maternal health

Thiamine, Pregnancy, and the Energy Connection

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There is an old saying “for any workman who has only a hammer for a tool, everything is a nail”. Thus, I am in danger of writing article after article about one vitamin, B1, or thiamin/thiamine, but write I must. Thiamine is critical for energy production and the energetic demands of pregnancy are substantial. Insufficient thiamine during pregnancy can and does have negative impacts on both maternal and fetal health. Both Dr. Marrs and I have written about this previously, but it bears exploring further. Before we begin, however, let us review a few concepts.

Energy to Respond

In order to understand its therapeutic use in the treatment of many different conditions, you have to understand its function and how it differs from “taking medicine”. Let me first remind you that we live in a hostile environment to which we have to adapt in order to survive. Infection, trauma, weather, work assignments and a variety of changes in life’s journey (stress) have to be met as they occur. Assuming that our genetically determined “blueprint” is intact, all we require is energy. To meet the pressure of stress, an automatically increased supply of energy is necessary. Food provides us with fuel that must be burned (oxidized) in supplying that energy and thiamine is essential in igniting the fuel.

When we are attacked by a microorganism, the brain organizes a comprehensive defensive mechanism that we refer to as an illness or a disease. With trauma, healing requires increased energy so that the healing process can proceed. Let it be clearly understood once again that our food provides both the fuel and the vitamins that enable oxidation to supply the required energy. I have come to the conclusion that illness is either a genetically determined error in the DNA code, a failure to synthesize the energy requirement to meet stress, or a combination of the three. If we are attacked by a microorganism, a healthy organism defeats the foe. This is by no means a new idea. It just has not been put into practice, so we are still stuck with the antiquated concept that each disease is represented by a collection of symptoms and physical signs with a unique cause in each case that must be researched to find the magic cure. In order to understand why a thiamine supplement is so protective in pregnancy, I must try to show that any form of stress requires a genetically determined resistance and energy. It is illustrated by a case in my own clinical experience.

When Genetics, Trauma and Diet Collide: Cataracts and Galactosemia

Some years ago, a 6-year old boy was referred to me by an ophthalmologist, because he had been found to have cataracts in both eyes. The ophthalmologist knew that this could be a manifestation of a rare genetically determined disease known as galactosemia and had asked me to research it. There is a sugar in milk called lactose. When milk is consumed, the lactose is converted to galactose that is then broken down by a recessive gene inherited from each of the parents. In order to bear a child that has the potential to have the disease, the child must have obtained a gene from each parent. With two genes, the galactose accumulates in the blood and affects the eye, causing the density known as cataract.

The level of galactose can be determined in the laboratory and in the case of this child, it was in the normal range, at the time of the study. In the meantime, however, the laboratory had been asked to check the presence of the abnormal gene. It was reported that he had only one copy of the gene. With only one copy, the child was classified as a carrier and on general principles, he could not have the disease. So I sat down with the child’s mother to ask her about the diet that she had been giving and I found that she had a tremendous faith in the health manifestations of milk. Therefore she had insisted on multiple glasses of milk for the child. In addition the child had experienced a head injury with a fractured skull. When he returned to school, the school nurse had insisted that he have eye testing every two weeks because, she said “people go blind after an injury like this”. Whether this was an accurate statement or not, the child’s vision was perfectly normal immediately after his discharge from hospital. Three months later there was a dramatic change, causing her to refer the child to the ophthalmologist who had discovered the cataracts. I had to conclude that the combination of trauma, genetic risk and unknown dietary indiscretion combined to cause the disease. The “stress” of the head injury, or the genetic carrier state, or the excessive intake of milk, would not be damaging on their own. It was their coincidental relationship that precipitated the cataracts.

The Energetic Demands of Pregnancy

In 2013, I received a letter from Dr. John Irwin an OB/GYN specialist in Connecticut and his remarkable book: The Natural Way to a Trouble-Free Pregnancy: The Toxemia-Thiamine Connection. The letter said:

Dear Dr. Lonsdale,

I am writing to you, because I have found another mortal being who is particularly interested in the biological activities of thiamine. I had previously thought that I was nearly the loan believer in the benevolent effects of thiamine, particularly for the treatment and prophylaxis of the toxemias of pregnancy and its many associated problems. I had even written to the chief of the Cleveland Clinic OB-GYN about the “miracles” I was performing and offered to work with him in further development of the concepts, but my information seems to have experienced obstacles.

After Dr. Irwin had retired, he spent 25 years in the Commonwealth of the Northern Mariana Islands where he had been concentrating on the use of what he called “megathiamin, 100 mg daily” in the prevention of toxemia and many other complications of pregnancy. His first patient was introduced to him by an introductory meeting with a group of island doctors who were all American board-certified in their specialties. The patient had severe preeclampsia, had been sick for six weeks and was essentially moribund at 36 weeks of gestation. She also had severe heart disease and he recognized the compound symptoms of thiamine deficiency disease. In the face of the open skepticism of the other physicians, he started her on a 100 mg pill of thiamine daily. He reported that she was cured in six days. She had some fetal distress on the seventh day and was delivered of a 3 lbs. 12 oz. baby by cesarean section. The infant’s Apgar was 10-10, an extraordinary result in a situation where death of both mother and infant would be the expected outcome.

He then started all his patients on “prophylactic megathiamin” at the third trimester and he reported that it prevented the development of every type of toxemia completely, including eclampsia, preeclampsia, intrauterine growth retardation of the fetus, premature delivery, fetal death, premature rupture of membranes and in fact virtually any pregnancy complication. To anyone that contemplates pregnancy and can overcome her expected skepticism, this book is an absolute essential.

Thiamine, Energy, and Pregnancy

I believe that we can offer a rational explanation of what superficially appears to be “miraculous”. In many posts on this website I have commented on the energy relationship between stress and maintenance of well-being. There must always be a complete balance between energy synthesis and its utilization. In good health, the rate of synthesis automatically accelerates to meet any increased demand, although there must be a normal limit to that capacity. The stress in pregnancy is enormous. The mother is feeding her fast-growing baby as well as herself, giving rise to a marked increase in energy demand. Thiamine is the key to energy synthesis from the oxidation (burning) of glucose. Her physiology must meet this ever increasing demand to full-term. The failure of this equation obviously imperils both mother and fetus and it also explains many of the complications observed in the neonate’s immediate and future development. The dysregulation of body organs by the energy deficient brain explains the multiplicity of the complications because all of them have a common cause.

Unfortunately, many people have concluded that taking sugar will increase energy production by “throwing fuel on the fire”, a fact that has led to a great deal of energy deficiency illness. There has to be a normal glucose/thiamine ratio for healthy oxidation. Just as an excess of gasoline introduced into the cylinders of a car produces inefficient engine performance, an excess of glucose induces illness. If we insist on ingesting empty calories, we must optimize the glucose/thiamine ratio by supplementing thiamine, thus explaining Dr. Irwin’s success in eliminating many of the common complications associated with pregnancy.

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More people than ever are reading Hormones Matter, a testament to the need for independent voices in health and medicine. We are not funded and accept limited advertising. Unlike many health sites, we don’t force you to purchase a subscription. We believe health information should be open to all. If you read Hormones Matter, like it, please help support it. Contribute now.

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This article was published originally on February 11, 2019. 

Childbirth in America

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I recently gave birth to a beautiful baby boy on February 14, 2020. He is my second child, but this pregnancy and delivery were nothing like the first. Both my son and I almost died during the delivery, and physician negligence during the pregnancy could have left me paralyzed and without bladder and bowel control. We both survived, thanks in part to a nurse who happened to walk in just as my child fell out of me with his cord tangled around his neck, and a spinal surgeon who took my pain seriously and rushed me into emergency surgery a few days later.

Childbirth with Herniated Discs and Physician Negligence

Over the course of my pregnancy, I developed severe back pain. It had become so bad that by week 39, I could no longer walk on my own, needed assistance bathing, and couldn’t even I couldn’t reach my own bum to wipe anymore. After months of being ignored by my OBGYN and leaving her office sobbing because she wouldn’t take me seriously, I finally called her and made her induce me on Thursday, February 13th. I thought once my son was delivered, the back pain would be resolved. It did not. In fact, it got worse and I required emergency surgery to fix two herniated discs just days after I delivered my child, but I am getting ahead of myself.

I grabbed my bags and headed to the emergency room where they took me up to labor and delivery to get checked in. During this long process, it was difficult to even lay on my own bed without moaning in pain. They wouldn’t supply me with a walker because the hospital doesn’t supply them to patients without prescribing physical therapy even though they knew my back was bad and I was at risk for falling (I had started falling for two weeks because my back couldn’t support my own weight) and as a result, I had my father and brother bring me my walker from home so I could go to the bathroom on my own. The nurses up until that point just pushed me around on a stool with wheels. The doctor never really checked on me but the nurses were really sweet.

All day my son was kicking my belly so hard the monitors would move and the nurses would come back into the room and find his heartbeat again then would leave. They kept calling my son the perfect textbook baby because of his vitals and activity. I started on a pill that slowly induced me and then put on Pitocin when the pill wasn’t working quickly enough. Most of my first day was a blur filled with tons of pain and being moved from room to room. I saw my doctor maybe a total of twice and had no idea the crap show that was about to go down.

My best friend and my auntie showed up sometime during the day on February 14th, 2020, and gave me company and support. My son’s father wasn’t in the picture my entire pregnancy. He ran when he found out I was pregnant – kinda like Forrest Gump. I had family and friends take over loving me unconditionally through my hard times. My mother was right by my side the entire time; every single doctor appointment and every contraction. My mother was always there.

Throughout the day, my son would kick the monitors off because he was strong and active. The nurses would come in and find the heartbeat and leave. Like usual. After a while, the Pitocin started doing its job. The contractions became more and more intense. At this point, I had only seen my doctor twice and would see her only four times in over 24 hours. Most of the updates came from the nurses over the phone to my OBGYN. It seemed like when the OBGYN checked on me it was a burden to her because she had to induce me, and didn’t stick around to talk to me or really see how I was feeling. It was a wham bam thank you ma’am scenario.

By late afternoon the contractions were terrible and they moved me to my final room for delivery. They made me walk. I could barely get to my room using my walker. A grumpy nurse rolled her eyes at me. I know she was thinking I was being dramatic. By the time I got to my room I was in some of the worst pain I had felt in years. I could barely stand and it felt like breathing was a chore. The nurse told me to take a shower because I stunk and needed to clean up. I remember just standing in the shower praying. Hoping that my pain would stop in my spine sometime soon. My contractions shot through my spine, down my left leg, and into my foot. I was just thinking about how every contraction I go through would just be that much closer to seeing my sweet son’s face for the first time.

Something Was Wrong

After hours of breathing through my contractions and holding my composure, I started to panic. The pain became unbearable. I demanded an epidural, which took hours to get. I remember screaming how it felt like the baby was going to fall out. My friend and my aunt kept trying to tell the nurses. Nurses would tell me that since I didn’t feel like I had to poop or push I was just fine. I was finally given my epidural two hours later. The entire time I was repeating myself, “I’m serious it feels like he’s going to fall out!!” The doctor came in and checked me. I was dilated to 7, and then right after the OBGYN decided since it was Valentine’s Day she would go have dinner with her husband. The nurses had to tell her to stay. I could tell she was irritated.

Not too much longer after I received my epidural and the pain had almost completely subsided and they drained my bladder. I rolled to my side, a nurse slid a giant peanut-looking pillow/ball filled with air between my legs and I started to close my eyes. I didn’t sleep the entire time I was there. Not even thirty minutes go by and one of the residents that was learning comes in to find my son’s heart on the monitor. She couldn’t find it. Minutes passed and another nurse of 35 years came in and asked the resident if she needed help. She said yes. After minutes go by and both of them couldn’t find the heartbeat I started to sense their panic. I remember the nurse said, “That’s weird. I wonder if…”

Then she threw back the blanket that was covering me, I also just then felt something brush against my thigh very lightly. I heard a gasp from both of them. My mother and best friend stood up and I watched in horror. The nurse hit the button for code blue. My son had fallen out of me with the cord wrapped around his neck twice. I don’t know how long he had been there because they hadn’t checked me in some time and I couldn’t really feel anything since the epidural. The nurse didn’t even have time to put on gloves and immediately was yanking at the cord to get it loosened from around his neck.

My son was completely blue. He wasn’t responding or breathing. The nurse then yanked my placenta out with force, which then caused me to start bleeding to death. I remember watching a river of blood cover the bed and was flowing onto the floor. I looked up and saw my mother and best friend just holding each other, terror on both of their faces. I remember my body going cold like I stepped into a freezer. My body tingling all over, and I was seeing black dots almost like fireflies that buzzed around the room. I went into shock and I couldn’t stop saying how my son was blue. I couldn’t stop repeating myself. “My son is blue. He is blue. Why is he blue?” I was eerily calm and it was hard to think. I vaguely remember blinking hard a few times to try and wake up. I thought this was just a nightmare.

A bunch of nurses poured into my room and as they were trying their best to bring my son back, they were also weighing my blood loss. My doctor had come into the room and was upset because I didn’t tell anyone I felt the need to push. We had told them for two hours how it felt like my son was “falling out” when in fact that is just what he did. No pushing at all. They stopped my bleeding eventually. I was so tired and woozy, but I finally heard my son cry. He was alive. Purple, red, and face bruised, but he was alive and I was alive.

Another Rough Night

After things had settled down my best friend headed home and my mom was by the baby and my side all night. The nurses decided with my past issues with seizures, they would put padded bumpers around my bed making it impossible for me to get out, especially with my excruciating back pain. By then, I could barely move and my adrenaline was still going. I was freaking out. My son had swallowed fluid before falling out and so his lungs had suffocated him throughout the night multiple times. All night, nurses would rush in to clear his airways. I was worried he would have brain damage through everything he had gone through. I had issues getting out of bed to help my son and had to rely on the nurse’s button and my mom to pretty much run in the room to assist my son. I couldn’t sleep. I felt like if I closed my eyes for one second my son would die. It was a constant issue throughout the night and kept praying that my son would be okay and healthy.

They kept my son an extra day to monitor him and get his jaundice under control. It was weird watching my son turn yellow before my eyes. Even his tiny nose was yellow. I just wanted to take my son home and lay down next to him. Both my mother and my friend said that not only did they think they were witnessing the worst day of my life, they thought I was going to die too. My mom thought she was going to lose us both. If that nurse didn’t walk in when she did, the chances of my son surviving was very slim to none. She saved my son’s life and for that, I am blessed. The Lord was watching over us.

Emergency Back Surgery Just 3 Days After Delivery

After my son was checked by his pediatrician for his jaundice that Monday and he had given us the thumbs up for recovery, I gimped into the hospital to find out that I had two herniated discs and I was to have emergency surgery. I was taken by ambulance to the hospital to have surgery the very next day. My spinal doctor had informed me the damage was so bad he believes I was almost paralyzed. He was surprised that I hadn’t lost bladder and bowel control already. All through the pregnancy, I complained to my OBGYN about my back and she ignored me, even when I could no longer walk by myself.

Recovering From a Traumatic Delivery

After the surgery, I am doing much better. Although my back is sore, I still achieved my goal to go back to breastfeeding my baby and I am able to walk on my own again with no assistance. I wouldn’t wish what I have gone through on my worst enemy. I thought I carried my son to full term just for him to die in front of me. Now I just stare at his sweet little face feeling undying love. I have two healthy boys and God is so good.

Due to the complications and trauma, I have experienced, I have issues still today sleeping. My brain doesn’t want to shut off and when my son sleeps I make sure he is breathing all night, waiting for one of my family members to take watch so I can get rest. It has been a difficult few months and the delivery was especially scary. I am grateful that both of us made it, but what I went through shouldn’t happen to anyone else.

We Need Your Help

More people than ever are reading Hormones Matter, a testament to the need for independent voices in health and medicine. We are not funded and accept limited advertising. Unlike many health sites, we don’t force you to purchase a subscription. We believe health information should be open to all. If you read Hormones Matter, like it, please help support it. Contribute now.

Yes, I would like to support Hormones Matter. 

This story was published originally on March 6, 2020.

Infant Leukemia Induced by Maternal Exposures

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Recently, I stumbled upon a 2006 editorial in the journal Cancer Epidemiology, Biomarkers and Prevention circulating on social media. It introduced research linking infant leukemia to maternal pharmaceutical and environmental exposures. Digging deeper into the research highlighted by the editorial and the studies published subsequently over the last several years, led me to a very disturbing conclusion: certain types of infant and pediatric leukemia may be largely preventable.

Infant Leukemia Rare but Deadly

Leukemia in infants less than one year old is a rare, 41 cases per one million births annually in the US; but it is often deadly. Only 42% of infant leukemia patients survive beyond five years of age making it one of the more devastating forms of cancer. A large percentage (75%) of the babies with infant leukemia carry a specific mutation on the MLL gene at chromosome 11q23. The MLL gene is responsible for hematopoiesis or blood cell development. An error in blood cell development is at the root of this disease process, and unfortunately, it appears to be environmentally induced by specific, and increasingly common, in utero chemical exposures.

Infant Leukemia and the MLL Gene

Mom’s exposure to certain pharmaceuticals and environmental chemicals ‘rearrange’ the MLL gene and induce infant leukemia. This particular gene rearrangement, responsible for infant leukemia, and indeed, pediatric leukemia and cancer therapy-related leukemia (acute promyelocytic leukemia – APL), emerges in direct relation to chemical exposures, whether they be pharmaceutical or environmental. MLL- related leukemias are not heritable, not found in germlines, but a result of exposure in utero (infant leukemia) or during later child development (pediatric leukemia).

In recent years, a number of pesticides/herbicides, antibiotics (fluoroquinolones) and oral contraceptives and other synthetic hormones have been linked to the MLL gene rearrangement. When pregnant women are exposed to these toxicants, the result is a higher rate of  infant leukemia, and I would suspect, miscarriage and infant mortality too, though this has not been investigated (see discussion below).

How Does Maternal Exposure Contribute to Infant Leukemia?

The primary mechanism of the MLL rearrangement associated with infant leukemia appears to be the inhibition of enzymes involved in DNA replication and repair. When a pregnant woman is exposed to these medicines or environmental chemicals, enzymes called topoisomerases, which are critical for proper cell division and DNA replication, are blocked. The errors that emerge from improper replication affect blood cell formation and induce the leukemia.

MLL and Topoisomerases

Topoisomerase inhibition induces the MLL rearrangements associated with most infant leukemia and a growing percentage of pediatric and even some adult onset leukemia. Topoisomerases manage the unwinding of nuclear DNA (nDNA) and mitochondrial DNA (mtDNA) when it becomes to tight to function appropriately (see short video below). The proper unwinding and re-attachment (scission and ligation) of DNA strands is critically important during cell proliferation. Proliferating cells cannot survive without functional topoisomerase enzymes. These enzymes are integral to embryonic, fetal and child development.

There are two types of topoisomerase enzymes active with nDNA (and many subtypes), type I (Topo I), which can repair only one strand of the double-stranded DNA and type II (Topo II), which can untangle both strands. Inhibition of either topoisomerase enzyme prevents DNA repair, but inhibition of topoisomerase type II, particularly type IIa, is deadly.

Additionally, there are three types of mtDNA topoisomerase enzymes that perform similar functions but within the mitochondria. Recall, mitochondria are the energy powerhouses of cells, responsible for supplying ATP, the fuel the powers cell function as well as a host of other important functions. Damage to mitochondria evokes a wide range of diseases. Most pharmaceuticals and environmental chemicals damage mitochondria via multiple mechanisms. Topoisomerase inhibition adds yet another hit to an already taxed system.

Topoisomerase Inhibitor Exposure Induces Infant Leukemia

A growing list of medications, vaccines, environmental chemicals and dietary components inhibit the activity nDNA and/or mtDNA topoisomerases, in some cases purposefully, such as with specific cancer treatments and antibiotics and others times coincidentally, as a side effect. Whether by design or by coincident, inhibiting topoisomerases creates long-standing health problems. When these enzymes are inhibited during critical windows of development, the outcomes can be devastating. To recap:

  1. A variety of chemicals inhibit topoisomerase activity, effectively blocking the enzyme’s ability to snip, unwind and correctly reattach the tightly coiled DNA during cell proliferation.
  2. Topoisomerase inhibition induces errors in the MLL gene that is responsible for blood cell development.
  3. MLL translocations are associated with 3/4 of all infant leukemia cases.
  4. Chemical exposures induce infant leukemia.

In other words, the connection between topoisomerase inhibition and the MLL gene rearrangement means that in up to 75% of the infant leukemia cases, the disease is not heritable, but rather, an environmentally induced in utero event. Sit with that finding for a minute, infant leukemia, a cancer with an exceptionally high mortality rate, is environmentally induced. Additional research suggests that up to 12% of pediatric leukemia’s, those with the MLL rearrangement, are also environmentally induced, post birth. Wow.

Medications, Pesticides, Vaccines and Dietary Items Linked to Infant Leukemia

  • Oral contraceptives, anti-abortives and thyroid hormones. The Brazilian Collaborative Study Group on Infant Leukemia has published a series of studies addressing the various exposures associated with infant leukemia. Among them, a 2006 publication demonstrated that maternal use of synthetic hormones, (oral contraceptives in the early phase of pregnancy before the pregnancy was recognized, anti-abortive progestin treatments and/or thyroid hormones) increased the risk for infant leukemia 10X. The report did not specify specific brands or dosages of hormones. Other studies, reviewed here, link hormone use, or more specifically, the regulation of hormones and neural development, to the topoisomerase type IIB enzyme suggesting areas of interaction by synthetic hormone exposures.
  • Fluoroquinolone antibiotics. It has long been known that the fluoroquinolone antibiotics are topoisomerase IIa inhibitors by design. We’ve reported on that here and here. Topoisomerase inhibition may account for many of the side effects associated with this class of antibiotics. During pregnancy, fluoroqinolones are associated with an increased incidence of fetal loss. Though not investigated, topoisomerase inhibition, nuclear and/or mitochondrial could be at play. Taken together, the use of fluoroquinolones in adults should be cautiously considered, but in pregnant women, infants and children, completely banned. Unfortunately, these are some of the most popularly prescribed antibiotics on the market.
  • Acetaminophen. Metabolites of acetaminophen, the active ingredient in Tylenol (Paracetamol in Europe), is a noted topoisomerase II poison responsible for liver damage. Topoisomerase poisons act by different mechanisms compared to the inhibitors and are mutagenic and cytogenic. Preliminary evidence suggests the common use of acetaminophen to temper infant fevers developing post vaccine may be involved in the increased incidence autism, ADHD and other neurodevelopmental disorders while simultaneously reducing the antibody response to the vaccine.
  • Pesticides. A 2013 publication The Brazilian Collaborative Study Group on Infant Leukemia addressing pesticides, reported that fully 60% of the children with acute lymphoid leukemia study’s catchment area and 36% of those with acute myeloid leukemia compared to 20% of the control group children were maternally exposed to pesticides, generally during the first trimester.
  • Vaccines. We know that thimerosal is a topoisomerase inhibitor and that thimerosal remains in a number of flu and other vaccines despite the widespread belief that it was removed years ago. Notwithstanding the clear mechanistic capability, neither the role of maternal thimerosal or other vaccine exposures in infant leukemia nor the relationship between of infant vaccine exposures and pediatric MLL-based leukemias has been investigated. However, when we look at infant mortality in association with maternal vaccination, we see a striking increase of infant loss relative to vaccine uptake. A study published in 2013, tabulated the rate of infant death relative vaccination across the 2009/2010 flu seasons, as reported in the national registry for vaccine adverse events (the VAERS system). The data showed an “approximate fourfold (43%/11.3%) increase in the percentage of pregnant women vaccinated in 2009/2010 compared with 2008/2009,” that corresponded to a 43.5-fold increase in fetal-loss reports – from 4 in 2008/2009 to 174 in 2009/2010.  The mean elapsed time between vaccination and fetal loss was 11.8 days with the mean vaccination time 13.8 weeks of gestation. It is conceivable, and mechanistically plausible, that vaccine induced topoisomerase inhibition contributed to the fetal loss.
  • Maternal diet.  A wide range of fruits, vegetables and other foods are topoisomerase inhibitors and in theory capable of inducing the MLL rearrangement associated with infant and childhood leukemia. A group of cancer researchers recently addressed this possibility, tabulating and calculating maternal intake of topoisomerase inhibiting foods across pregnancy. The results were quite interesting. Unlike the clear associations between the medications, environmental chemicals and the MLL – infant leukemia, eating foods that inhibit the topoisomerase enzymes didn’t always induce infant leukemia. Indeed, a diet rich in fresh fruits and vegetables, even those known to inhibit the topoisomerase enzymes, reduced the risk for infant leukemia, suggesting that with foods at least, the relationships are far more complicated.

Infant Leukemia is Rare: Do We Really Need to Worry?

While the worldwide rates of infant leukemia are low, at least apparently and relative to the scope and frequency of maternal exposures, one has to wonder if we are not missing other key components to this problem. Miscarriage, stillbirth and infant mortality rates have climbed in the US despite the presumed advances in medical care. MLL translocations, the cumulative effects of multiple pharmacological and environmental exposures are not investigated relative to these incidences. Vaccines and fluoroquinolones inhibit topoisomerase enzymes critical to cell proliferation, critical to embryonic and fetal development. Might the increased incidence of fetal demise associated with the administration of those medications be linked to topoisomerase inhibition? We’ll never know, but it is something to consider.

Is Infant Leukemia Preventable?

Perhaps. We need healthy and functional topoisomerase enzymes. Given the requirement for topoisomerase enzymes for cell development and DNA replication, preventing infant leukemia might be as simple as avoiding chemicals that induce topoisomerase inhibition during pregnancy. At least, 75% of the cases of infant leukemia are attributable to maternal exposures. As a mom, I find this both incredibly disturbing and hopeful at the same time. With current medical practices as they are there is strong push to prescribe medications and vaccines during pregnancy, without recognition of risk. It is this cavalier acceptance of drug safety that is responsible for so many health issues, and now, possibly, one of the most devastating cancers. I cannot imagine facing the possibility that a medication or vaccine encouraged by my physician was responsible for my baby’s disease and death. That is something no mom should ever have to face. I am hopeful though that the mamas reading this will be encouraged to stand up for their health and the health of their children, to do the research, understand the risks and the benefits of any medication or vaccine and make informed decisions. Perhaps a case or two of infant leukemia will be prevented as a result.

We Need Your Help

More people than ever are reading Hormones Matter, a testament to the need for independent voices in health and medicine. We are not funded and accept limited advertising. Unlike many health sites, we don’t force you to purchase a subscription. We believe health information should be open to all. If you read Hormones Matter, like it, please help support it. Contribute now.

Yes, I would like to support Hormones Matter.

Image by Cheryl Holt from Pixabay

This article was published originally on April 22, 2015.

Reframing Maternal Health: How Do We Know What We Think We Know?

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I had the great pleasure of speaking to the Washington Alliance for Responsible Midwifery (WARM) recently about re-framing the concepts around maternal health and understanding the biases in medical research. One of the great questions that has been occupying my time lately is understanding how the frameworks for understanding medical concepts emerge. Shorthand: how do we know what we think we know? Below is an annotated and somewhat edited (for publication) version of the talk I gave. Enjoy.

What is Health?

When we think about health and illness, we all think we know what they are. We can see, touch, and measure health and illness in some very discrete and obvious ways. For example, in Western culture thin is good, fat is not good. If one is skinny, one must be healthy whereas if one overweight, one must be unhealthy.

Weight is a key parameter by which we all shorthand our assessment of health and illness. Indeed, weight, along with other visible qualities, like pallor and disposition, and some less immediately visible but easily measurable qualities like blood pressure, glucose, and other standard labs are key indicators that define health versus illness.

More often than not, however, our definitions of health and disease have been guided by external forces and systems of thought that are inherently biased, even though they claim the objectivity of science and evidence. These biases not only impact our views on health and illness, but in many ways, define what questions are acceptable to ask about health and disease.

Perinatal Mental Illness: An Entrenched Framework for Maternal Health and Illness

In my own research on perinatal mental illness, the prevailing wisdom was and still remains focused on questions that frame the discussion incorrectly. What I mean by that is the original ideas that initiated our notions of what causes postpartum mental illness – the change in progesterone and the estrogens – have become entrenched. Indeed, the ideas that the symptoms are a standard clinical depression or somehow a more serious degree of baby blues and tearfulness are well established.

When you think about pregnancy and postpartum, there are huge hormone changes, progesterone and estriol and estradiol being the most obvious, so it was reasonable to begin looking there. The problem is that, more than not, these hormones were never measured and when they were measured in association with depressive symptoms there were only weak correlations, if any correlations at all. After a while, one would think researchers would begin looking elsewhere, other hormones, other symptoms, but they didn’t. They just dug in deeper. The framework for perinatal mental health issues had already be set and to deviate was difficult at best, impossible for many.

I came to this conversation as a lowly graduate student. I thought, let’s look at other hormones and other symptoms, not just depression, and see what happens.

Lo and behold, other hormones were involved, as were other symptoms. But again, the framework was established and so the idea of expanding definitions of perinatal mental health, especially by someone who wasn’t a named researcher, was not a positive one.

The research was rejected over and over again and the politics of the maintaining the framework and only incrementally changing it were made quite clear to me, repeatedly. So much so that those controlling the dialogue were willing to dismiss where the data pointed to in order to frame the conversation as conventionally accepted – that progesterone and estrogens caused varying degrees of depression postpartum. Even though this made no sense logically; if this were the case, all women would be suffering and they were not. There was no supporting data, but it didn’t matter because as one reviewer commented about my research – ‘that is not the direction the hormone research is going’. So much for unbiased science.

This experience, added to my already disquieted disposition, led me to always dig deeper and look at the frameworks through which the research or ideas were being proposed. These are more philosophical questions, and yes, I have a degree in philosophy so I am naturally inclined towards these – but I think it is important to question how you know what you know and how others know what they know; those rules of knowledge determine, in large part, what can be known in a public sense, and will lead to tremendous insight in your practice – especially when what is accepted as standard clinical practice – doesn’t quite mesh with the patients in front of you. Dig and figure out what the framework was that developed those particular guidelines. Was it valid, was it commiserate with modern patients and current health issues or was it something that was skewed to begin with and has become increasingly more skewed – but we’re holding on to the practice anyway because it has become just the way we do things.

It’s a big topic – one where women and childbirth should play central roles but historically, we have been left out of the conversation.

Historical Frameworks for Maternal Health

To give you some context about how the frameworks impact clinical practice, let us consider the evolution of modern medicine. Historically, medicine has asserted the primacy of the physician’s ability to ‘see’ and thus, identify illness, over the subjectivity of the patient’s perspective about his or her health. So much so, that patients need not even speak unless spoken too and may only aid the physician to the extent they can answer those questions that the physician is interested in.

To say this has been a paternalistic approach is an understatement. Within this model of the physician as ‘seer’ and interpreter of signs and symptoms there is no room for the patient and his or her interpretation of the illness – especially her interpretation.

Despite its flaws, however, in many ways, this was a net positive for medical science. It allowed medicine to progress, for diseases to be systematically recorded and discussed – amongst other physicians of course – but still a critical step forward in medicine. Most importantly, this framework allowed medical science to begin developing treatments to specific diseases.

On the most basic level, one cannot manage a condition unless one can measure it, and to measure it, we have to be able to identify it and distinguish it from other diseases. And herein, lays much of problem with general women’s health and maternal health: what to measure, how to measure and what those measurements meant were largely decided by men who had no lived experience of ‘women’s health’ save perhaps, an observed experience with mothers, wives, sisters – which for all intents and purposes because of the political and cultural norms – women were separate.

So, the framework for women’s health, and most especially, maternal health was fundamentally flawed and inherently biased – from the onset. No matter that midwives had been delivering babies for generations and had built a wealth of knowledge – their influence, and power was usurped by physicians and that knowledge was summarily rejected. In its place practices and technologies that, in many cases, did not benefit women. Indeed, from the early 20th century onward, obstetrics considered childbirth a pathogenic condition requiring medical intervention.

Since within this model the patient had no role in either diagnostics or treatment consideration, but lay simply in front of the physician for him to ‘see’ and interpret the signs and symptoms of disease, the definitions of women’s health and disease and most especially maternal health – were obviously skewed. How could they not be, looking from the outside in – framing the questions from a distance?

Consider that not only were the very questions asked about women’s health defined by men, but the research subsequently, if it included women at all, was guided by the false presumptions that women were simply men with uteri.

And I should note, that women were summarily excluded from research until the late 1990s – so everything we know about medications prior to the 90s was based upon research with men, generally, young, healthy men at that.

It was believed and still held by many, that except for reproductive processes, men and women were fundamentally the same. Once we isolate those specific functions, there is no need to address women’s health any differently than men’s health. Or is there?

Is a Woman Simply a Man with a Uterus?

As women, I think we would all argue in favor of assessing women’s health differently than men’s health.

From a physiological and biochemical standpoint, male and female bodies are quite distinct, far beyond differences in reproductive capacity. In fact, these differences are exactly because of reproductive capacity and more specifically, the hormones that mediate those abilities.

If men and women are different – and of course they are – how do we know that what we know about women’s health is in fact accurate when most of women’s health research was defined by men? Do we really know anything, beyond the most basic assessments about women’s health?

I would argue that what we know or rather what we think we know, pretend to know, especially in western medicine, may not be accurate. The questions were framed incorrectly – from the perspective that women’s reproductive capacities, organs and hormones had no impact on the rest of her health. We could probably make the same argument for men, as their reproductive organs and hormones were dissociated from the rest of their health too – but because men controlled the research, defined the research, and importantly, had personal insight regarding their own physiological functioning, health knowledge is likely more accurate than what has been conveyed about women.

Shifting Frameworks Means Changing Definitions of Maternal Health

This isn’t just about differences in human physiology. If we dig into the framework by which we understand health, if we dig into the systems at play, we can see trends in how, as that power structure, as the lens, the framework for understanding health and disease shifts, so to do the definitions of health and disease and so too does the range of acceptable and unacceptable questions to ask.

If we look at recent decades with advent of HMOs and other payer contracts, along with the growth of hospitals, we see ever changing health and disease models. The model with physician as the central and all powerful seer and knower has shifted quite significantly by financial interests producing a factory like approach to healthcare.

With any factory, efficiency and cost cutting are key indicators of success. Instituting those efficiencies, however, largely removes the physician’s authority by shifting the primacy of his views towards the more efficient and less authoritative matching of symptoms to medications and billing codes. Cookbook medicine.

If symptoms reported by a patient don’t fit the ascribed to criteria, for all intents and purposes, the illness does not exist.

The physician, in many ways and recent decades, has become no more than a well-educated, technician answering not to his or her patients, but to the factory bosses – the insurers, the hospitals, and the regulators – the bean counters.

The physician is no longer central to medical science and clinical care. He/she is in many ways an administrator of care – a provider, not a healer, not even a scientists or medical researcher, save except to proffer funding from pharma or device companies.

Physicians have no power, no say in patient care, except to the extent that they can dot the i’s and cross the t’s according to billing codes. If their gut, or more importantly, if the data tell them that a particular treatment is dangerous, or conversely, is needed, but it doesn’t fall within the ascribed treatment plan, the physician has little recourse but to comply or risk losing his/her livelihood and, in more extreme cases, his/her reputation.

We see the barrage of reputation ending slanders hurled at physicians and researchers who dare to speak up and say that perhaps pesticide laden foods are not as safe as chemical companies make them out to be or that perhaps vaccines or other medications are neither as safe nor as effective as pharma and governmental institutions funded by pharma suggest. When physicians speak up, they risk their careers and reputation.

And while, you might be thinking there might be some positives to this shift, it is no longer such a paternalistic system where the physician has total power, in reality, this shift in healthcare towards efficiency still leaves women’s health high and dry and pushes the patient’s experience of his/her illness even further from the ‘knowledge base’ of western medicine.

Who Determines What We Know about Health and Disease? The Folly of Evidence Based in Women’s Health

So, back to this idea of frameworks, if neither the physician nor the patient is central to our definitions of health and disease, who is?  Who determines what we know about health and disease?

In recent decades, clinical practice guidelines have emerged from what are called evidence-based claims. Evidence-based clinical guidelines sound like a perfectly acceptable and reasonable approach to medical science. Research should be done on clinical decisions and outcomes, the data paint a picture of the safety and efficacy of a particular treatment or approach.

Evidence-based is certainly far better than consensus based – which means the ‘experts’ agree that this approach or that approach is optimum – something that has been the norm in women’s health care for generations.

Indeed, most medications were (and are still) never tested on women, pregnant or otherwise, so clinical practice guidelines that involve medication use are developed by ‘consensus’ and what many doctors like to call ‘clinical intuition’.

But since the long-term effects of these intuitive decisions are rarely seen by the clinician whose intuition guided the initial decision, and rarely shared with others, the notion of consensus based medical decision-making becomes sketchy at best, dangerous at worst; unless, you are lucky enough to have a highly skilled and thoughtful practitioner who is able to discern and act upon the best interests of his patients, even if it means going outside the parameters of what the rest of the profession says is appropriate. Most of us are not that lucky and as women we are faced with a medical science that doesn’t quite fit our experience of health and disease.

Of Weight and Health: The Obesity Paradox

If we go back to the shorthand measure of weight as a marker of health – how many of us tell ourselves if we just lose 10lbs we’ll be healthy. Every one of us, at some point or another has fallen into the weight = health trap. While it is true on extreme ends of the weight continuum that weight is related to disease, everywhere else and for everyone else, weight has little to do with ‘healthiness’.  Weight loss has been noted to reduce blood pressure and type 2 diabetes, but the relationship is not as straightforward as it seems. Being of normal weight does not necessarily equal low blood pressure or increase your longevity. Weight is not correlated positively with mortality – death by heart attack or stroke. In fact, the relationship between weight and surviving a life-threatening disease is almost always inverse – the heavier you are, the better the chance for survival. Those fat stores come in handy when we are deathly ill.

Wait, what did I just say that?  We should all go get fat and live longer – well, not really. Rather, I think we should look beyond weight as measure of health and to more appropriate measures like fitness, quality of life and the nutrient density of the diet. If you are eating well, active and feeling good, without any need for medication, then you are healthy.

Back to our evidence based approach – How can it be that the evidence behind what are gold standards of clinical practice be incorrect?

That is a big question that involves a little more background.

We all want our physicians to make healthcare decisions based upon the best available evidence and we can all think of ways that evidence is better than consensus, but each of these methods have their flaws.

Defining the Gold Standards in Clinical Care

When we look at the gold standards in clinical practice, those that align with evidence-based care, we have ask ourselves, from where did that evidence emerge, what were the variables, populations, and other factors studied and how were the outcomes determined.

How we define a good outcome versus a bad outcome determines how we design a particular study and what we results we will show.

Recall my example of the postpartum depression discussion – if we only ever measure progesterone and the estrogens (or don’t measure the hormones at all, simply assume those changes are at root of mood and psychiatric changes) and if we only measure depressive symptoms – then we have narrowed the framework such that we will only find associations or as the case may be – a lack of associations. And if there are no associations in the data – well then the disease must be made up and not real – all in the patient’s head.

The lack of questioning of one’s own biases, of the lens through which the research was designed or the parameters of what fits within that framework necessarily limits the understanding, making it easy to blame the patient. But if we step outside the framework, and listen to the patient’s experience, believe the patient experience and let it guide us, then we can break through the limitations of any particular framework and move science and healthcare forward. It sounds simple, and it is, but only if you recognize your biases and the biases of others and begin questioning, how you know what you know. And if that is not on solid ground, re-frame the questions.

Lies, Damned Lies and Statistics

You’ve all heard the phrase ‘lies, damned lies and statistics’   – it comes from the notion that research design, and particularly, the statistics can be swayed, intentionally or unintentionally, to prove or disprove anything. In medical science, this is especially true. Pick any medication for any disease and ask yourself how we determine whether it is effective or not?

First to mind, ‘it reduces symptoms’

Sounds reasonable – but dig deeper – which symptoms? All of the symptoms? Some of the symptoms?

And then if we dig even deeper…

Who decides which symptoms are important or even which symptoms are associated with a particular disease process? Over recent history, these decisions have been controlled by the pharmaceutical companies, insurance companies and hospital administrators – each with a specific bias and vested interest. The pharmaceutical companies want to sell products, the insurers and hospitals want to reduce costs and make more money. These should be counterbalancing agendas, but unfortunately they are not. The pharmaceutical companies have brilliantly controlled this conversation, defining not only the disease, but also, by controlling the research and defining the symptoms and prescribing guidelines. (I should note they also create new symptoms and disease processes to re-market old drugs to new populationsantidepressants for menopauseantidepressants for low sex drive in women, for example. The symptoms for both of these conditions are made worse by the very drugs being prescribed.)

If institutions or organizations with a vested interest are allowed to define the disease and the research by which a therapy is considered successful, how do we judge the validity of evidence-based guidelines?

Are the assumptions about the disease and the symptoms correct? Do these symptoms apply to all individuals with the disease or only those of certain age group? How about to women versus men?

Treatment Outcomes Determine Product Success or Failure

Take for example the case of statins, like Lipitor or Crestor, some of the most highly prescribed drugs on the market designed to lower cholesterol – because cholesterol was observed to be associated with heart disease in older men, particularly those who have had a heart attack previously.

Reducing cholesterol in this particular patient population might be beneficial to improved longevity (although, that has been questioned vigorously). However, does the rest of population benefit from cholesterol lowering drugs? It depends upon what outcomes are chosen in the research. If we, look at decreased mortality and morbidity as an outcome, then the answer to the question is no, statins are not good for the entire population with high cholesterol. A healthy diet and other lifestyle changes would be better.

Indeed, in women in particular, these drugs are dangerous because they increase Type 2 diabetes, increase vitamin B12 and CoQ10 deficiencies, among other nutrients (which initiates a host of devastating side effects), and most importantly, statins may increase the risk for heart attack and death in women.

So the drug promoted as one that prevents heart disease, may worsen it in women. Not really a tradeoff I would take.

This is problematic if one’s job is to maximize product sales. What do you do?

Let’s change the outcomes to the very simple, lowering of cholesterol. No need to worry about extraneous details like morbidity and mortality, keep it simple stupid.

Also, no need to compare the health of women versus men. Indeed, outcome differences between women men and women are rarely conducted, since statins decrease cholesterol in both women and men. Outcome achieved, evidence base defined, built and promoted.

A couple of points here…

He who defines the research design, controls the results. Across history, patients, especially women, have had no impact on these variables.

First it was the physicians, mostly male, and more recently, the product manufacturers have controlled the very definitions of health and disease, which in turn, determine treatments. To say evidence-based medicine is skewed is an understatement.

Now what?

While I’d argue that we have to re-frame the entire conversation about women’s health and include more voices in that conversation, voices that may not have been heard previously. I would also argue that we are never going remove biases from research and decisions about health and disease, but we can understand them and maybe even use them more effectively.

Revisiting the Foundations of Maternal Health – Enter Obstetrics

In maternal health, consider the Friedman curve and the failure to progress, though certainly not a product based bias as discussed previously, the Friedman curve, created in the 50s by a male physician at the height of hospitalized birth, where hospitals had a vested interest in understanding the progression of labor and its relationship not only to physician efforts, but time and outcome. For generations, this one study has guided OBs in their decisions to expedite labor – and as much research has found – has led the unheralded increase in cesarean delivery. Why?

One could argue that the study was flawed – it was – but most research is flawed in some way or another. I think the important thing is to understand the biases, how the question, and therefore, the answer were framed, and as importantly, who made the decisions about what was important in the framing of question?

Begin with the study population, was it skewed? Yes, it was.

For the Friedman study, more than half of the women had forceps used on them during the delivery (55%) and Pitocin was used to induce or augment labor in 13.8% of women. “Twilight sleep” was common at the time, and so 23% of the women were lightly sedated, 42% were moderately sedated, and 31% were deeply sedated (sometimes “excessively” sedated) with Demerol and scopolamine. In total 96% of the women were sedated with drugs. What might these drugs do to the progression of labor – stall it perhaps?

Digging deeper, consider the framework within which this study was conducted. Hospital births in the 1950s were predominantly drugged, sterile (or presumed sterile). Efficiency and scientific prowess were on the rise. Time was of the essence and there was very strong impetus to gauge decisions based upon the most advanced medical science – drugs, interventions – and an equally strong pull not to allow women to progress more naturally – because then science would not have intervened.

How did this one study become the guiding factor in obstetrical care? Why did we think that this particular study group was representative of the entire population of birthing women? The obvious answer was that women had no voice in this conversation or in the birth itself. It was medical science and intervention from a place of ‘all-knowingness.’

There was never any question that these results could be skewed, until recently. It was accepted, and perhaps the only reason questions have arisen, I suspect, is because of the links between the medical management of birth and the increasing rates of cesareans and maternal and infant mortality in the US over recent decades. Would this study have become so entrenched if the patients – the women – had a voice in the conversations about childbirth or the outcome was not so closely tied to hospital efficiencies? We’ll never know, but one could postulate that under different circumstances the study might have been framed differently and netted different results entirely.

Maternal Hypertension

Another, more recent example of how the framing of the question determines the conclusions of the research, involves how we view high blood pressure in pregnant women. Hypertension during pregnancy is dangerous for the mom – but what do we do? Treat it with non-tested anti-hypertensives, for which we know nothing about the potential side effects to the fetus short or long term ? Do we change diet? Do we simply monitor and hope for the best? What do we do? We don’t know. There is limited research on the topic, including on commonly used interventions.

With such limited research, I had high hopes for recent study, Less-Tight versus Tight Control of Hypertension in Pregnancy.  It was a huge and well-funded study with a wonderful opportunity to determine the risks/benefits of anti-hypertensive therapy, but by all accounts, and in my opinion, it failed because the questions it asked were framed incorrectly. (Or were they? For pharmaceutical companies, the study was success. More on that in a moment).

That is, rather assessing the safety and efficacy of anti-hypertensive medications used during pregnancy (remember safety data for medication use during pregnancy is severely lacking), this study investigated a very narrowly defined and essentially meaningless question. The study asked whether controlling maternal blood pressure strictly within a pre-defined and arbitrary range of blood pressure parameters provided better or worse maternal or fetal outcomes compared to a more flexible approach that allowed broader range of accepted blood pressure metrics.

It did not analyze maternal or infant complications relative to particular medications to determine whether some medications were safer than others. It did not look at dose-response curves relative to those medications and outcomes or sufficiently address the role of pre-existing conditions relative to medications and outcomes. All it did, was ask whether or not managing maternal blood pressure more or less tightly with medications (that were not assessed in any meaningful way) was beneficial or harmful to maternal or infant outcomes. Since both groups of women were on various medications, varying doses and had a host of pre-existing conditions, the results showed that both groups had complications. It did not tell us which medications were safer, what doses of these medications were more dangerous or anything useful for clinical care. It just told us that anti-hypertensive medications during pregnancy, reduce blood pressure (we knew that) and cause complications (we knew that too). My review of the study.

Now, because of way the study was framed and especially how the conclusion was framed – that both tight control and loose control of maternal blood pressure show equal numbers of complications – the message will, and already has, become – blood pressure medications during pregnancy are safe.

The study found no such thing. In fact, the study found nothing really, but because of how it was framed it now becomes shorthand evidence of drug safety during pregnancy. Only those who read the full study with a questioning mind will know that this is not accurate. Most of the population, including physicians, will see only the shorthand PR surrounding the study and assume drug safety.

Conclusion

In conclusion – I want you to go back to practices and think about how you know what you know and if something doesn’t quite mesh – dig deeper – look at the framework from within which that guideline came to be. Look at the original research and decide for yourself.

I think it is time for women, midwives to have a much stronger voice in maternal health care, but to do that, we have to speak up and speak out and not accept the ‘gold standards of care’ just because they are the gold standards. While it is true, sometimes those standards will align well with maternal healthcare, other times, I think you’ll find that because of how the questions were framed, the solutions were skewed and do not match the reality of maternal health and disease.

Thank you.

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Image by StockSnap from Pixabay/
Tony Webster tonywebster, CC0, via Wikimedia Commons

Originally published March 31, 2015.