỗ trợ
Trong ngày 17/06 và 27/06, Viện Nghiên cứu Sức khỏe Cộng đồng tổ chức nghiệm thu các đề tài nghiên cứu khoa học do Viện...
The ICHR supports study "SILICOSIS DISEASE AT STONE MINING AND PROCESSING AND CONSTRUCTION MATERIALS MANUFACTURING FACTORIES" in Binh Dinh province
A cross-sectional study was conducted on 247 workers at Binh De construction stone manufacturing cooperative and Tuy...
Health risk due to food contamination induced by urban flood - PhD student: Nguyen Thanh Gia
Hue city is located in central Vietnam on the banks of the Huong (perfume) river. The rainy season is from August to...

The ICHR supports study "SILICOSIS DISEASE AT STONE MINING AND PROCESSING AND CONSTRUCTION MATERIALS MANUFACTURING FACTORIES" in Binh Dinh province

          BinhDinh is a province located in Vietnam's South Central Coast region with mining industry, granite processing and production of construction materials developed strongly. However, this industry is causing silica dust pollution in the working environment, especially pollution caused by dust containing highly free silica content (SiO2) which put the workers in this sector are more likely to have silicosis occupational and respiratory disease with a very high prevalence.

 

          

Binh Dinh is one of seven partners of the ICHR             Doctor Trinh Quang Tuan - Vice Director of Binh Dinh Preventive center 

 

          According to the Center for Preventive Medicine’s report, mining, processing and manufacturing stone building materials Sectors in BinhDinh province have more than 5,000 workers are doing at present and they frequentualy exposed directly with the high dust content of SiO2.In fact, silicosis is still a seriously concern for employers as well as employees of local labor. In 2002, Nguyen Thi Bich Lien, from Hanoi Medical University, conducted a study regarding the situation of silicosis among workers at BinhDinh Stone and construction Company. The study showed that the rate of silicosis in this company is about 9.6%. From that time until now, we haven’t had any research that assess the effect of stone dust on workers’ health in order to provide significant and effective measures to prevent silicosis in these workers. 

 

               

               

Some images of field sides in research

         

 

A cross-sectional study was conducted on 247 workers at Binh De construction stone manufacturing cooperative and Tuy Nen Binh Dinh brick joint stock company in 2016 to assess the influence of dust on the workers’ health at the workplace and describe the situation of catching the silicosis disease at these two factories. The data was collected from interviews combined with clinical examination, measuring respiratory function, the lung X-rays of the workers. The results showed that the amount of SiO2 in dust at the working environment is from 24,1% to 33,9%. The concentration of the total dust at most measuring points exceeded the permissible standard level (2mg/m3). For respiratory dust, there were 10/12 samples exceeding the permissible standard level (1mg/m3). The places with the highest concentration were the workplaces of rock drilling workers (1,54mg/m3), clay kiln operating workers, and workers putting furnaces before and after heating (1,51 - 1,61mg/m3).

Overall, the incidence of catching the silicosis disease was 44,5%; however, the incidence of catching the silicosis disease from 1/1p/p or more accounted for 7,3%. Moreover, there were statistically significant differences between the incidences of catching the silicosis disease of the two sexes, the respiratory function and the working time of workers (p<0,05). This study aims to help authorities and business agencies to establish appropriate policies on health care and the silicosis disease prevention for the workers. 

 

       

          

Workers were working in factory