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Cosmetic chemicals cause infertility: IVF experts

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Cosmetic chemicals

New Delhi, April 13: Cosmetics with high chemical contents such as nail paints, antibacterial soaps, anti-ageing creams can cause problems in female fertility, doctors said on Wednesday.

According to research, chemicals in beauty products have complicated effects on women’s hormones and reproductive systems. 

“Several endocrine-disrupting chemicals have been identified to affect abnormal ovarian function, miscarriages and female infertility. Antibacterial soap can also kill your chances of conceiving,” Sagarika Aggarwal, IVF expert.

“Parabens are a type of preservative (present in soaps, shampoos and conditioners) used to prevent the growth of bacteria. But too much of it can have an impact on fertility. When hormones are out of balance, the chances of creating healthy eggs or healthy sperm is reduced,” said Aggarwal.

According to survey in 2013, Assocham had revealed that 75 per cent of Indian youngsters in the age group of 16-21 years spend over Rs 6,000 per month on cosmetics.

The experts have said that ingredients in nail polish known to cause birth defects and harm fertility, especially a concern with formaldehyde, phthalates.

“Phthalates are connected to both male and female infertility,” said Manjula B.C., a Bengaluru-based IVF expert.

“Toluene, a commonly used solvent to get glossy finish on the nails,causes reproductive harm., Most  common chemical found in almost every cosmetic product, Phthalates can disrupt the hormone levels, affect fertility and build up in breast milk when you do get pregnant,” said Manjula.

Cosmetic chemicals puts women at a higher risk of miscarriage, physical and mental birth defects in baby, low birth weight, kidney or nervous system damage, said by Jyoti Tripathy, an Indore-based independent IVF expert.

Wefornews Bureau

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Maternal blood sugar likely to affect baby’s heart

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baby

New York, Dec 16: Women with high blood sugar early in pregnancy may raise their baby’s risk of developing a congenital heart defect, according to a study.

While it has been long known that diabetes in pregnancy raises the odds for congenital heart defects in babies.

The new findings reveal that risk extends even to women without diabetes in their earliest part of pregnancy, when the foetal heart is forming.

“Most women who have a child with congenital heart disease are not diabetic,” said James Priest, assistant professor at the Stanford University in California.

The results showed that the risk of giving birth to a child with a congenital heart defect was elevated by 8 per cent for every increase of 10 milligrams per deciliter in blood glucose levels in the early stages of pregnancy.

“We found that in women who don’t already have diabetes or develop diabetes during pregnancy, we can still measure risk for having a child with congenital heart disease by looking at their glucose values during the first trimester of pregnancy,” Priest added.

For the study, published in The Journal of Paediatrics, the team examined medical records from 19,107 pairs of mothers and their babies born between 2009 and 2015, which included details of the mothers’ prenatal care, including blood test results and any cardiac diagnoses made for the babies during pregnancy or after birth.

The study may be helpful to measure blood glucose early in pregnancy in all pregnant women to help determine which individuals are at greater risk for having a baby with a heart defect.

“Knowing about defects prenatally improves outcomes because mothers can receive specialised care that increases their babies’ chances of being healthier after birth,” Priest added.

IANS

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Radiation from smartphones may up miscarriage risk: Study

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Pregnant woman, smartphone

New York, Dec 14: Pregnant women’s exposure to non-ionising radiation from smartphones, Bluetooth devices and laptops may more than double the risk of miscarriage, a study has showed.

Non-ionising radiation — radiation that produces enough energy to move around atoms in a molecule, but not enough to remove electrons completely — from magnetic fields is produced when electric devices are in use and electricity is flowing.

It can be generated by a number of environmental sources, including electric appliances, power lines and transformers, wireless devices and wireless networks.

While the health hazards from ionising radiation are well-established and include radiation sickness, cancer and genetic damage, the evidence of health risks to humans from non-ionising radiation remains limited, said De-Kun Li, a reproductive and perinatal epidemiologist at the Kaiser Permanente — a US-based health care firm.

For the study, published in the journal Scientific Reports, the team asked for 913 pregnant women over age 18 to wear a small (a bit larger than a deck of cards) magnetic-field monitoring device for 24 hours.

After controlling for multiple other factors, women who were exposed to higher magnetic fields levels had 2.72 times the risk of miscarriage than those with lower magnetic fields exposure.

The increased risk of miscarriage associated with high magnetic fields was consistently observed regardless of the sources of high magnetic fields. The association was much stronger if magnetic fields was measured on a typical day of participants’ pregnancies.

The finding also demonstrated that accurate measurement of magnetic field exposure is vital for examining magnetic field health effects.

“This study provides evidence from a human population that magnetic field non-ionising radiation could have adverse biological impacts on human health,” Li noted.

“We hope that the finding from this study will stimulate much-needed additional studies into the potential environmental hazards to human health, including the health of pregnant women,” he said.

IANS
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Use of Smartphone before sleep may make your kid obese: Study

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New York, Dec 10: Beware if your children have a habit of playing games on smartphones before sleeping, he or she may face an increased risk of becoming obese, warns a study.

It was discovered kids who used digital devices such as watching TV or playing games on smartphones before going to bed got an average of 30 minutes less sleep in comparison to those who did not.

This lack of proper sleep not only caused fatigue and attention problems in school, but also disrupted their eating habits. This leads to higher body mass indexes (BMI), news agency IANS reported.

“We saw technology before bed being associated with less sleep and higher BMIs,”stated Caitlyn Fuller, researcher at the Pennsylvania State University in the US.

“We also saw this technology use being associated with more fatigue in the morning, which circling back, is another risk factor for higher BMIs. So we’re seeing a loop pattern forming,” Fuller further asserted.

The study, published in the journal Global Pediatric Health, examined the sleep and technology habits of 234 children, between the age of eight to 17 years.

As per the suggestions from the American Academy of Pediatrics (AAP), parents should set some limitations regarding the use of technology, like requiring their kids to put away their devices during meal times and keeping phones out of bedrooms at night.

WeForNews 

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