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Tag: heart problems

  • A Radical Idea to Split Parenting Equally

    A Radical Idea to Split Parenting Equally

    While her wife was pregnant with their son, Aimee MacDonald took an unusual step of preparing her own body for the baby’s arrival. First she began taking hormones, and then for six weeks straight, she pumped her breasts day and night every two to three hours. This process tricked her body into a pregnant and then postpartum state so she could make breast milk. By the time the couple’s son arrived, she was pumping 27 ounces a day—enough to feed a baby—all without actually getting pregnant or giving birth.

    And so, after a 38-hour labor and emergency C-section, MacDonald’s wife could do what many mothers who just gave birth might desperately want to but cannot: rest, sleep, and recover from surgery. Meanwhile, MacDonald tried nursing their baby. She held him to her breast, and he latched right away. Over the next 15 months, the two mothers co-nursed their son, switching back and forth, trading feedings in the middle of the night. MacDonald had breastfed her older daughter the usual way—as in, by herself—a decade earlier, and she remembered the bone-deep exhaustion. She did not want that for her wife. Inducing lactation meant they could share in the ups and the downs of breastfeeding together.

    MacDonald, who lives in a small town in Nova Scotia, had never met anyone who had tried this before. People she told were routinely shocked to learn that induced lactation—making milk without pregnancy—is biologically possible. They had so many questions: Was it safe? Did she have side effects? How did it even work? But when she described how she and her wife shared nursing duties, many women told her, “I wish I had had that.”

    Induced lactation wasn’t initially developed for co-nursing. Mothers who wanted to breastfeed their adoptive babies were the first to experiment with hormones and pumping. But over time, the few experts who specialize in induced lactation told me, that has given way to more queer couples who want to share or swap nursing duties. Early in her career, Alyssa Schnell, a lactation consultant in St. Louis who herself breastfed her adopted daughter 17 years ago, found that when she suggested to same-sex couples that the non-birthing partner might try nursing, “they would be horrified.” The idea that a woman would nurse a baby she did not give birth to—common in the era of wet nurses—had become strange in our era of off-the-shelf formula. Now parents are coming to her asking to induce lactation, and more of them are interested in co-nursing.

    About a quarter of all babies in the U.S. are breastfed exclusively for six months; more than half are breastfed at least some of the time. The statistics don’t say by whom, but that’s because they don’t need to. We can assume it’s virtually always their birthing mother. Even with the help of formula, the pressure around or preference for breastfeeding means that, in many families, the work of feeding falls disproportionately on one parent. But induced lactation decouples breastfeeding from birth. By manipulating biology, parents who co-nurse are testing the limits of just how equal a relationship can truly be.


    Breastfeeding is hard work, even when it’s “natural.” Adding induced lactation is harder work still. MacDonald was putting herself on a newborn schedule weeks before her baby was even born. She pumped at home. She pumped at work. She even pumped while her wife was in labor, because skipping sessions can cause milk supply to drop. As Diane Spatz, a lactation expert at the University of Pennsylvania and Children’s Hospital of Philadelphia, puts it, “You have to start pumping like a wild person.”

    MacDonald followed a version of the Newman-Goldfarb protocol, named after a pediatrician and an adoptive mother who documented and shared the process in 2000. In addition to pumping, the protocol includes birth control, which causes a surge of progesterone and estrogen akin to pregnancy hormones, and a drug called domperidone, which boosts the milk hormone prolactin. Together they biochemically prime the body for milk production. It’s unusual, Schnell told me, for a woman inducing lactation to make enough milk to feed a baby all on her own—unless she’s breastfed before, like MacDonald had—but it’s also unusual to make no milk at all.

    In the U.S., getting domperidone can be a challenge. Though the drug is widely available in Canada, Australia, and Europe, the FDA has banned it in the United States, citing the risk of abnormal heart rhythms and even death. But these heart problems have shown up only in the elderly, foreign experts have noted, and Australian scientists concluded in a 2019 review that domperidone is safe for lactation, as long as women are screened for heart conditions. But in the U.S., parents usually aren’t taking it under the supervision of a doctor. They might buy pills with a prescription at a Canadian pharmacy or surreptitiously order the drug online through overseas pharmacies. “There was a brief moment when you could only buy it in Bitcoin,” says Lauren Vallone, whose partner, Robin Berryman, induced lactation so that they could co-nurse their daughter, who was born in 2020.

    Inducing lactation felt like a DIY project to Vallone and Berryman. As a queer couple trying to start a family, though, they were also used to doing things a different way. They eventually reached out to Schnell for guidance, but they also swapped tips in a Facebook support group that had a wealth of anecdotal advice. Not that most doctors would have been helpful. Even the idea that one can breastfeed without having been pregnant isn’t widely known, Spatz told me. “Nurses are surprised about that,” she said. “Physicians don’t know that.”

    Vallone and Berryman planned to divide nursing duties 50/50, but they didn’t know exactly what that would look like. Would they trade off every other feeding? Would one nurse while the other pumped? What about when one parent went back to work? “There’s stories of people who have induced lactation, but then there’s no, like, ‘Well, what does your day look like?’” Vallone told me. They had no script to follow, so they could write their own. They envisioned giving themselves equal roles from the start, much like how many same-sex couples share a more equal division of labor, because they do not come in with the gender baggage of a heterosexual relationship.

    What Vallone and Berryman did not want was to lapse into the roles that they watched their friends fall into, where the birthing parent becomes the breastfeeding parent becomes the default parent. The arrival of a new baby is a delicate time in any relationship—for many reasons, but in no small part because it disrupts whatever division of labor was previously agreed upon. Here is a tiny helpless human, along with a mountain of new tasks necessary to keep them alive. If the baby is breastfed, now a large share of that labor can be done by only one parent. In her case against breastfeeding in The Atlantic in 2009, Hanna Rosin described how that initial inequality persists and festers over the years: “She alone fed the child, so she naturally knows better how to comfort the child, so she is the better judge to pick a school for the child and the better nurse when the child is sick, and so on.” But what if—under very specific circumstances at least—breastfeeding did not fall solely on one parent? What if instead of parenthood starting off on unequal footing, it could be perfectly equal from the very beginning?


    For a while, Vallone and Berryman did trade off feedings, and both continued to pump, because they worried that their milk supplies would drop. They tracked every ounce in a shared spreadsheet. (This careful data logging actually allowed Schnell to write a case study about the couple.) The pumping eventually became too much—they couldn’t sleep if they were pumping!—but they have kept co-nursing for two years now.

    From the early days, they saw that nursing not only nourished their baby but also soothed her when she cried, made her sleepy when she was tired but fussy. So the work of not just feeding but all-round caregiving fell on them more equally. In the morning, they could alternate one person waking up early with the baby, the other sleeping in. At night, one parent could go out with friends without racing home for bedtime or pumping a bottle of breast milk for the other to feed. Because they could each provide everything their baby wanted, they were also each freer. Breastfeeding simultaneously deepened their relationships with their baby and allowed them a life outside of that. “You really get a sense of how radical it is to have caretaking split so evenly,” Vallone said. The couple is now trying for their second child, which Berryman plans to carry. They plan to co-nurse again.

    Vallone and Berryman did, however, run into an unexpected obstacle to their co-nursing: their baby. She at one point refused to nurse on Vallone, the birthing parent, and wanted to nurse only on Berryman. Any parent is probably familiar with how babies can develop seemingly arbitrary preferences: breast over bottle, left breast over right breast, even. As they get older, toddlers, too, go through periods of wanting only one parent or another to feed, clothe, bathe, or comfort them. In this case—as in many cases—Vallone and Berryman had to be deliberate about returning to a more even state. At its most intense, Berryman would sleep away from the baby in another room; it got better over time, but it also sometimes got worse. Equality did not come easily even with two nursing parents, which perhaps isn’t surprising. The advent of formula did not magically render all marriages equal. Vallone and Berryman still had to work toward keeping their co-nursing relationship as balanced as possible. Dividing work is also, well, work.

    Not all couples who induce lactation end up splitting breastfeeding evenly. Some are not able to, and some don’t even want to. For example, one parent might choose to carry the baby while the other takes on breastfeeding. Some of the women I spoke with were primarily motivated to induce lactation to pass along their antibodies in breast milk, or to physically bond with a baby they did not carry. Even for those who never made more than a few of the roughly 25 ounces a baby typically needs every day, being able to comfort nurse—when a baby sucks more for soothing than for nourishment—was meaningful. They could nurse their baby to sleep or calm them when upset. It brought the parents closer together too: Although inducing lactation is not equivalent to pregnancy, both parents felt like their bodies were preparing for a baby together. And later, they could troubleshoot a bad latch or clogged duct together. Breastfeeding can be an isolating experience when one parent is attached to a baby eight times a day and the other looks on a bit helplessly; co-nursing made it less so.

    Because induced lactation has flown under the radar of mainstream science for so long, a lot remains unknown. A couple of small studies suggest that the protein and sugar content of induced breast milk is in the normal range, but detailed experiments into, for example, the mix of antibodies have never been done. And why are some women inducing lactation able to produce more than others? Schnell has noticed that those who have struggled with infertility or hormonal balances usually make less milk. She has worked with trans women, too, who are able to make milk, though usually not in large amounts. Men, theoretically, could lactate as well; early studies into domperidone actually noted this as a side effect. There are anecdotal reports of men breastfeeding infants, but there’s virtually no research into the phenomenon.

    One mother I interviewed, Morgan Lage, told me that her experience inducing lactation to breastfeed her daughter inspired her to train as a lactation consultant, and she hopes now to fill in some of the many unknowns. The Newman-Goldfarb protocol is widely used as the template for anyone attempting induced lactation, but no one has rigorously studied the optimal time to initiate pumping or birth control. Lage started pumping earlier than the protocol suggested, and she wonders if that’s why she was able to have a full milk supply despite never having breastfed before. She loved nursing her daughter. She loved feeling “just as important and needed” in the fleeting, precious period of infancy.

    I know what Lage means about feeling needed, though perhaps because I breastfed solo—as most mothers do—I did not always love it. Still, I remember staring at my baby’s eyelashes and toes, marveling at how nearly every molecule in her body came from mine. We did supplement with formula, too, in part because we wanted my husband to be involved in her feeding. Although the bottle satisfied her hunger, it did not always satisfy some primal need for comfort. During her most inconsolable nights, my husband would spend hours trying to soothe her with every trick in the book, only for her to fall quiet and asleep the minute I nursed her. This frustrated us both. To be needed this way was a burden and a joy. I was sorry, for both of us, that we could not share it.

    Sarah Zhang

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  • 11 Possible Heart Symptoms You Shouldn’t Ignore

    11 Possible Heart Symptoms You Shouldn’t Ignore

    If something went wrong with your heart, would you know it?

    Not all heart problems come with clear warning signs. There is not always an alarming chest clutch followed by a fall to the floor like you see in movies. Some heart symptoms don’t even happen in your chest, and it’s not always easy to tell what’s going on.

    “If you’re not sure, get it checked out,” says Charles Chambers, MD, director of the Cardiac Catheterization Laboratory at Penn State Hershey Heart and Vascular Institute.

    That’s especially true if you are 60 or older, are overweight, or have diabetes, high cholesterol, or high blood pressure, says Vincent Bufalino, MD, an American Heart Association spokesman. “The more risk factors you have,” he says, “the more you should be concerned about anything that might be heart-related.”

    Especially watch out for these problems:

    1. Chest Discomfort

    It’s the most common sign of heart danger. If you have a blocked artery or are having a heart attack, you may feel pain, tightness, or pressure in your chest.

    “Everyone has a different word for that feeling,” Chambers says. “Some people say it’s like an elephant is sitting on them. Other people say it’s like a pinching or burning.”

    The feeling usually lasts longer than a few minutes. It may happen when you’re at rest or when you’re doing something physical.

    If it’s just a very brief pain — or if it’s a spot that hurts more when you touch or push on it — it’s probably not your heart, Chambers says. You should still get it checked out by a doctor. If the symptoms are more severe and don’t go away after a few minutes, you should call 911.

    Also, keep in mind you can have heart problems — even a heart attack — without chest pain. That’s particularly common among women.

    2. Nausea, Indigestion, Heartburn, or Stomach Pain

    Some people have these symptoms during a heart attack. They may even vomit, Chambers says.

    Women are more likely to report this type of symptom than men are.

    Of course, you can have an upset stomach for many reasons that have nothing to do with your heart. It could just be something you ate, after all. But you need to be aware that it can also happen during a heart attack.

    So if you feel this way and you’re at risk for heart problems, let a doctor find out what’s going on, especially if you also have any of the other symptoms on this list.

    3. Pain that Spreads to the Arm

    Another classic heart attack symptom is pain that radiates down the left side of the body.

    “It almost always starts from the chest and moves outward,” Chambers says. “But I have had some patients who have mainly arm pain that turned out to be heart attacks.”

    4. You Feel Dizzy or Lightheaded

    A lot of things can make you lose your balance or feel faint for a moment. Maybe you didn’t have enough to eat or drink, or you stood up too fast.

    But if you suddenly feel unsteady and you also have chest discomfort or shortness of breath, get medical help right away.

    “It could mean your blood pressure has dropped because your heart isn’t able to pump the way it should,” Bufalino says.

    5. Throat or Jaw Pain

    By itself, throat or jaw pain probably isn’t heart related. More likely, it’s caused by a muscular issue, a cold, or a sinus problem.

    But if you have pain or pressure in the center of your chest that spreads up into your throat or jaw, it could be a sign of a heart attack. Call 911 and seek medical attention to make sure everything is all right.

    6. You Get Exhausted Easily

    If you suddenly feel fatigued or winded after doing something you had no problem doing in the past — like climbing the stairs or carrying groceries from the car — make an appointment with your doctor right away.

     

    “These types of significant changes are more important to us than every little ache and pain you might be feeling,” Bufalino says.

     

    Extreme exhaustion or unexplained weakness, sometimes for days at a time, can be a symptom of heart disease, especially for women.

    7. Snoring

    It’s normal to snore a little while you snooze. But unusually loud snoring that sounds like a gasping or choking can be a sign of sleep apnea. That’s when you stop breathing for brief moments several times at night while you are still sleeping. This puts extra stress on your heart.

    Your doctor can check whether you need a sleep study to see if you have this condition. If you do, you may need a CPAP machine to smooth out your breathing while you sleep.

    8. Sweating

    Breaking out in a cold sweat for no obvious reason could signal a heart attack. If this happens along with any of these other symptoms, call 911 to get to a hospital right away. Don’t try to drive yourself.

    9. A Cough That Won’t Quit

    In most cases, this isn’t a sign of heart trouble. But if you have heart disease or know you’re at risk, pay special attention to the possibility.

    If you have a long-lasting cough that produces a white or pink mucus, it could be a sign of heart failure. This happens when the heart can’t keep up with the body’s demands, causing blood to leak back into the lungs.

    Ask your doctor to check on what’s causing your cough.

     

    10. Your Legs, Feet, and Ankles Are Swollen

    This could be a sign that your heart doesn’t pump blood as effectively as it should.

    When the heart can’t pump fast enough, blood backs up in the veins and causes bloating.

    Heart failure can also make it harder for the kidneys to remove extra water and sodium from the body, which can lead to bloating.

    11. Irregular Heart Beat

    It can benormal for your heart to race when you are nervous or excited or to skip or add a beat once in a while.

    But if you have started feeling palpitations, check in with your doctor. Call 911 if you have palpitations or an irregular heartbeat that persists or if you also have any chest pain or pressure, dizziness, or shortness of breath.

    “In most cases, it’s caused by something that’s easy to fix, like too much caffeine or not enough sleep,” Bufalino says. But occasionally, it could signal a condition called atrial fibrillation that needs treatment. So ask your doctor to check it out.

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  • The Inflated Risk of Vaccine-Induced Cardiac Arrest

    The Inflated Risk of Vaccine-Induced Cardiac Arrest

    During this week’s Monday Night Football game, the 24-year-old Buffalo Bills safety Damar Hamlin collapsed moments after making a routine defensive play. Hamlin seemed to have suffered a blow to his chest shortly before losing consciousness from cardiac arrest, and his condition is grave. The source of his illness remains unclear. A study of sudden cardiac events in U.S. athletes from 2014 to 2016 found that structural abnormalities of the heart muscle or arteries and faulty electric rhythms were the most common causes; traumatic chest injuries have also been linked to such incidents, in a rare condition called commotio cordis. Still, the availability of these hypotheses did not stop online activists from blaming Hamlin’s health crisis on vaccines.

    Anti-vaccine influencers have been fomenting fear about a supposed rise in COVID-shot-induced athletic deaths for a while. Fact-checkers have repeatedly assessed these claims and found them to be without merit. Jonathan Drezner, a sports-medicine physician who studies sudden deaths in athletes, told media outlets last year that he was “not aware of any COVID-19 vaccine-related athletic death.” The National Center for Catastrophic Sport Injury Research, which systematically tracks sports-related fatalities, identified 13 medical deaths during football-related activities in 2021 among players participating at all levels of competition, eight of which were caused by cardiac arrest. The same researchers had found 14 medical deaths two years earlier, 10 of which were heart-related. These incidents remain tragic and scarce.

    The mRNA shots by Pfizer and Moderna are associated with a very small risk of heart inflammation, called myocarditis, which can lead to cardiac arrest. This risk is most pronounced in teenage boys receiving a second dose of the vaccine, but even in that scenario only about one in 10,000 recipients is affected. (Most professional athletes are in their 20s, not teens, so the risk to them is lower.) Myocarditis is a potentially fatal condition, but the version that occurs after vaccination is much less deadly than the heart inflammation induced by many viruses, including SARS-CoV-2. A recent analysis identified only a single death in 104 cases of vaccine-induced myocarditis. In comparison, for every 100 people who get myocarditis from a virus, about 11 will die.

    The mere fact that mRNA shots can lead to heart problems has been exploited by conservative commentators and politicians to exaggerate the risks to young people. Last month, per a news release, Florida Governor Ron DeSantis promised to look into “sudden deaths of individuals that received the COVID-19 vaccine,” and called for a grand jury to investigate alleged wrongdoing by the vaccine manufacturers. His petition to the Florida Supreme Court justified the investigation by pointing out that “excess mortality from heart attacks rose significantly during the COVID-19 pandemic, especially among individuals ages 25 to 44.” Yet the rise in youth heart attacks actually began in 2020, before vaccines were available. That’s because increased cardiac fatalities during the pandemic have mostly been due to the coronavirus itself. Heart-disease deaths in the United States have been observed to rise and fall in near lockstep with waves of COVID deaths, suggesting that most of these cases—97 percent, according to one estimate—are the result of undocumented SARS-CoV-2 infection.

    DeSantis’s crusade against vaccines is backed by his surgeon general, Joseph Ladapo, who is a staunch opponent of inoculating young people against COVID. (He has encouraged the use of ineffective therapies such as hydroxychloroquine and ivermectin, though.) In October, Ladapo’s department produced an anonymous, non-peer-reviewed analysis suggesting that COVID shots were causing an increase in cardiac fatalities in young men. This report was modeled on a study by the U.K. government, which came to the opposite conclusion about vaccines but did find that COVID infection was associated with a sixfold increase in youth cardiac death. Given the lack of detail provided in the Florida study, it’s hard to know how to reconcile its contradictory result. This week, a group of University of Florida physicians and scientists released a report that strongly criticized the work’s methodology.

    The COVID vaccines are among the most widely used medical interventions. More than 13 billion doses have been administered, at least 1 billion of which relied on mRNA technology. In analyzing this trove of real-world data, researchers have occasionally identified potential safety issues. A lack of perfect consistency across their studies is expected, and only confirms that the scientific dialogue about this new technology has been transparent. Scientists know that findings made outside a clinical trial are prone to spurious associations, so they examine how well each analysis has been performed and interpret it in the context of prior research.

    Vaccine skeptics prefer to cherry-pick supportive studies while ignoring others that contradict them. Ladapo, for example, has cited a Scandinavian report showing a potential increase in post-vaccine blood clots and heart attacks. Yet the study authors themselves cautioned readers against relying too heavily on their results, because the finding was observed in only some age groups and time periods but not others. Ladapo also failed to mention that similar studies out of the U.K., France, Scotland, and elsewhere had not found a meaningful increase in blood clots or heart attacks with mRNA shots.

    A careful recitation of facts can take one only so far in combatting anti-vaccine claims. Activists use ambiguous anecdotes such as Hamlin’s cardiac arrest and the sudden death of the soccer journalist Grant Wahl during last month’s World Cup to make the alleged risks of the shots more visceral. Sports are much less dangerous than SARS-CoV-2, but when unexpected tragedies do occur, they lead to an outpouring of mourning and reflection. Collective trauma can easily give way to collective speculation, and partisans on all sides will be happy to tell us what really happened. Yet convenient scapegoats will not be enough to mend our grief.

    Benjamin Mazer

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  • COVID Attacks DNA in Heart, Unlike Flu, Study Says

    COVID Attacks DNA in Heart, Unlike Flu, Study Says

    Sept. 30, 2022 — COVID-19 causes DNA damage to the heart, affecting the body in a completely different way than the flu does, according to a recent study published in Immunology 

    The study looked at the hearts of patients who died from COVID-19, the flu, and other causes. The findings could provide clues about why coronavirus has led to complications such as ongoing heart issues.

    “We found a lot of DNA damage that was unique to the COVID-19 patients, which wasn’t present in the flu patients,” Arutha Kulasinghe, one of the lead study authors and a research fellow at the University of Queensland in Australia, told the Brisbane Times.

    “So in this study, COVID-19 and flu look very different in the way they affect the heart,” he said.

    Kulasinghe and colleagues analyzed the hearts of seven COVID-19 patients, two flu patients, and six patients who died from other causes. They used transcriptomic profiling, which looks at the DNA landscape of an organ, to investigate heart tissue from the patients.

    Due to previous studies about heart problems associated with COVID-19, he and colleagues expected to find extreme inflammation in the heart. Instead, they found that inflammation signals had been suppressed in the heart, and markers for DNA damage and repair were much higher. They’re still unsure of the underlying cause.

    “The indications here are that there’s DNA damage here, it’s not inflammation,” Kulasinghe said. “There’s something else going on that we need to figure out.”

    The damage was similar to the way chronic diseases such as diabetes and cancer appear in the heart, he said, with heart tissue showing DNA damage signals. 

    Kulasinghe said he hopes other studies can build on the findings to develop risk models to understand which patients may face a higher risk of serious COVID-19 complications. In turn, this could help doctors provide early treatment. For instance, all seven COVID-19 patients had other chronic diseases, such as diabetes, hypertension, and heart disease. 

    “Ideally in the future, if you have cardiovascular disease, if you’re obese or have other complications, and you’ve got a signature in your blood that indicates you are at risk of severe disease, then we can risk-stratify patients when they are diagnosed,” he said. 

    The research is a preliminary step, Kulasinghe said, due to the small sample size. This type of study is often difficult to conduct because researchers have to wait for the availability of organs, as well as request permission from families for post-mortem autopsies and biopsies, to be able to look at the effects on dead tissues.

    “Our challenge now is to draw a clinical finding from this, which we can’t at this stage,” he added. “But it’s a really fundamental biological difference we’re observing [between COVID-19 and flu], which we need to validate with larger studies.”

     

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