Ultrasound Causes Brain Damage in Fetuses: Study

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Ultrasound has become routine during pregnancy over the last 3 decades. It is assumed to be safe, though safety was never investigated. Research is now finally being done, and the results are dismal, demonstrating clear and permanent brain damage, as shown in this study. Nearly all babies have been damaged to varying degrees, resulting in abnormal neurology becoming the norm.

That delightful ultrasound look at a fetus months before birth is a huge thrill—but that’s the only benefit. That thrill comes at a risk, one that it’s hard to imagine any parent would be willing to take if the facts were presented. Ultrasound causes brain damage and can even kill the fetus. This is not a supposition. It’s been clearly documented, and exactly what it does to the developing brain is understood.

Dr. Jennifer Margulis points out in her brilliant new book, The Business of Baby:

Manuel Casanova M.D., a neurologist who holds an endowed chair at the University of Louisville in Kentucky, contends that Rakic’s mice research helps confirm a disturbing hypothesis that he and his colleagues have been testing for the last three years: that ultrasound exposure is an environmental factor directly contributing to the exponential rise in autism.^[1]

The Study

Dr. Pasko Rakic is the lead researcher for the study documenting that ultrasound damages mouse brains.^[2] It shows that the process of brain development is disturbed in mice. Though it’s easy to suggest that this is “only” a study on mice, so doesn’t prove anything about humans, that’s not true. The method of development in mouse brains is exactly the same in all mammals. Therefore, if ultrasound has an adverse effect on mouse brains, then it must also have the same effect on human brains.

The Brain’s Cellular Organization

Brain cells are not arranged in a random manner. The brain’s gray matter controls muscles, sensory perception, emotion, and memory. Gray matter cells form columns, which can function as a unit. The cells are also arranged in rows that are parallel to the surface of the brain. You can think of the brain’s cells as being arranged in a grid, like a graph. Each cell forms part of both a column and a row, though the row is actually curved to match the surface of the brain.

If developing cells do not end up where they should, behavioral problems and epilepsy can arise from the misarrangement. It’s obvious that anything capable of causing such misarrangement can produce disabilities. Therefore, Dr. Rakic’s study is particularly disturbing.

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