Skip to main content

Stress During Pregnancy- Can Be Harmful

Stress During Pregnancy- Can Be Harmful



Mood swings are very natural during pregnancy. But when a pregnant woman starts to take stress then it becomes a problem. It is perfectly normal to get angry at times during pregnancy but if the mother is stressed over a longer period of time then the concentration of stress hormones in amniotic fluid rises which can affect the development of fetus.

Usually, during pregnancy, women go through a lot of things and always worries about taking care of everything and finding a balance between things. Due to these worries, she ends up taking the stress. For expectant mother, being strongly stressed over a longer period of time can cause a risk of developing a mental or physical illness to the unborn child later in life. The accurate mechanism of how stress can affect the baby in the womb is still not known. However, according to some research, it has been discovered that physical stress to the mother can change the metabolism in the placenta and influence the growth of the unborn child.

Effects of stress hormone on the growth of fetus

During stress, the human body releases hormones such as the so-called corticotrophin-releasing hormone (CRH) to handle the higher stress. This results in an increase in stress hormone cortisol. This process also continues during pregnancy, and the placenta, which supplies the fetus with nutrients, can also emit stress hormone CRH. Due to this a small amount of this hormone enters the amniotic fluid and fetal metabolism. As per various studies it has been seen that hormone can boost the development of the unborn child. So, unfavorable growth conditions in the woman lead to an increase in the amount of the hormone and hence improving the chances of survival in premature birth cases. However, under certain circumstances, this increase in hormone level can also cause negative consequences like an excessive acceleration of growth may occur at the expense of the proper maturation of the organs.

Effects of Short-term stress hormone

Short-term stress hormones have no effect on the baby. Studies showed that Short-term mental stress to the mother does not affect the release of stress hormones in the placenta. The baby remained protected against the negative effects in case of acute, short-term stress to the mother.
Effects of Long-term stress hormone
If the mother is stressed for a longer period of time, then there is an increase in CRH level in the amniotic fluid. This increase in the concentration of stress hormone, in turn, accelerates the growth of the fetus. As a result, the effect of the hormone on the growth of the baby is confirmed. The corticotrophin-releasing hormone CRH plays a complex and dynamic role in the development of the human fetus.

Pregnant women who are exposed to longer-term stress situations are advised to seek support from a therapist to handle the stress in a better way. Having stress during pregnancy cannot be fully avoided but the secure bond between the mother and child after birth can help in neutralizing the negative effects of stress during pregnancy.

Comments

Popular posts from this blog

Understand Maternal Obesity Before You Regret.

Understand Maternal Obesity Before You Regret. Obesity is the root cause of many diseases and it is the major health issue for the public. It has been linked to several health problems such as cancer , heart diseases , hypertension,  etc. It also has an adverse effect during pregnancy as it can cause complications in pregnancy by increasing the mother's risk of having gestational diabetes , preterm birth , preeclampsia or baby with birth defects.  Maternal obesity is related to many severe outcomes for the infant , which can persist into adulthood such as heart disease, mortality and type-2 diabetes . Maternal obesity also compromises the  immune system of babies. Researches have proven that pre-pregnancy maternal weight plays a significant role in the neonate's immune system. The immune system of the babies born to obese mothers gets comprised very early in baby’s life. The researchers analyzed the umbilical cord blood sample of babies born to moth

Gestation Alters Maternal Gut Microbiota

Gestation Alters Maternal Gut Microbiota Millions of bacteria are living inside and on our body weighing around four pounds of our body weight. These bacteria are very useful and important in health and in fighting disease. These microbiomes are altered during gestation . It was seen that during pregnancy microbiomes are responsible for partial weight gain and some essential inflammatory responses . But the mechanism responsible for such changes is still unknown. Several studies have been done to see the changes in bacteria with progression in pregnancy . Recently in one of the studies, it was found that during pregnancy progesterone regulates the microbial composition of bacteria in such a way that may help the baby develop. It was found that as the pregnancy progressed there was a dramatic change in the composition of bacteria mostly during late pregnancy along with the increase in the relative abundance of Bifidobacterium . These bacteria metabolize the

Be sure to know more about Hypoplastic Left Heart Disorder (HLHS)

Be sure to know more about Hypoplastic Left Heart Disorder (HLHS) At the point when a child is determined to have basic aortic stenosis that is in danger for advancing to hypoplastic left heart disorder (HLHS) in utero. Hypoplastic left heart disorder (HLHS) is an intricate and uncommon heart imperfection present during childbirth in which the left half of a tyke's heart is seriously immature. The doctors can play out a method called fetal aortic valvuloplasty . The method utilizes a needle and a minor inflatable to develop the tight aortic valve to build blood course through the left half of the fetal heart , which will prompt improved left heart work and advance typical left-sided heart development. On the off chance that untreated, basic aortic stenosis and HLHS can be deadly. By playing out this system before birth, it can advance improved development of the left-sided heart structures and lead to less medical procedures after birth. Atrial septal