The risk of birth defects from SSRI’s (selective serotonin reuptake inhibitors) antidepressant, such as the popularly prescribed Zoloft, has been a concern for several years.
In 2006, the FDA released a public health advisory that antidepressant side effects could cause serious injury to infants if taken by the mother after the 20th
week of pregnancy, including a six-fold increase in the risk of the child
suffering from Zoloft PPHN. In 2009, a study found that use of SSRI antidepressants, such as Zoloft, during the first three
months of pregnancy could
double the risk of septal heart defects in newborns. Persistent pulmonary
hypertension in newborns (PPHN) may
be caused as a side effect of Zoloft, and other SSRI drugs, when taken after the 20th
week of pregnancy. In November 2006,
PPHN is a
serious and potentially fatal condition for the infant where they may become
hypoxic because of abnormal blood flow to the heart and lungs. The manufacturer’s
prior failure to warn of this possible antidepressant side effect may have
caused unnecessary injuries for newborns. In
recent months, a growing number of Zoloft lawyers have been advertising for potential
claims through pay-per-click advertisements on Google and other search engines,
as well as television advertisements, indicating that children born with birth
defects after the mother used the medication during pregnancy may be eligible
to pursue a Zoloft lawsuit for compensation.
When
used during the first trimester, a time when many women do not even know they
are pregnant, newborns may face an increased risk of cardiac anomalies or heart
defects from Zoloft. According to research, women given Zoloft during the first
three months of pregnancy may face a four-fold risk of giving birth to a child
with a heart defect and twice the risk of a septal heart defect from Zoloft
when compared to women not taking an antidepressant. The most common Zoloft heart problems for babies that
have been found to occur are ventricular or atrial septal defects, which
involve holes in the heart walls that allow blood to flow from the left side of
the heart to the right, reducing the heart's efficiency.
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