A new study published in the journal studies the connections between arsenic exposure and cardiovascular disease processes in children.
Led by , Ph.D., M.P.H., the Falk Family Endowed Professor of Public Health in the Falk College, the research group considered arsenic exposure and health data of 245 children in the 黑料不打烊, New York, metropolitan area. It is the first study to directly measure the associations between arsenic exposure and precursors to cardiovascular disease in children.
The study’s findings are important because they highlight the need to reduce arsenic exposure in children. Arsenic is a naturally occurring element that can be found in soil and water. It can also be released into the environment from industrial activities.
Brooks Gump
In this 黑料不打烊 Q&A, Professor Gump shares details about how this research can contribute to safer public health standards, and how arsenic exposure in children potentially accelerates the development of cardiovascular disease in adults.
A: Arsenic was measured in urine as well as several measures of subclinical cardiovascular disease. This arsenic exposure was significantly associated with some of the health outcomes, including increasing vascular 鈥渢hickness鈥 and heart changes. These particular cardiovascular changes can predict later disease. Given this was not a clinical trial (it would be unethical to purposively expose children to arsenic), we made a point of controlling for many other factors, such as poverty.
A: Arsenic exposure is best assessed using urine, as we did in this study. These levels are considered an indicator of cumulative but relatively recent arsenic exposure.
A: Adults have shown some of the same associations between arsenic and cardiovascular disease鈥攖his is the first study to document these associations in a group this young. However, it should be made clear that this is not actual disease but rather a risk factor for future disease (such as elevated cholesterol),
Cardiovascular disease develops very slowly, beginning at a very young age and potentially developing into a diagnosable disease later in life.
A: Given arsenic is now so commonly found in our environment, one of the best actions we can take is to first lower what is considered a 鈥渘ormal鈥 level (<50 mcg/L; although CDC now states that any level is considered too much). This will automatically move many children into 鈥渆levated鈥 levels which should precipitate a federal response to address this 鈥渘ew鈥 public health issue. We are also planning new research to consider specific foods we could eat to reduce arsenic in the body.
A: Because metals such as arsenic are elements (not chemical compounds), they cannot degrade in the environment. As such, they may move around or recombine in the environment but do not disappear over time. Although water in some geographic areas has harmful but naturally occurring arsenic, arsenic is also used in industry and agriculture and thereby has spread into the community.
A: Although arsenic urine levels in our cohort were slightly elevated relative to national averages鈥攖here are numerous such hotspots around the country and therefore it is very likely that other communities in the U.S. would also show similar associations between arsenic and disease.
A: Although hypothesized, we were still struck by the effect of arsenic being seen at such a young age (9-11 years old). There are many risk factors for cardiovascular disease, even in children, including stress, diet, lack of exercise and cholesterol. Perhaps arsenic should be added to this list of risk factors that should be monitored and addressed.
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