Are Ultrasound Bad for My Baby?

Are Ultrasound Bad for My Baby

I’m frequently asked what the most unexpected thing I learned while investigating my book, Business of Baby. Though I had been studying, composing, and talking about birth for over ten years, including as a contributing editor for Mothering publication and the author/editor of 3 other books about babies, my research for this job yielded numerous surprises. I never ever thought about, for example, that the non-food additives in prenatal vitamins might be contributing to pregnancy symptoms and making women ill. I had no idea the number of well created scientific research studies in peer-reviewed journals there had to do with the benefits of not immediately clamping the cable after a baby is born. And I likewise did not know that the increase of neonatal ICUs in the United States has caused remarkable earnings for health centers.

Are Ultrasound Bad for My Baby?

However the most surprising research that I encountered had to do with the possible harmful results of obstetric ultrasound.

I had two ultrasounds during my first pregnancy when I check out an article years ago before I started writing the book about why they should be avoided, I dismissed it. The idea made me mad … and protective. After all, my child was simply fine, I told myself. My doctor stated they were safe. I had actually not done anything incorrect. Obviously the ultrasounds I had were required and needed.


Maybe not.

According to ACOG’s Practice Bulletin Number 101, “Ultrasonography in Pregnancy”: “Screening finds numerous gestations, genetic abnormalities, and intrauterine development restriction, however direct health gain from having this understanding are currently unverified.” [My emphasis.]
In other words, women who are having low-risk pregnancies and who would pick not terminate a fetus that had congenital anomalies have no tested reason to have an ultrasound. What multiple scans are good for in these cases is profit for the obstetrician, given that prenatal consultations with ultrasound are normally billed to insurance provider for considerably more loan than consultations without scans. Medical professionals as well as midwives frequently insist on ultrasound for another reason: in the case of a bad result for either the mom or the baby, they are worried that if they did not do multiple prenatal ultrasounds they might get sued and implicated of not practicing the requirement of care.

” Making use of ultrasound for fetal tracking or any other diagnostic function raises some alarming questions that can’t be responded to by those who employ it,” wrote Robert S. Mendelsohn, M.D. in his landmark book, How to Raise a Healthy Child In Spite of Your Doctor, first released in 1984. “It is another method which modern-day obstetrics breaches the medical important, gave by Hippocrates, ‘First, do no harm.'”.

Eleven years later on, Marsden Wagner, M.D., examined the existing scientific studies and concluded that regular ultrasound has been revealed to be unnecessary, expensive, and of no proven advantage: Ultrasound: More Harm than Good?

As both of these doctors forecasted, however, instead of applying proper caution to the use of ultrasound, obstetricians and even midwives are using it more than ever today. Almost 100 percent of pregnant women get prenatal ultrasounds in the United States and Canada, despite their risk status. Many are more told that they should have weekly or biweekly scans. One pregnant lady I discussed reported having over 25 scans.

A mother pregnant with her 2nd child called me recently due to the fact that her doctor is insisting she have an ultrasound once a week. He’s considered her pregnancy “high-risk” due to the fact that she is 38 years of ages and he wishes to use the scans to measure the level of amniotic fluid in her uterus in order to schedule an induction. Yet we understand that ultrasound is inaccurate in predicting amniotic fluid levels and the proof also shows that early induction in the absence of real medical requirement is related to increased risk of C-section, maternal death, and even fetal death.

Some doctors raised concerns today that some parents were exposing their unborn babies to too many scans. They warned that the increasing practice of making DVD films of coming babies or having 3D pictures taken might bring unidentified dangers. The Royal College of Obstetricians and Gynaecologists stated ultrasound scans need to be restricted to medical treatments rather than being done for “home entertainment functions”.

However the problem with ultrasound is not just that it may be unneeded and might result in a waterfall of other unnecessary interventions. There is likewise a growing body of evidence that ultrasound exposure itself might be hazardous to the developing fetus.

Are Ultrasound Bad for My Baby

One doctor/researcher who has actually been studying this problem for years, Manuel Casanova, M.D., and his associate Emily L. Williams, blogged about the possible connection of obstetric ultrasound exposure to brain irregularities last year. I asked them authorization to reprint their short article on my blog site. Here it is:.

The Possible Risks of Obstetric Ultrasound

One problem of which we’ve ended up being poignantly aware is that ultrasound, particularly given that the early 1990s, has actually been deregulated and is nowadays used to excess. We wish to see more research into its safety, in addition to tighter guidelines on its use so that the dangers do not outweigh the advantages. We ‘d also like to clarify that we’re not proposing that ultrasound is “the” cause of autism. What we’re proposing, rather, is that ultrasound may be among numerous risk factors for autism for those who have a selective vulnerability.

Lots of people when they first hear about ultrasound as a possible risk consider the advancement of autism believe it sounds like pseudoscience.

Who can blame them?

We have actually been subjected to many different hypotheses about what might be triggering autism. It appears like everyone is ultimately looking for the “holy grail” of causation. So we’re all skeptical when we hear something brand-new, particularly something which seems to contradict our understanding of how we view the world– or in this case, how we perceive the safety of ultrasound.

After all, ultrasound is just an image, right?

That’s what we in our laboratory used to believe up until we began studying what moderates the effects of ultrasound. In the following paragraphs we intend to provide an easy explanation on the rather complex impact of ultrasound on the living cell.

Ultrasound refers to sound that has a frequency above that which can be detected by the human ear. Noise itself is the force of pressure through a solid, liquid, or gas; it causes the motion of those particles.

When it comes to prenatal ultrasound, the ultrasound transducer gives off sonic waves into the abdominal area, the sound enters the body consisting of that of the establishing embryo/fetus, bounces off the tissue, reflecting back, and that echo is measured by the transducer to form a representative visual image.

Ultrasound is presently used in a range of ways in medication and research, including:

  • Production of lesions in neurosurgery, similar to making use of laser.
  • Transcranial (throughout the skull) stimulation of brain activity, similar to transcranial magnetic stimulation (TMS) or using electrodes.
  • Vasodilation, or the widening of capillary, which assists in both visualization of the vasculature as well as the delivery of essential medications to tissue.
  • Transdermal (across the skin) delivery of medications which would typically be not able to cross the skin barrier.
  • Injury healing, such as on particular bone fractures and ulcers.
  • Purification of foods through its oxidative potential.
  • Filtration of metals also due to its oxidative capability.
  • Transmembrane delivery of nonviral genes into target cells (primarily used in research).

These are simply a few examples of how science and medication apply ultrasound. As you can probably think by now, offered its capacity at different levels of strength to promote cell development, cell damage, alter membrane fluidity (e.g., poke temporary holes in cell membranes), and change a cell’s activity such as triggering a nerve cell to fire, ultrasound has an amazing variety of effects.

It ends up it’s not just a photo after all

The physical effects of ultrasound include both its pressure on the water within and surrounding an offered cell, and through the development, oscillation (spinning), and implosion of bubbles in that very same liquid. The latter is referred to as “cavitation” or the development of a gaseous cavity within the liquid. Cavitation and noncavitational impacts together can poke short-term holes in cells, trigger certain molecular paths within those cells, cause temperature level increases when the bubble violently implodes, promote the production of free radicals (oxidation) when that gas leaves into the surrounding medium which can consequently damage and even kill a cell, can cause basic disarray within the cell, and at particular intensities may even promote mutations of DNA.

The majority of the lethal impacts on cells are usually not seen at diagnostic strength levels. However, there is still the potential that ultrasound is modifying how normal cells develop and behave. That is, it does not kill them, but it might effectively change them.

In the case of autism, we regularly discover irregularities in nerve cell number and development patterns in the brain. Considered that ultrasound has the capability to promote cellular development, as well as its overuse in obstetrics and the obvious increasing numbers of autism medical diagnoses, this is a prime area for scientific study.

These are complicated clinical questions that involve a variety of different variables and what we have given you here is a gross simplification of our hypothesis. For anybody interested in more in-depth accounts, please call us for further materials and we ‘d be grateful to supply them (see

Back in the ’60s, ’70s, and ’80s, the scientific neighborhood was really mindful about using prenatal ultrasound. As much as science understood in the day, they revealed due concern and performed a great variety of safety studies. From these studies, they chose that ultrasound was eventually safe to use in obstetrics. Nevertheless, science is ever-changing and continually discovering more about advancement. Back in the 1970s, the height of issue over ultrasound was whether it promoted spontaneous abortion or reduced postnatal survival rates, whether it promoted macroscopic development problems like differences in birth weight and overall size, and whether it triggered genetic mutations.

Nowadays, we know far more about the molecular biology of the cell, and more regarding how advancement can be impacted in tiny ways which can have very big effects on habits. Let’s face it: when a postmortem examination is carried out on an autistic individual’s brain, generally among the most striking features of it from a macroscopic level is that there isn’t anything unusual. So the differences in an autistic individual’s brain are indeed very subtle; they have to be teased out with various technologies, with an understanding of the complexity of anatomical, cellular, and molecular biology, and a nuanced understanding of early development. Our science has continued to develop, however unfortunately the early safety studies on ultrasound were never upgraded to include this new understanding.

It’s time we return and reassess, with brand-new knowledge, methods, and technology, whether ultrasound is truly as safe as we assume it is.

It’s also time that the guidelines on ultrasound be fine-tuned so that we can be twice as sure we’re not putting our unborn infants at risk, be it for autism or other conditions.

Once again, what we wish to stress is that we’re not promoting the disuse of ultrasound. It’s an exceptionally essential and useful tool in medicine. But we are promoting that it be used more carefully. For those who are pregnant, we advise that ultrasound ought to not be carried out during the first trimester unless it is an at-risk pregnancy, and especially not within the first 8 weeks of pregnancy. The first 8 weeks is the duration when the greatest intensity of growth happens– and for that reason when the best damage can be done. Be cautious of early and unnecessary ultrasounds. In addition, do not use fetal heart rate displays for private use because these are portable ultrasounds.

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