Back in 2009 I wrote a story entitled, “The New Plague”, about my experiences as a pediatrician with the frightening trend of parental vaccine refusal in New York City. In that post I discussed some of the complex social factors contributing to this phenomenon, and some of the common vaccine myths to which many parents fall prey. I recommend that you read that post, as it is (unfortunately) as timely today as it was then. Now I’m a pediatrician in Amherst, Massachusetts, and I find it necessary to revisit this dangerous trend in parenting.
As I described in my previous post on the subject, my old practice was at an interesting crossroads of several communities that seemed to perfectly embody the socioeconomic and cultural characteristics commonly found in communities with high rates of parental vaccine refusal. Ironically, these tend to include people who are educated and socially privileged; those empowered to question authority. In 2010, I left New York City and moved to Western Massachusetts to take a job at Baystate Children’s Hospital in Springfield. There I was in charge of the teaching clinic where pediatric residents are trained in the outpatient care of children. The children we took care of in Springfield comprised a very high-risk, underprivileged population. Our patients were significantly below the poverty level, with high rates of developmental and educational disability, a high teen pregnancy rate, and high rates of domestic violence, drug use, and gang involvement. Children who were not up to date with their vaccinations were behind because of poor continuity of care, with many missed appointments and gaps in follow-up. I now work at a private practice further north in the Pioneer Valley of Central Massachusetts. Here, my experiences with vaccine lapses are starkly different. Now, when I encounter a child who is not fully vaccinated or is completely unvaccinated, it is the result of a parental decision. A very flawed, dangerous, and misinformed parental decision.
It’s summertime, and the living is easy. Forget the solstice. For most of North America, this week is the real start of summer – July 1 in Canada, and July 4 in the USA. Vacation time means breaking out of that those usual routines of work and school. I’m amazed after a few weeks of vacation how much sleep my body will accept if given the opportunity, where it will climb from six to nine hours a night within a week. I try not to change my kids’ habits too much, and one area I’m fairly disciplined with is maintaining a predictable sleep/wake cycle, even when they’re on vacation. I’ve learned, mainly through trial and error, that I suffer the consequences when my own kids don’t get enough sleep, or when their sleep cycle is thrown off. It wasn’t always like this. I remember a period of what felt like years when I had to crawl out of my child’s bedroom on my hands and knees so as to not disturb a child who simply would not fall asleep. And when it finally, mercifully, occurred, it would be a brief respite before the cycle began again. The sleepless nights left us all cranky and exhausted. Admittedly I was fortunate, either due to my successful parenting (but more likely mean reversion) and my kids are pretty good sleepers now. I’m reminded of my good fortune when I speak with exhausted and frustrated parents who have children that cannot sleep and are worried about the causes and consequences of persistent insomnia. As a pharmacist I’m regularly asked about insomnia for both kids and adults as there are a number of over-the-counter products available, and many consumers are understandably apprehensive about seeking out prescription products. Tell someone there’s “natural supplement” for sleep and there’s usually a lot of interest. That’s what I’ve seen with melatonin, a hormone that is sold without a prescription in Canada, the United States, and other countries. It is widely perceived as safe and alternative health purveyors like naturopaths, and even some health professionals, may recommend it for treating sleeping problems in both adults and children. Beyond sleeping, some believe melatonin is a wonder drug with efficacy for diseases ranging from chronic fatigue to cancer to irritable bowel. (more…)
Back in 2008, I tried to look objectively at the scientific evidence for and against circumcision. I got a lot of flak from commenters who focused on the ethical issues rather than the scientific evidence. I concluded that the evidence showed small benefits and small risks, and I didn’t advocate either for or against the procedure. At the time, the American Academy of Pediatrics’ position was:
Existing scientific evidence demonstrates potential medical benefits of newborn male circumcision; however, these data are not sufficient to recommend routine neonatal circumcision. In circumstances in which there are potential benefits and risks, yet the procedure is not essential to the child’s current well-being, parents should determine what is in the best interest of the child.
On August 27, 2012, the American Academy of Pediatrics issued a revised Circumcision Policy Statement saying that the benefits outweigh the risks.
Some of our readers have complained that we pick on alternative medicine while ignoring the problems in conventional medicine. That criticism is unjustified: we oppose non-science-based medicine wherever we find it. We find it regularly in alternative medicine; we find it less frequently in conventional medicine, but when we do, we speak out. A new book by Dr. Peter Palmieri is aimed squarely at failure to use science-based medicine in conventional practice.
Dr. Palmieri is a pediatrician who strives to provide the best compassionate, cost-effective, science-based care to all his patients. Over 15 years of practice in various settings, he observed that many of his colleagues were practicing substandard medicine. He tried to understand what led to that situation and how it might be remedied. The result is a gem of a book: Suffer the Children: Flaws, Foibles, Fallacies and the Grave Shortcomings of Pediatric Care. Its lessons are important and are not limited to pediatrics: every health care provider and every patient could benefit from reading this book.
The chapters cover these subjects:
- How doctors mishandle the most common childhood illnesses
- How doctors succumb to parental demands
- How they embrace superstition and magical beliefs
- How they fall prey to cognitive errors
- How they order the wrong test at the wrong time on the wrong patient
- How financial conflicts of interest defile the medical profession
- How doctors undermine parents’ confidence by labeling their children as ill
- A prescription for change
As much as I support vaccines, I see the short term consequences. Vaccines can be painful. Kids don’t like them, and parents don’t like seeing their children suffer. That this transient pain is the most common consequence of gaining protection from fatal illnesses seems like a fair trade-off to me. But that’s not the case for every parent.
Today’s post isn’t going to focus on the extremes of the anti-vaccination movement. Rather, it’s going to look at ways to make vaccines less painful and more acceptable to children. The pain of vaccines can lead to anxiety, fear, and even nonadherence with vaccination schedules. Fear of needles and injections is not uncommon, it’s estimated that 10% of the population avoids vaccinations for this reason.
The vaccine schedules are intense. Where I live, the public vaccination schedule specifies seventeen injections of six different products over six visits in the first 18 months of life, plus influenza vaccinations and one-offs like H1N1. That’s a lot of visits, and a lot of tears if a child doesn’t handle them well.
In light of what’s known about the prevalence of needle fears, their potential effect on vaccination adherence (that could persist through adult life), and the possible impact on public health because of unvaccinated individuals, it makes sense to do whatever we can to minimize the pain and discomfort of vaccines, increasing their acceptance to children and their parents. But what works? I’ve personally found Smarties (the real ones) and Dora the Explorer stickers are effective distractions and bribes. But I’m not about to call my n=2 trial good science. Nicely, there’s much more evidence to guide our recommendations.
We spend a lot time at SBM discussing different elements of the art and science of medicine, and how we believe that practice can be improve. Yet our science-based intentions can be thwarted at the last possible moment – in the form of dosing errors. The workup may have been comprehensive, the diagnosis could be correct, the most clinically and cost-effective intervention chosen, and whammo. An overdose or underdose, possible toxicity, and a failure to achieve the desired outcome. It’s a completely avoidable, but often overlooked aspect of the practice of medicine.
In my last post, I noted how cough and cold products for children have largely been withdrawn from the market due to their lack of efficacy, and the risks related to toxicity. Today’s post is going to dive a little more deeply into factors that can contribute to toxicity in the pediatric population. Let’s start with a vignette that may be familiar to parents:
The new father is wakened from a blissful, deep sleep by a crying child. Once Dad realizes when and where he is, and the source of the crying, he silently curses the short duration of action of the acetaminophen liquid he gave his child at bedtime. It has probably worn off already, and the fever is back. Stumbling into his child’s room in the dark, he can feel the heat radiating off his body. He fumbles around for the Tylenol, and something to measure it with. He can’t find the dropper bottle, but finds a bottle of syrup. It’s hard to measure the dose in the dark, and the medicine cup he finds is hard to read. “I think the dose is a teaspoon..that’s 5mL”. He pours the medicine into his child’s throat, tucks him back into bed, and both are back asleep within minutes.
One of my earliest lessons as a pharmacist working in the “real world” was that customers didn’t always act the way I expected. Parents of sick children frequently fell into this category — and the typical vignette went like this for me:
- Parent has determined that their child is sick, and needs some sort of over-the-counter medicine.
- Parent asks pharmacist for advice selecting a product from the dozens on the shelves.
- Pharmacist uses the opportunity to provide science-based advice, and assures parent that no drug therapy is necessary.
- Parent directly questions the validity of this advice, and may ask about the merits of a specific product they have already identified.
- Pharmacist explains efficacy and risk of the product, and provides general non-drug symptom management suggestions.
- Parent thanks pharmacist, selects product despite advice, and walks to the front of the store to pay.
In many ways, a pharmacy purchase mirrors the patient-physician interaction that ends with a prescription being written — it’s what feels like the logical end to the consultation, and without it, feels incomplete. It’s something that I’m observing more and more frequently when advising parents about cough and cold products for children.
Some people think circumcision is mutilation; others want one even if they don’t know what it is. When I was working in an Air Force hospital emergency room one night, a young airman came in requesting a circumcision. I asked him why he wanted one. He said a couple of his friends had had it done, and he’d heard it was a good idea, and he was going to be getting out of the Air Force pretty soon and wanted to have it done while Uncle Sam would still foot the bill. I examined him: he had a neatly circumcised penis without so much as a hint of any foreskin remnant. I’ve always wondered what he thought we were going to cut off.
The subject of circumcision evokes strong emotions. Some people think of neonatal circumcision as a religious duty or a valuable preventive health measure; others think it is the epitome of child abuse. I have no strong feelings either way. I’m not sure what I would have decided if I’d had sons; fortunately my children were both daughters so I didn’t have to decide. I’m going to try to stand back and look at the scientific evidence objectively. What are the medical benefits and risks of circumcision? (more…)