학술논문

Understanding linkages between environmental risk factors and noncommunicable diseases—A review
Document Type
Report
Source
Faseb Bioadvances. February 10, 2021, Vol. 3 Issue 5, p287, 8 p.
Subject
Nepal
China
Language
English
Abstract
PLAIN LANGUAGE SUMMARY Global environmental changes including climate change are now underway, which have huge impacts on health and well‐being of human being. However, its impacts are still not fully [...]
: Environmental factors such as climate change are now underway, which have substantial impacts on health and well‐being of human kind, but still imprecisely quantified, implications for human health. At present, one of the most significant discussions among scientists worldwide is interdependency of escalating environmental risk factors and the increasing rates of noncommunicable diseases (NCDs), which are the leading cause of death and disability worldwide. Climate change also triggers the occurrence of NCDs through a variety of direct and indirect pathways. Therefore, it is likely that the interdependence of climate change, environmental risk factors, and NCDs as a whole poses great threat to global health. Hence, this paper aims to review the latest evidence on impacts of environmental risk factors on NCDs and methods used in establishing the cause or correlation of environmental risk factors and NCDs. The literature review leveraged online databases such as PubMed and Google Scholar with articles that matched keywords “climate change”, “environmental risk factors,” and “noncommunicable diseases”. This review shows that the burden of NCDs is increasing globally and attribution of environmental risk factors such as climate change is significant. Understanding the nature of the relation between NCDs and the environment is complex and has relied on evidence generated from multiple study designs. This paper reviews eight types of study designs that can be used to identify and measure causal and correlational nature between environment and NCDs. Future projections suggest that increases in temperatures will continue and also increase the public health burden of NCDs.