I’ve written several times about the rising plague of firearms deaths among children (here and here). An article in the New England Journal of Medicine in 2018 noted the sad milestone that firearms were causing 15% of all deaths in children and adolescents. Somewhat encouraging, a later study showed states with stricter firearm laws correlated with lower numbers of firearm deaths in children. The relationship was quite linear, as you can see below. The authors had specific criteria for weak vs. strong gun laws: if you’re interested in what they were specifically they’re in the link to the article.
Of course there is a hot debate about what we could do about this sad statistic, specifically if we should pass gun laws aimed at reducing all firearm deaths, not just among children. There are some who insist nothing should be done, that this high death toll is somehow the price of freedom. I disagree. In this regard the experience of Australia is instructive, an experience for which we now have 25 years to evaluate trends. Such an analysis was recently published in another New England Journal of Medicine article.
After a mass shooting in Tasmania in 1996 the state and territorial governments in Australia instituted an aggressive set of regulations. These included implementing or strengthening gun owner licensing, registration, safe-storage policies, and suicide prevention programs. A key part was banning certain classes of weapons, particularly “assault” type semiautomatic rifles with high capacity magazines like the AR 15. For people who already owned these weapons, there was a buy-back program for the government to purchase these weapons from the owners and destroy them. What followed was dramatic. In the 20 years prior to the program, Australia had 11 mass shootings; in the 22 years that followed there were none. There were additional improvements besides a decrease in mass shootings. Overall firearm deaths from suicides and homicides dropped to a third of what they were previously. This is shown in the graph below.
The drop in gun suicides was particularly striking. There was no evidence of replacement of suicide by gun with another method. Research in the USA has long shown the presence of a gun in the house is a strong risk factor for suicide. Globally, total gun ownership correlates highly with firearms deaths. Additionally, intimate partner violence by men against women increases 10-fold if there is a gun available. Of course correlation is not necessarily causation, but I find the data quite convincing.
I can assure you I am not naive about firearms. I grew up in a small Minnesota town and was an avid hunter. I owned two shotguns and two rifles, one a small 0.22 caliber and one a high-powered 7 mm hunting rifle. I even had two pistols — a small 0.22 caliber and a powerful 0.357 magnum. I don’t have them anymore but I am well acquainted with guns. For what it’s worth, I don’t think the AR 15 and similar are game hunting weapons; they are meant to kill people. After all, they were designed as military weapons. For those who insist they are wonderful for target shooting, find something else.
Overall the Australian experience, now spanning 25 years, indicates taking a public health approach to gun violence yields impressive results. I never want to see another child with a gunshot wound.
A recent article in Pediatrics, the journal of the American Academy of Pediatrics, studies a particular aspect of a disturbing disparity many of us have known about or suspected for many years: a newborn’s chance of dying varies quite a bit with where it is born and who its mother is. It’s well known infant mortality varies 230% between states, with Mississippi having the highest rate at 8.3 deaths per 1,000 live births. Overall the deep South has the worst rates. It’s also well known infant mortality varies with socioeconomic status, with infants born to poorer mothers suffering a higher risk of death. A previous study identified rural location and low socioeconomic status with a higher infant mortality rate, but those two variables were bound together in that rural mothers tended to be poorer. A key issue is that rural counties have more limited access to healthcare and this would tend to drive up the infant mortality rate irrespective of socioeconomic status of the mother. This study tried to tease out those two factors.
The authors studied an enormous group — all births in the United States between 2014 and 2016 and linked them to infant death records at the county level. They used a somewhat complicated but easily understandable algorithm to adjust death rates independently for access to hospitals and socioeconomic status of the mothers. Their conclusions:
Higher infant mortality rates in rural counties are best explained by their greater socioeconomic disadvantage than more-limited access to health care or the greater prevalence of mothers’ individual health risks.
There is an additional interesting article on a related topic in the same issue of Pediatrics. It studies the effects of overall state and local expenditures on services not related to healthcare, what one might call quality of life things, and the effect on infant mortality. Previous evidence has suggested expenditures on non–healthcare services can reduce infant mortality, but it is unclear what types of spending have the greatest impact among groups at highest risk. Their conclusions:
Increased expenditures in public health, housing, parks and recreation, and solid waste management were associated with the greatest reduction in overall infant mortality rate. Investment in non–health care services was associated with lower infant mortality rates among certain high-risk populations. Continued investments into improved social and environmental services hold promise for further reducing infant mortality disparities.
Each incremental increase in overall state and local spending was associated with what one could call a dose-related improvement in infant mortality. That is a powerful finding. Their conclusion may offer some insight into why the deep South, where spending on these things is notoriously lower than other places in the country, has worse infant mortality rates even beyond the socioeconomic status of the mother. Correlation is not causation, of course, but I think these findings are quite intriguing. If we make life more civil and rewarding, we appear also to increase the chances of an infant living to enjoy it.
An important question for pediatricians during our current pandemic is if the novel coronavirus (SARS-CoV-2, Covid-19) has an effect on infants born to mothers who are infected. A recent study in the journal Pediatrics gives some information about this question.
The authors carried out a retrospective, observational study of 149 women who delivered infants while infected with the virus. The patients all delivered during the huge epidemic in New York City last spring. Included in the group were 3 sets of twins and 3 women who had stillbirths. The report is simple; it describes what happened to the mothers and their infants.
Forty percent of the mothers were asymptomatic. Approximately 15% of symptomatic mothers required some form of respiratory support, and 8% required intubation. Eighteen newborns (12%) were admitted to the ICU. Fifteen (10%) were born preterm, and 5 (3%) required mechanical ventilation. Symptomatic mothers had more premature deliveries (16% vs 3%, P = .02), and their newborns were more likely to require intensive care (19% vs 2%, P = .001) than asymptomatic mothers. One newborn tested positive for SARS-CoV-2, which was considered a case of horizontal postnatal transmission rather than vertical transmission from the mother.
We did not observe any distinct case of vertical transmission of SARS-CoV-2 from mothers to their newborns. However, we did observe significant perinatal morbidities among mothers with SARS-CoV-2 and their newborns. We also observed that neonates born to symptomatic mothers with SARS-CoV-2 were more likely to be born prematurely and also be admitted to the NICU than were infants born to asymptomatic mothers diagnosed during universal screening.
The bottom line to me is infants born to mothers symptomatic with Covid-19 have poorer outcomes. This is not particularly surprising, really, but it is good to have these data, which are the first thus far reported about neonatal risk with Covid-19.
As I’ve written before, I have to confess I’ve never been a huge fan of pathways and protocols. They often struck me as rigid and insensitive to the the nuances of differences between patients. There also are times when they are just absurd, times when physicians, and especially mid-level providers, implement them when analysis of the clinical situation clearly shows them to be inappropriate. I suppose part of me feels rigid protocols and pathways diminish the art of medicine, especially for physicians like me who have been practicing for decades. But more and more evidence is emerging that these things help patient care by ensuring nothing falls through the cracks. I find myself noticing as I enter protocol-driven orders that they can remind me of how to proceed. In the electronic medical record I can always uncheck a pre-filled order box if it is inappropriate for a particular patient.
Now we have more data about the topic. The clinical situation that has been extensively studied with protocols is sepsis, which is a series of life-threatening systemic events that can be provoked by various things, but most commonly a serious infection. A key reason for sepsis being highly appropriate for protocols and pathways is that outcome, odds of survival, is highly influenced by early recognition and treatment. Moreover, the immediate treatment is simple, relatively safe, and available in any hospital. This is why virtually all hospitals now have what are called “sepsis bundles.” These are measures taken for suspected sepsis early in the course, before the diagnosis is confirmed. Because it’s common, researchers have looked at how implementing sepsis bundles has affected outcomes. Bear in mind these comparisons are generally not randomized trials because the ethics of that would be questionable. Historical controls, what happened before implementing the bundle, are often used. This approach carries the possibility of a Hawthorne Effect: the phenomenon that can happen when people know they are being observed and change their behavior.
Of the many investigations reporting an improvement in sepsis outcomes, this one and this one are representative. The latter is part of the Surviving Sepsis program, and initiative of the Society of Critical Care Medicine. The bottom line is that such bundles of strongly recommended actions improve outcomes. Sepsis is a bit of an unusual case, though, because in sepsis early and immediate action is important, something not the case in many other conditions in which we have time to ponder things. New York state offers an interesting test cast of bundle effectiveness since it has a state law that mandates them. The above studies were in adults. There have been several recent studies of sepsis bundles in children, such as here and here, and they also show benefit. New York provided the comparison, before and after the implementation of the mandate (“Rory’s Regulations).
I still believe slavish, unthinking adherence to pathways and protocols is bad because they can get in the way of clear thinking. And we don’t need protocols for everything. Yet with more and more acute care being delivered by mid-level, non-physician providers, people who do not have extensive training in the pathophysiology of disease, these things provide a safety net of care. I’ve become cautiously reconciled to them, especially things like sepsis and stroke, in which early and prompt action matters a great deal.
There are 30 million visits a year to America’s emergency departments by children. Most of these are to community hospitals rather than specialized children’s hospitals. A couple of months ago I wrote about what has been a steady trend in pediatric care — community hospitals are transferring an increasingly number of children who come to their emergency departments to other facilities for definitive care of their problems. At first glance one might ask if this could actually be a good thing. After all, isn’t a higher level of capability better for sick children? But it looks to me more as if they just don’t want to provide definitive pediatric care, even for fairly routine things. It seems highly unlikely that sicker and sicker kids are appearing in emergency departments. Now further data is available from a new study from the same research group that confirms this trend and extends its implications.
The first study looked at the past decade across America and identified those facilities that had moved up in their ability to provide definitive inpatient care to children and compared that to the number that had, for whatever reason, downgraded their capacity to care for hospitalized children. This is well shown in this graph:
The newer study has the advantage of studying three very common conditions that bring children to the emergency department: asthma, croup, and gastroenteritis. Critically ill children were excluded; the authors looked at what are bread-and-butter issues for any emergency department that sees children. They found significant increases in referrals out for all three conditions. Bear and mind these weren’t necessarily children who even needed to be admitted to the hospital. It’s not uncommon at all for them to be sent to another emergency department, evaluated and treated, and then sent home. That’s quite concerning.
For critically ill patients and some specialized conditions, there are clear benefits to transfer, which have informed national recommendations from the American Academy of Pediatrics for implementing regionalized emergency medical services. However, it is uncertain which children with lower-acuity conditions benefit from transfer to pediatric tertiary care hospitals. The majority of pediatric patients transferred between EDs are transferred for common conditions, and as many as one-third of children transferred are discharged from the hospital without requiring further intervention or subspecialty consultation.
The facilities are ranked from those who see less children (lowest) up to pediatric hospitals. Not surprisingly the rate of referral was highest in the facilities that cared for smaller numbers of children, but there were increases in all of them except for specialized children’s hospitals. What’s going on here? Should we be concerned about it? I’m concerned because, although serious and severe cases should not be cared for in facilities with limited pediatric experience, these three common conditions should be within the expertise of emergency department physicians, pediatricians, and family practitioners, particularly since these days it’s easy for physicians in smaller facilities to call larger ones for advice — I get such calls all the time, as do my pediatric hospitalist colleagues.
Increasing referral rates over time suggest decreasing provision of definitive care and regionalization of inpatient care for 3 common, generally straightforward conditions. . . . These findings provide further evidence of pediatric care regionalization occurring even for common conditions that do not routinely require specialty care.
This can be very hard on families. Being bounced from one facility to another for a common condition, especially if you are then sent home from the second facility, is traumatic and wasteful. I work in a regional facility and my colleagues in the emergency department not uncommonly see a child sent from a facility on hour or more drive away, only to be sent home. I suspect a major reason for this, as usual, is money. Children typically don’t require all the profit-generating tests and procedures adults do. But they do require that emergency department providers be competent in providing care of children. Clearly more and more facilities have decided it’s not worth the cost to provide this. I also think more than a few hospitals are trying to offload this cost under the guise of securing better care for children.
These articles may be behind paywalls except for the abstracts. If anybody is interested, contact me on the contact form on my homepage and I’ll send you the full articles.
I’m being sarcastic, of course, but that’s often how it feels some days. And, since I posted on this subject a few years ago, not much has changed. If anything it’s worse, with more and more clicks needed on the screen to find what I want to find. Those are days when I’ve been busy at patients’ bedsides all day and then struggle to get my documentation done later, typically many hours later. I jot notes to myself as I go along, but it can be hard to recall at 5 PM just what I did and why at 8 AM. This is a particular problem in critical care because some of our billing codes are time-based and we’re supposed to remember exactly, to the minute, how much time we spend on each patient.
It used to be very different, and that wasn’t always a good thing either. Years ago I spent months going through patient charts from the era of 1920-1950. They were all paper, of course, and the hospital charts were remarkably thin, even for complicated patients. I recall one chart in particular. It was for a young child who was clearly deathly ill. The physician progress notes for her already prolonged stay in the hospital consisted of maybe 2 sheets of paper. Most of the daily notes were a single line. I could tell from the graphs of the child’s vital signs — temperature, pulse, breathing rates, and blood pressure — that one night in particular was nearly fatal. The note the next morning was written by a very famous and distinguished physician. I knew him in his retirement and he was a very loquacious man in person. His note after the child’s bad night was this: “mustard plaster did not work.” If I were caring for a patient like that today there would be just for that day and night multiple entries probably totaling several pages on the computer screen.
Patient charts are burdened with several purposes that don’t always work together. The modern medical record as we know it was invented by Dr. Henry Plummer of the Mayo Clinic in the first decade of the twentieth century. Up until that time each physician kept his (only rarely her) case notes really as notes to themselves. When the multi-specialty group appeared, and Mayo was among the first, the notion of each physician having separate records for the same patient made no sense; it was far more logical to have a single record that traveled from physician to physician with the patient. That concept meant the medical record was a means for one physician to communicate with another. So progress notes were sort of letters to your colleagues. You needed to explain what you were thinking and why. Even today’s electronic medical records are intended to do this, although they do it less and less well.
Now, however, the record is also the principal way physicians document what they did so they can get paid for it. Patient care is not at all part of that consideration. The record is also the main source for defending what you did, say in court, if you are challenged or sued. The result is that documentation, doctors entering things in the record, has eaten more and more of our time. Patients and families know this well and the chorus of complaints over it is rising. Doctors may only rarely make eye contact these days as they stare at a computer screen and type or click boxes. But we don’t have much choice if we are to get the crucial documentation done. That’s how we (and our hospitals) are paid and payers are demanding more and more complex and arcane documentation. I don’t know what the answer is, but I do think we are approaching a breaking point. We are supposed to see as many patients as we can. But the rate-limiting step is documentation.
To some extent we brought this on ourselves. In our fee-for-service system physicians once more or less said to payers: “We did this — trust us, we did it — now pay us for it.” I can’t think of a formula more guaranteed to cause over-utilization or even rare cases of outright fraud. But there is only so much time in the day. In my world an ever smaller proportion of it is spent actually with the patient.
The demand for ever more detailed documentation is not the fault of the electronic medical record. One thing that helps in pediatric critical care is the notion of bundled care. This applies for all children up to age 5 — there are categories for 0-29 days of age, 29 days to 2 years, and 2 years to 5 years. The patient is charged a flat rate for the initial day of care, then a flat rate for each subsequent day of critical care. For anyone older than 5 you are supposed to keep track of the specific minutes you spend on them. My colleagues in hospital medicine bill according to the complexity of care, called evaluation and management or E&M codes, which on the face of things seems reasonable. What can become unreasonable is that there are all manner of odd and picky criteria, constantly changing, requiring the use of special magic language, to fulfill the requirements of the several different categories. For pediatric critical care (for those under 5) one only really needs to document how the child is critically ill and what you did about it. After that the daily global charge kicks in.
For myself, I only ask for a system in which the time we spend with patients is more than the time we spend with their medical record. Surely such a thing is possible?
This month’s edition of Pediatrics has some disturbing research: “Trends in Capability of Hospitals to Provide Definitive Acute Care for Children: 2008 to 2016.” What the paper really does is document what many of us who work in referral hospitals have noted for some time: more and more community hospitals are transferring children who appear in their emergency departments to other, larger facilities instead of admitting them to their own hospital for definitive care. At first glance one might ask if this could actually be a good thing. After all, isn’t a higher level of capability better for sick children? But it looks to me more as if they just don’t want to provide definitive pediatric care, even for fairly routine things.
We analyzed emergency department (ED) visits by children between 2008 and 2016 using the Nationwide Emergency Department Sample, a weighted sample of 20% of EDs nationally. For each hospital annually, we determined the Hospital Capability Index (HCI) to determine the frequency of definitive acute care, defined as hospitalization instead of ED transfer. Hospitals were classified annually according to 2008 HCI quartiles to understand shifts in pediatric capability.
The results showed a progressive and steady decrease in children admitted to the original hospital but rather transferred to another facility. This is illustrated in the graphs below, which show EDs stratified by their capability to render definitive care for children.
The panel on the left (A) shows the trend in EDs able to provide definitive care. You can see there was a quite dramatic rise in the number of EDs unable to provide this (orange line — lowest quintile). The blue line shows the highest capability EDs, and there was a drop in those. So overall there has been a shift in ED capability from higher to lower capability. The panel on the right (B) plots ED visits by children over time. The only real change was that number of visits to the lowest capability EDs actually increased over time. So more kids are appearing at facilities unable (or unwilling) to care for them. Note that the number of highly capable EDs in panel A actually has gone down, adding more stress on the system.
This graph presents the same trend in a little different but useful way. It simply plots the raw number of EDs that went up in capability or went down over time. Far more went down than up.
So what’s happening? Is this a manifestation of a good regionalization of pediatric care, of providing children better care? I doubt it myself. It would require one to postulate pediatric care a decade ago was not very good and now it’s much better. One could argue the standard of pediatric care has risen and that smaller hospitals cannot meet this higher standard, so they appropriately transfer children. But that explanation seems doubtful to have developed over such a short time — over my 40 years of practice, probably yes. But not over just 10 years. Not surprisingly, this trend hits rural hospitals particularly hard. Transfer distances are long, can take hours, and are expensive and not risk-free. They also can be hard on families. An accompanying editorial, “Emergency and Definitive Care for Children in the United States: The Perfect Storm,” is succinct:
These results portend a “perfect storm” of events for care of children in the United States health care system. Increasing pediatric ED visits, poor access to EDs ready to care for children, reduced inpatient capability of hospitals, and increased transfers create increased risk for poor outcomes. Pediatric inpatient capacity across most general community hospitals is decreasing, shifting the burden of pediatric inpatient care to regional pediatric centers, often freestanding children’s hospitals with a high Medicaid-insured population of patients. These hospitals, which compose 5% of hospitals yet are responsible for more than one-third of pediatric discharges and are relied on to care for children with complex medical conditions, suffer significant financial losses from pediatric inpatient care.
I have my own anecdotal take on this. I spent much of my career at a large tertiary facility 40 miles away from the town I grew up in. My father was a pediatrician in that small town for 50 years and I myself worked in that hospital during my college years. Occasionally in my capacity as transport director at the tertiary facility I would get a transfer request from my home town. Several of the older nurses, who knew me and my father well, would often say something like: “Your father never would have transferred this child. How times have changed.”
What we don’t know, of course, is if this trend leads to better outcomes. I do hope the authors will continue their work to answer that key question. But in their discussion they doubt it. So do I. Me, I think it’s mostly about money, as many things are. It’s hard to make money off children admitted as inpatients, especially if they are on Medicaid. Administrative costs are high because admissions tend to be short and children typically don’t require all the profit-generating tests and procedures adults do. I think more than a few hospitals are trying to offload this cost under the guise of securing better care for children. This research demonstrates it’s not about patient volume. It’s possible physician unwillingness to admit these children also plays a role. It adds to their already heavy workload. But whatever the cause, or more likely causes, it can’t go on.
Regular readers of the blog know I have written before about the potential effects of screen time on brain development. I think it’s an important issue and represents a kind of ongoing experiment in our children for which we don’t know the results. But what we do know is that excessive screen time is bad for development. The problem is we don’t know what “excessive” means in this situation. This new study brings further information to the question. The somewhat ominous title is: “Associations between screen-based media use and brain white matter integrity in preschool-aged children.”
The authors used MRI scanning, a way of imaging the brain in detail, to assess the fine details of brain structure in children who were chronically exposed to more screen time than that recommended by the American Academy of Pediatrics. (You can find the AAP recommendations here.) They studied 47 children ages 3 to 5 years. That’s not a huge number, but it’s still quite a few, considering the cost and difficulties in doing MRIs on young children. You don’t need to be a developmental neurologist to understand the implications of the findings:
In this cross-sectional study of 47 healthy prekindergarten children, screen use greater than that recommended by the American Academy of Pediatrics guidelines was associated with (1) lower measures of microstructural organization and myelination of brain white matter tracts that support language and emergent literacy skills and (2) corresponding cognitive assessments.
Although this is a small study, the take-home message to me is to take seriously the recommendations of the AAP regarding screen time for small children, certainly until we know more about what this vast, uncontrolled experiment in our children — the proliferation of screens in our daily lives — represents.
It’s widely known socioeconomic status correlates with measures of health; rich people have better overall health and even longer lifespans than do poorer people. Of course there are several reasons this might be the case, including better access to healthcare for chronic problems, better diet opportunities (Google “food deserts” to learn more about that), and better living environments. Using Medicaid as a surrogate for socioeconomic status, it’s been shown children on Medicaid are much more likely to end up in a PICU than are more affluent children. I’ve written about that before. The Medicaid data are sort of a 50,000 foot high view of the issue. Now a recent study from the Cincinnati PICU entitled “Neighborhood Poverty and Pediatric Intensive Care Use” focuses on a specific local region — a view from the ground. It provides a useful case study of the issue.
The authors looked at 4,071 admissions to the PICU that led to a total of 12,297 patient days. They only evaluated children from Hamilton County, the county around Cincinnati. They then matched the children to the poverty rates in the neighborhoods they lived in using census tracts. It’s a pretty crude, yet straightforward measure to answer the question they’re asking. The results are a bit noisy and can best be appreciated with simple scatter plots:
Child poverty was significantly associated with PICU admission (p < 0.001). When the PICU admission days were grouped into quintiles, the most affluent quintile had 23 days per 1,000 children and the poorest quintile had 82 days per 1,000 children. That’s a pretty striking difference — 350% higher in the poorest children.
I think the strength of this simple study is that it puts a local face on a phenomenon that has previously been studied by state or nationally. The implication is clear: if we want healthier children and lower healthcare costs, we should focus on childhood poverty. The returns on investing in this would be huge.
There is a troubling entity in pediatrics. Sometimes infants appear to have suffered some catastrophic problem, only to recover within minutes. Forty years ago these were termed “near miss sudden infant death syndrome events.” The notion was that they represented part of the spectrum of SIDS — sudden infant death syndrome — that had, for some reason, been averted. In the mid-1980s researchers realized these spells weren’t really related to SIDS because infants who experienced them were not at higher risk for having a real SIDS event later. A new term was coined: “Apparent life threatening event (ALTE).” The working definition was this:
An episode that is frightening to the observer and that is characterized by some combination of apnea [pause or cessation of breathing], color change (usually cyanotic [blue] or pallid but occasionally erythematous [red, flushed] or plethoric), marked change in muscle tone (usually marked limpness), choking, or gagging. In some cases the observer fears that the infant has died.
ALTE events are not only terrifying to parents; physicians are also worried and uncertain about what to do. I know — I’ve cared for many infants over the years who fit this description. It’s easy to know what to do if the infant looks abnormal when you examine him because whatever abnormality you find guides your course of action. But typically these babies look fine by the time the physician sees them. If the parents called 911, the paramedics also find a normal-appearing baby. Usually we admit such babies to the hospital and place them on heart and breathing monitors to see if they do whatever it was again. In my experience, they typically don’t. So now what? In at most half the cases we identify a probable cause, the most common of which is reflux of feedings from the stomach to the mouth, after which a small amount gets in the airway. When that happens a common infant reflex is to stop breathing — stimulating them gets them to start again. Respiratory infections (particularly RSV) and seizures, convulsions, are also potential causes. But at least half the time we have no idea what happened.
What is the risk of an ALTE recurring? It turns out we have no idea about that, either. A review of nearly 37 research articles spanning 40 years concluded such a prediction can’t be made, largely because the definitions used for what is or is not an ALTE have been quite variable in spite of the above consensus statement. A huge issue is that infants who are clearly abnormal, but who arrive for evaluation with an ALTE, are often lumped in with children who appear normal after the event. Those are very different groups.
To try to analyze this troubling condition the American Academy of Pediatrics has issued a clinical practice guideline about what to call these events and what to do about them. They did add to the alphabet soup by coining a new term: “Brief, resolved, unexplained event (BRUE).” I’m not sure how useful that term will be, but the intent is to separate out those children in which a detailed conversation with the parents and a thorough evaluation do not identify any potential cause. For those infants the committee (and it was a committee, with all the problems that can bring) recommended not doing so many tests. One thing is clear; a home apnea monitor does not at all reduce the risk of future harm, and so using one is not recommended. A BRUE (or ALTE) is not associated with risk for SIDS — that’s a key observation that has stood the test of time. We do know one thing that is clearly associated with SIDS: putting babies to sleep on their stomachs. Ever since the introduction of the “back to sleep program,” of instructing parents to put their babies to sleep lying on their backs, the incidence of SIDS has dropped remarkably, although it still happens.
What do I think? We don’t know what causes these spells. However, premature infants are at higher risk for them and we know such infants often have disordered breathing and heart reflexes. I have no data at all about it, but my guesswork opinion is these spells represent immaturity of infants’ brains such that they respond to a variety of stimuli by pausing or stopping breathing or slowing their heart rate. The tendency goes away with growing older because we only see this problem in infants. I hope this new categorization leads to useful research about what is really happening during these mysterious events. Of course simply renaming ALTE a BRUE doesn’t really help our understanding of all this.
Sachin on Thinking about risk So, I beleive my first point is correct about the brain development effect ? Yes, I've heard the ...
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