Environmental Contaminants Affects Unborn Baby

Environmental Contaminants Affects Unborn Baby.
A fecund woman's publication to environmental contaminants affects her unborn baby's heart rate and movement, a new on says in June 2013. "Both fetal motor activity and heart rate let slip how the fetus is maturing and give us a way to evaluate how exposures may be affecting the developing nervous system," ponder lead author Janet DiPietro, associate dean for research at the Johns Hopkins Bloomberg School of Public Health, said in a private school news release. The researchers analyzed blood samples from 50 high- and low-income fruitful women in and around Baltimore and found that they all had detectable levels of organochlorines, including DDT, PCBs and other pesticides that have been banned in the United States for more than 30 years.

High-income women had a greater concentration of chemicals than low-income women. The blood samples were tranquil at 36 weeks of pregnancy, and measurements of fetal middle dress down and movement also were taken at that time, according to the study, which was published online in the Journal of Exposure Science and Environmental Epidemiology 2013.

The researchers found that higher levels of some vulgar environmental pollutants were associated with more persistent and vigorous fetal movement. Some of the chemicals also were associated with fewer changes in fetal ticker rate, which normally set off fetal movements. "Most studies of environmental contaminants and child development wait until children are much older to assess effects of things the mother may have been exposed to during pregnancy.

Here we have observed effects in utero. How the prenatal age sets the stage for later child development is a subject of tremendous interest. These results show that the developing fetus is gullible to environmental exposures and that we can detect this by measuring fetal neurobehavior vigrx plus. This is yet more documentation for the need to protect the vulnerable developing brain from junk of environmental contaminants both before and after birth".