Categories
Emergency Department Inpatient Practice Intensive Care Unit

It’s Time To Resurrect The Lost Art Of The Lumbar Puncture

Most doctors no longer do spinal taps… and that is a problem. As a resident, I performed dozens of lumbar punctures. We even had our own lab in the ICU where the internal medicine residents could spin down cerebrospinal fluid specimens and do diff-quick stains for cell counts and India ink preps for Cryptococcus in the middle of the night. In truth, we had a lot more meningitis back then, with few adults having received Pneumococcal vaccines and AIDS being rampant. But today, there are less lumbar punctures being performed and fewer physicians trained in how to do them.

Back in the 1980’s, all internal medicine residents learned how to do LPs. If you were unsuccessful, you found another resident who was more experienced to do it. If that resident was unsuccessful, you called a neurosurgeon. And all LPs were performed at the bedside, using only palpation of lower back anatomy to guide needle insertion.

Several factors have led to fewer patients getting lumbar punctures. Most older adults have had a pneumococcal vaccine, reducing the incidence of pneumococcal meningitis. Most children have received a Haemophilus vaccine, reducing the incidence of Haemophilus meningitis. Most people with HIV are receiving anti-retroviral therapy, reducing the incidence of cryptococcal meningitis. Use of colony stimulating factors with chemotherapy and improved immunosuppressant regimens have reduced the incidence of opportunistic infections causing meningitis. Advances in CT and MRI imaging have reduced the need for lumbar puncture for the diagnosis of subarachnoid hemorrhage.

A second factor is that bedside lumbar punctures have become more difficult. The two most important reasons for a lumbar puncture attempt to fail are patient obesity and spinal arthritis. Obesity makes it more difficult to palpate the lumbar landmarks. Arthritis causes deformities of the spinous processes and reductions in the diameter and shape of the channel that the spinal needle must pass through the interspinous ligaments. As the baby boomers have aged, the percentage of older Americans has increased and with that age has come more spinal arthritis. And as Americans have become more obese in the past three decades, the average patient needing a spinal tap has become more obese.

A third factor has been an evolution of the hospital credentialing process. In the past, lumbar puncture was generally a “core privilege” for internists, family physicians, pediatricians, emergency medicine physicians, anesthesiologists, and surgeons. As a core privilege, any physician in those specialties was allowed to perform a lumbar puncture. As the U.S. physician credentialing process has become more strict, hospitals started requiring new physicians to provide procedure logs documenting successful performance of some minimum number of each bedside procedure – typically 10 for lumbar punctures. Many internal medicine, surgery, and family practice residents were unable to perform that many LPs during residency and thus were unable to apply for hospital privileges to perform lumbar punctures as an attending physician. Because a resident is technically acting under the supervision of an attending physician, if the attending physician was not credentialed to do lumbar punctures, then the resident working under that attending physician was not permitted to do an LP either. This has led to a snowballing of fewer and fewer residents doing enough LPs to be able to get credentialed to do them as an attending physician. Lumbar punctures have dropped off of the core privilege lists in many hospitals. Once a procedure drops off of the core privilege list, physicians have to provide documentation of maintenance of skill by doing some minimum number of each procedure every 1 or 2 years. This has resulted in a further drop in the overall number of physicians credentialed to perform lumbar punctures.

As a result of all of these factors, interventional radiologists now perform a large portion of lumbar punctures on inpatients. In our hospital’s ICU, many physicians would not attempt an LP, even if they had hospital credentials to perform them, simply because it was easier to just put in an order for an interventional radiologist to do it. Uniquely, I actually liked performing spinal taps and did a fairly large number of them to the point that I’d get called to do them in the ICU, even if I was not assigned to inpatient duties that week.

The thing is that doing a spinal tap is an art. You have to be able to palpate the iliac crest and the different components of the spine. You have to know which spinal interspace to choose for needle insertion. You have to know how to angle the needle while inserting it. You have know how deep to insert the needle based on how thick the muscles (or fat) on any given patient’s back. You have to know how it feels when the needle enters the spinous ligament and how it feels when the needle pops through the dura mater. And if your needle hits bone, you have to know what part of the patient’s spine you hit so that you can redirect for successful insertion. In other words, it takes skill and like any skill, it takes practice and more practice to be good at it.

There are three problems with relying on interventional radiologists to perform your hospital’s spinal taps. First, they don’t like doing them – they don’t pay very well and take up a lot of time that the radiologist could be doing more lucrative procedures. Second, they aren’t always available – few radiologists are going to come into the hospital at midnight on a Saturday to do a fluoroscopically-guided LP but if you think a patient has bacterial meningitis, that LP really can’t wait until sometime the following Monday when the radiologist does elective procedures. And third, they often don’t send the spinal fluid for the correct tests – you only want to put your patient through an LP once and you don’t want to have to do a second procedure because the radiologist didn’t know to order a bacterial or fungal culture on the spinal fluid.

There is a way to bring lumbar punctures back to the bedside where they belong, rather than routinely sending all patients to the radiology department for their spinal taps… ultrasound.

30 years ago, all ultrasound was relegated to radiologists and cardiologists. Then, in the 1990’s we bought a small portable ultrasound machine for our medical intensive care unit and I started using it to help identify jugular veins when placing central venous catheters. Bedside ultrasound soon became the imaging test of choice to evaluate patients with blunt abdominal trauma in the emergency room. Today, few residents even know how to place a central venous line, place an arterial catheter, perform a thoracentesis, or perform a paracentesis without ultrasound guidance.

Bedside ultrasound can also be used to assist performance of lumbar punctures. A 2018 study of emergency department patients found a 90% success rate using ultrasound guidance vs 81% with conventional anatomic landmark guidance; this study also showed shorter procedure times, lower patient pain scores, and fewer needle passes using ultrasound. A 2020 study found that neurologists had a success rate of 93% using ultrasound guidance vs. 68% without ultrasound. Moreover, this study found that the procedure time decreased from 38 minutes to 17 minutes with the use of ultrasound. A 2024 meta-analysis of LPs in children found that pediatricians had an improved success rate of 72% with ultrasound vs. 60% without ultrasound and it also resulted in fewer traumatic taps. In 2024, a meta-analysis of patients undergoing epidural and spinal anesthesia found a significant increase in first-attempt success rates using ultrasound guidance. In 2019, the Society for Hospital Medicine recommended that ultrasound be used to guide lumbar puncture whenever it is available.

  • Residency programs should incorporate simulation laboratory training in lumbar puncture using ultrasound.
  • Residency programs should encourage use of ultrasound guidance when performing lumbar punctures on patients whenever feasible.
  • Hospitals should purchase portable bedside ultrasound machines that can be used in emergency departments, intensive care units, operating rooms, and general inpatient nursing units.
  • Hospitals should ensure that existing bedside ultrasound machines have an appropriate transducer for lumbar spine imaging.
  • Hospitals should develop simulation laboratory training in ultrasound guided lumbar puncture for those hospitalists, emergency medicine physicians, intensivists, and anesthesiologists who have not been trained in ultrasound guidance.
  • Hospitals should develop a training and credentialing process for physicians who do not currently have lumbar puncture privileges. This could include simulation laboratory training coupled with some number of supervised lumbar puncture procedures in patients as a pathway to obtaining hospital privileges.
  • Hospitals currently utilizing “procedures teams” of physicians, nurse practitioners, and/or physician assistants should incorporate ultrasound guidance for performance of lumbar punctures.
  • Because most hospitals do not perform a sufficient number of lumbar punctures for all physicians to perform a minimum number of procedures annually to maintain credentials, an alternative pathway to re-credentialing lumbar puncture privileges using a simulation lab should be adopted.

I was one of the first physicians to use bedside ultrasound to guide central venous catheter placement in our intensive care unit. But I have to admit that after a few months, I stopped using it except in rare occasions because it slowed me down. I had placed so many internal jugular vein, subclavian vein, and femoral vein catheters that I could do them quickly and successfully just by look and feel. But most physicians have not placed hundreds of central lines without ultrasound guidance and most physicians have not performed dozens of lumbar punctures using anatomic landmark identification alone.

When a patient is suspected of having meningitis or encephalitis, they need a lumbar puncture and they need that LP right now. Choosing the wrong antibiotic that doesn’t cover the bacteria in a patient’s cerebrospinal fluid or failing to give an antiviral drug for the patient with herpes encephalitis can mean the difference between complete recovery and permanent brain damage (or death). We need to give hospital-based physicians the tools and training that they need to take optimal care of these patients. And that means embracing ultrasound guidance for lumbar punctures.

April 24, 2025

Categories
Emergency Department

It’s Time To Totally Re-Think Boarding Patients In The Emergency Department

ER boarding occurs when a patient in the emergency room gets admitted to the hospital but there are no inpatient beds available, so the patient stays in the ER. This is problematic on many levels – the ER physicians hate it, the hospitalists hate it, the ER nurses hate it, and the patients hate it. I propose some solutions, that as an employed hospital medical director I could never propose without incurring the wrath of the medical center CEO, but now that I am retired and no one can fire me, I’m free to speak my mind.

ER boarding is a 21st century problem. In the past, hospitals kept a lower occupancy level of around 80% or so, meaning that there were almost always empty beds to put patients in who were admitted from the emergency room. Moreover, prior to 1990, elective hospital admissions made up a large percentage of the total number of admitted patients and if the hospital got full, you could always postpone an elective admission for a day or two.

Today, financial pressures have caused hospitals to maintain much higher occupancy levels, often around 90-95% – it is too expensive for hospitals to have empty beds and too expensive to pay nurses who have no patients to take care of. All it takes is a minor surge in the hospital census and the hospital has no empty beds to put emergency department admissions into. Furthermore, elective admissions are largely a thing of the past – surgeries are increasingly done in outpatient settings, patients get treatments such as chemotherapy in outpatient settings, and patients with illnesses that were once managed as inpatients are now managed as outpatients. For most hospitals, the emergency department has now become the hospital’s de facto admissions office. The result of these factors has been a reduction in U.S. community hospital inpatient beds from 3.3 per 1,000 population in 1995 to 2.4 per 1,000 population in 2019.

Respiratory illness admissions are more common in the winter months, correlating with the seasonal spike in influenza, RSV, and now COVID viral infections. These viruses can not only cause lung disease severe enough to warrant inpatient admission by themselves, but they are also important triggers for secondary bacterial pneumonias, COPD exacerbations, and asthma flares that can require inpatient treatment. Interestingly, there is also a seasonal variation to cardiovascular admissions, with more admissions in the winter months. As a hospital medical director, I always feared January because that was invariably the month that we would run out of inpatient beds.

When there are no inpatient beds, you can’t just send sick patients home, they end up stacking up in the emergency department. When the ER gets full, it goes on “divert status”, meaning that emergency squads and ambulances are diverted from the hospital’s ER to another hospital further away. When all of the ERs in a geographic region are full, the area goes on “regional divert”, meaning that the emergency squads arrivals are spread out to all of the hospitals’ ERs sequentially: 2 for hospital A, then 2 for hospital B, then 2 for hospital C, etc. In other words, the pain is spread out equally among all of the area hospitals.

This reached a boiling point recently at a hospital in my community where a patient became angry at being held in the ER because there were no inpatient beds. He became belligerent and made death threats to the ER nurses. When hospital security arrived and restrained the patient, they found a loaded firearm in the patient’s coat. The nurses have now lodged a complaint with the Ohio Bureau of Worker’s Compensation against the hospital.

The emergency room is not a good substitute for an inpatient hospital room for a number of reasons:

  • The bed in the ER is generally a gurney and not a regular hospital bed. Gurneys are uncomfortable and not conducive to sleep.
  • The ER rooms do not have windows, private bathrooms or showers. No inpatient wants to have to walk down a crowded ER hallway every time they need to use the bathroom. Nor do they want to go for days without a shower. The absence of windows to the outside eliminates natural light that throws off circadian rhythms and fosters “sundowning” in older patients.
  • Family visitation is different. Patient visitation is relatively easy and unrestricted in inpatient nursing units. Visitation in emergency departments is much more restrictive. Visiting family members must go through metal detectors and wait in the ER lobby until they are escorted to the ER room by a nurse. The result is that patients feel isolated.
  • The food is different. In the ER, patients can usually get snacks and coffee but in an inpatient ward, the hospital’s dietary department will allow patients to choose their meal and get a scheduled hot breakfast, lunch, and dinner. In the ER, if a patient wants a full meal, they often have to have a family member bring it to them from home or from a nearby fast food restaurant.
  • The ER is noisy. If you don’t believe me, stand in the middle of an emergency department for 15 minutes and then go stand in the hallway of an inpatient ward for 15 minutes. The noise in the ER is constant, loud, and inescapable for patients boarding in the ER. This can not only interfere with the patient’s ability to sleep but is also unnerving.
  • The ER nurses are not inpatient nurses. Don’t get me wrong. ER nurses are great at what they do. But inpatient nurses are trained to take care of inpatients and are better at it than ER nurses.
  • Case management is different. Many ERs will have their own case management staff and social worker. However, they are experienced in the needs of patients being discharged from the ER and do not regularly deal with the discharge needs of inpatients such as setting up home health and arranging transfer to skilled nursing facilities. As a result, boarded patients can have longer lengths of stay and may have less than ideal post-hospital care.
  • The ER doctors are not hospitalists. Like ER nurses, ER physicians are great at taking care of emergencies. But they are not trained in management of inpatients. Moreover, they are constantly setting their priority for the new life-threatening problem that just rolled through the ER door – the admitted patient who is not actively dying gets pushed to a lower priority.
  • Patients do not get good hospitalist care. When an ER patient get admitted, that patient then becomes the responsibility of the hospitalist who admits that patient. But if that hospitalist has 1 patient boarding in the ER on the first floor of the hospital and 12 patients in an inpatient unit on the eighth floor of the hospital, that hospitalist is going to spend the overwhelming majority of the workday on the 8th floor. The ER boarder will be out of sight, out of mind.
  • It is even worse for ICU patients. Separating critically ill patients from the intensive care unit for hours or days removes them from the infrastructure of the ICU – they get less attention from the critical care nurses, critical care physicians, and respiratory therapists. Patient:nurse ratios in the ICU are typically either 1:1 or 2:1 and these ratios cannot be maintained by ER nursing staff.
  • Boarding burns out staff. Having to care for patients under sub-optimal conditions is a perfect recipe for burnout of physicians, nurses, and other hospital staff. When staff experience burnout, it spreads through the hospital like an infection and can lead to long-term damage to the hospital and its ability to provide standard of care.
  • Patient satisfaction suffers. Hospital administrators carefully monitor their hospital’s patient satisfaction scores. These scores are derived from surveys sent to discharged patients after hospitalization. Americans are increasingly weary of being over-surveyed by everyone and anyone they do business with. Consequently, many people are only motivated to respond to surveys when they are particularly angry and nothing makes patients more angry and dissatisfied than spending a day or two boarding in the ER.
  • Hospitals lose money on inpatients boarding in the ER. A study published last October found that the hospital costs to care for stroke patients boarded in the emergency department was double the costs to care for these patients in normal inpatient nursing units. Because hospitals are paid a fixed amount based on the patient’s DRG, these additional costs are absorbed by the hospital and not the patient or the patient’s insurance company.

As with most problems in healthcare, there are several solutions. Some are under the control of the individual hospital but others will likely require state and/or federal regulations. Here are specific measure that hospitals can take:

  1. Hospitals need to track their daily census by month. Physicians all know that hospitals fill up in January and February but hospital executives need data in order to take action. It is not enough to simply track the number of admissions because this tell you nothing about whether those admitted patients were in the ER for several days or actually made it to an inpatient hospital room. If you can show the hospital administration that the hospital averages 95% capacity in January and 90% capacity all of the rest of the year, then that tells them that the hospital needs to have more available inpatient beds in January. In addition, tracking the total number of boarding hours by month can help demonstrate month-to-month variation in the number of staffed inpatient beds needed.
  2. Hospitals need to track ER divert hours by month. When the inpatient beds fill up, then admissions back up in the ER and eventually, the ER fills up and has to go on divert status. When emergency squads are diverted to other hospitals, all of those financially lucrative hip fractures and myocardial infarctions are going somewhere other than your hospital. ER diversion is deadly to hospital finances. If you show the hospital’s administration that ER diversion hours increase every January and February, then that tells them that the hospital needs more capacity in the winter.
  3. Hospitals need to track their nursing staff sick call-offs by month. Not surprisingly, nurses and other hospital staff get seasonal viral infections just like the patients. When the nurses (or their school-age kids) get sick, they call off work and hospitals restrict their admissions because they don’t have enough nurses to take care of all the inpatients. If you can show the hospital administration that nursing sick call-offs increase in the winter, you can argue for annually bringing in seasonal staff. This could be in the form of traveling nurses, contingent staff, or part-time employees. This must be done proactively – if you wait until a bunch of nurses are off work sick, then there is not enough time to recruit traveling new traveling nurses or contingent workers.
  4. Re-engineer the ER rooms. If you must board inpatients in the emergency department, you have to renovate the rooms. That means having a TV for the patient to watch and a door to the room (not just a curtain) to reduce noise.
  5. Better beds. No admitted patient should have to spend their hospital stay on a steel gurney. Hospitals need to have enough regular hospital beds so that when a patient is admitted, they get a comfortable hospital bed, even if they are in the ER.
  6. Food services. Inpatients boarding in the ER should have the same meal selections as inpatients in an inpatient nursing unit. And those ER boarders should get their lunch at lunchtime and not at 4 o’clock PM when the patient finally had to ask specifically to get something to eat.
  7. Hospitals should prepare to flex up the number of staffed inpatient rooms in the winter. For a large hospital, this could mean having a nursing unit that you only open up during winter. For a small hospital, this could mean closing off a few inpatient rooms from one nursing unit during the spring, summer, and fall so that those rooms could be activated during the winter.
  8. Hospitals need to maintain a constant ratio of inpatient to ICU beds. If the hospital has a 20:1 inpatient to ICU bed ratio in the summer and then flexes up the number of staffed inpatient beds in winter, there needs to be a proportionate increase in staffed ICU beds in the winter. Many hospitals need to increase the number of ICU beds proportionate to inpatient hospital beds in winter – in the U.S., mortality from respiratory infections and heart disease is highest in winter whereas mortality from accidents, suicide, and homicide are highest in summer. Thus, many hospitals need to increase their staffed MICU (medical ICU) beds in winter and then increase their staffed SICU (trauma/surgical ICU) beds in summer.
  9. But it is not just the physical rooms, the hospital needs to have more available nurses and hospitalists in the high census months. To ramp up the number of nurses in the winter, you have to get seasonal contracts out in the summer. The hospital simply cannot budget a fixed number of nurses for the entire year – plan to have more nurses available in the winter (or when your hospital’s data indicates you are most likely to have patients boarding in the ER). When hospitals do their annual budgets, they normally plan for a certain number of nursing FTEs for the entire year – this is a recipe for failure. Instead, determine how many nursing FTEs you need for each season (or better yet, each month) – if your hospital needs 500 nurses from March through November, you may very well need 530 nurses every December, January, and February. If there are 8 daytime hospitalists per day in summer, you may need 9 in winter. One option is to write hospitalist contracts so that the hospitalists do 12 shifts/month in the summer and 18 shifts/month in the winter.

Hospitals cannot fix the ER boarding problems by themselves. No matter how much data a hospital generates about seasonal variations in ER boarding, inpatient census, and ER diversion, there will inevitably be unexpected surges in inpatient admissions. You just can’t plan when patients are going to get medical illnesses.

The problem is that hospitals view patients in their ERs as hospital property. The hospital does not want to have to turn away a financially lucrative hospital admission and send that admission to the competing hospital on the other side of the town. I propose some regulations (as much as I normally hate regulations) to address the problems that hospitals cannot fix by themselves:

  1. A Medicare requirement that if a Medicare patient boards in the ER for more than 8 hours, that patient must be offered the option of being transferred to another hospital. The 8 hour number is pretty arbitrary – pick another number if you prefer, maybe 12 hours or 4 hours (the Joint Commission considers boarding longer than 4 hours to be a safety risk). But put the pressure on the hospital to take the measures listed above to avoid ER boarding. If the hospital has to offer the patient transfer and the patient agrees to be transferred, then the hospital loses the revenue from that admission (and has to cover the cost of transport). If the patient doesn’t want to be transferred, then let them stay in boarding status, but at least empower them to be part of the decision making. Nothing motivates the hospital administration more than losing revenue.
  2. A Medicare (or state department of health) requirement that hospitals make real-time information on ER boarding available on their websites. A patient who is trying to decide which ER to go to should be able to easily determine which hospital is currently at capacity. Even patients loyal to one hospital will often go to a different hospital if they know that they will have to wait for 2 days in the ER in order to get placed in a regular inpatient room. A shopping mall here in Central Ohio has several parking garages and at the entrance to each one, there is an electronic sign displaying the number of parking spaces that are available in real time. If parking garages can do it, then hospitals surely should be able to.
  3. Eliminate current barriers to inpatient discharges. First, the Medicare “3-day rule” needs to be eliminated – this rule requires a patient to be a hospital inpatient for at least 3 days before that patient can be transferred to a skilled nursing facility. Second, Medicare Advantage Plan commercial insurance companies should be mandated to either approve or deny transfers to skilled nursing facilities within 24 hours of a hospital’s request to transfer – currently approval can take days, particularly if the request for transfer occurs on a Friday or a weekend day. If the federal government cannot change these regulations, then governors or state health department directors should be empowered to temporarily lift the Medicare 3-day rule and temporarily pause insurance company prior authorization requirements to send patients to skilled nursing facilities when there is a state-wide hospital census crises.
  4. Require Medicare Advantage Plans and commercial health insurance companies to cover out-of-network hospitals and their physicians as if they were in-network when the regular in-network hospitals are full. Commercial insurance companies, and in particular Medicare Advantage Plans, generate profit by creating a narrow in-network list of hospitals and physicians. When patients are admitted to other hospitals or are seen by other physicians, the hospital and physician charges are considered out-of-network and are either not covered at all by the insurance company or only partially covered with the patient being responsible for a large portion of hospital/physician charges. Currently, patients cannot be transferred to out-of-network hospitals, even if the out-of-network hospital has the only available inpatient beds in the region. When in-network hospitals are all full, insurance companies should be required to cover hospitalization at out-of-network hospitals.
  5. Unions need to be involved in solutions. Despite what union leaders will often say, a union has only one mission – to protect the interests of the union members. The union does not exist to protect customers, patients, or society in general. Most hospitals have staff that are unionized, whether that means housekeepers, nurses, or even doctors. Union contracts frequently limit what the hospital can and cannot do during episodes of overcrowding. Union contracts, and most importantly nursing union contracts, must be written with acceptable compromises for utilization of staff during times of hospital crowding.
  6. Relax state laws requiring “certificates of need” for hospitals to open additional inpatient beds. In many areas, hospitals that are at maximum capacity cannot open additional beds because they are unable to get the necessary legal approval to do so. These state regulations exist to prevent one hospital from enlarging so much that it puts all of the other competing hospitals in the region out of business, kind of like when Walmart moves into a town and puts most of the small independent retailers and grocery stores out of business. But overregulation can pose a barrier to creating sufficient hospital bed supply in communities, with the result that the public is harmed.
  7. Create a nationwide temporary state licensure for nurses and doctors who hold active nursing and medical licenses in other states. Currently, it can take weeks or months to get a nursing or medical license in another state. When a hospital has a sudden need for additional nurses or hospitalists, that hospital should be allowed to bring in nurses and doctors holding valid licenses to practice in other states for a temporary period before requiring a full in-state nursing or medical license. Three months would seem like a good time limit. Think of this as analogous to driver’s licenses – I can use my U.S. driver’s license in Ireland for up to 12 months – after that, I would need to get an Irish driver’s license. This temporary state licensure should also be extended to insurance plans with these physicians being automatically considered in-network physicians.

Pull into the parking lot of just about any hotel off an interstate exit and you see a vacancy/no vacancy sign. And if you walk up to the registration desk of a hotel that is full, the clerk will not only tell you that they are full but that clerk will also likely give you a list of other nearby hotels and might even call around to help you find a room for the night. What the hotel would never do is tell you to wait in the lobby and on the chance that if someone checks out in the middle of the night, they’ll give you a room – otherwise you can sleep on the floor of the lobby. Why? Because that hotel is focused on customer satisfaction and knows that if they treat you well and help you find a room elsewhere for the night, you’ll leave feeling grateful and will likely come back to the hotel next time you need a room.

But I’ll bet you have never seen a “no vacancy” sign at a hospital. And if you walk into the registration office of a hospital that is boarding patients in the ER, I can almost guarantee that the registration staff will not call around to other hospitals to find you a bed. Hospitals need to take some lessons from the hotel industry. What hospitals don’t realize is that those patients who board for hours or days in the ER are going to leave the hospital unhappy. They are going to tell their family and friends how unhappy they were. And the next time they get sick, they are going to think very hard about going to a different hospital.

When the hospital CEO and CFO hear the words “The hospital is completely full”, they are happy because a full hospital is a profitable hospital. But for the rest of humanity, having the hospital completely full is a terrible thing to hear.

When the ER fills up with boarding inpatients, the hospital’s response to the doctors and nurses is often “Do the best you can because we can’t afford to open more beds“. When that happens, you need to offer to send the patient to another hospital… it is that simple. When boarding happens, bad things happen.

February 3, 2025

Categories
Emergency Department Inpatient Practice Outpatient Practice

Does NP + AI = MD?

Artificial intelligence (AI) is causing a paradigm shift in the education, business, and legal professions. But AI is also poised to irreversibly change the way medicine is practiced. Jobs that traditionally relied on extensive training by memorization may be able to be performed as well (or better) by AI than by humans. Jobs that have relied on image analysis or sound pattern analysis are also at risk of being displaced by AI.

Let me give you an example from my hobby of birdwatching. In the past, bird species identification relied on comparing a bird that you saw in a tree to a drawing or photograph in a bird identification book. To become an expert birder, you needed thousands of hours of birding to identify birds by their calls and by their seasonal plumage. But now, we have the Merlin app. When birding, I can turn on my phone’s microphone and Merlin will identify bird species by bird calls. I can take a photograph of a bird, upload it to the app, and Merlin will tell me what bird I saw. With Merlin, even a novice birder like me can identify birds like a seasoned expert.

So, what if we have the Merlin app equivalent to identify heart sounds by auscultation? Or diagnose a rash by a photograph? Or interpret CT scan images? Or read cytology specimens on microscopic slides? Like it or not, artificial intelligence is coming to medicine and it will make many skills traditionally requiring hundreds of hours of training, obsolete.

Artificial intelligence and advance practice providers

To become a primary care physician (general internist, general pediatrician, or family physician) requires 11 years of education and training after high school. To become a nurse practitioner (NP) or physician assistant (PA) only requires 6 years of training after high school. As a result, it is far less expensive to become an NP or PA than to become a primary care physician but the trade-off is that NPs and PAs generally have a  lower annual income than physicians. However, if the salary of an NP and a primary care physician was the same, most hospitals would prefer to hire the physician under the presumption that additional 5 years of training to be a primary care physician would translate to greater skill and knowledge than the NP or PA. On the other hand, if the skillset and knowledge of an NP or PA was the same as that of a primary care physician, most hospitals would prefer to hire the NP or PA because they are cheaper.

Artificial intelligence now offers the possibility of eliminating the need to acquire many of the skills and much of the knowledge currently required to become a physician. This offers a future where an NP armed with a few AI apps may be able to perform many of the tasks currently relegated to physicians.

Need to diagnose a child with a fever and a rash? There’s going to be an app for that. Need to decide the best blood pressure medication to prescribe for a patient with newly diagnosed hypertension? There’s going to be an app for that. Need to recommend follow-up of a pulmonary nodule given a patient’s age and smoking history? There’s going to be an app for that.

The FDA and medical devices

At first glance, it would seem logical to embed artificial intelligence into electronic medical record (EMR) software programs. After all, the EMR is the database of all information about a patient – their blood pressure, their family history, their medication list, etc. However, a barrier to incorporating AI into the electronic medical record is that the U.S. Food and Drug Administration considers AI to be a medical device whereas the electronic medical record is just considered a documentation tool. Medical devices are regulated differently than documentation tools. Medical devices require extensive clinical trials and then FDA approval; documentation tools do not. Clinical trials and FDA regulation are very expensive and can pose a barrier to regular EMR software upgrades. For these reasons, the major electronic medical record companies have been reluctant to incorporate artificial intelligence algorithms into their EMR programs.

For the most part, this makes sense. You don’t want to have an artificial intelligence program to recommend a chemotherapy regimen for advanced lung cancer unless it has been shown in clinical trials to be accurate and has been approved by the FDA. The fear of the electronic medical record companies is that if their EMRs become classified as medical devices, then they will have to get FDA approval every time they want to change the font size in their blood chemistry test results in the EMR. So, at least for now, the electronic medical record and artificial intelligence programs will need to be separated, and that means that there will have to be a human to do a history and physical examination and then to interface between the EMR and the AI. But in many situations, that human can be an NP or a PA, rather than a physician.

Artificial intelligence and primary care

Much of primary care is based on clinical practice guidelines. The U.S. Preventative Services Taskforce has guidelines for everything from colon cancer screening to pre-exposure prophylaxis to prevent HIV. The American College of Cardiology has a hypertension diagnosis and management guideline. The Advisory Committee on Immunization Practices has guidelines for childhood and adult vaccination schedules. And the American Diabetes Association has a guideline for the prevention, diagnosis, and treatment of diabetes. If you roll all of these clinical practice guidelines into one artificial intelligence program, then you have the majority of primary care medicine routine visits covered.

As a medical student, I spent hours memorizing vaccination schedules, hypertension treatment algorithms, diabetes medication drug interactions, and the staging systems for various cancers. And guess what? An artificial intelligence program can do all of these things better than my memory allows me to do. In other words, AI eliminates the need for much of the education and training that we currently require in medical school and residency. Artificial intelligence will allow a practitioner with lesser training (such as an NP or PA) to be just as good as a physician when it comes to preventative care medicine and algorithm-based management of most common medical conditions.

However, artificial intelligence is not infallible

Artificial intelligence is actually not new in medicine. I’ve been using simple forms of AI for decades. Every EKG and pulmonary function test that I have ordered in the past 30 years that comes with a computer interpretation has incorporated rudimentary AI into those interpretations. These interpretations programs are fairly good at identifying normal but invariably come up with an incorrect diagnosis in a substantial percentage of those tests that are abnormal. So, before I am willing to allow an AI program to diagnosis breast cancer from a histopathology slide and before I am willing to allow an AI program to diagnose idiopathic pulmonary fibrosis from a chest CT scan, these programs are going to have to get very, very good. Until then, the use of artificial intelligence for more complex pathologic and radiologic diagnoses will supplement rather than replace a physician.

And then there is legal liability…

If a radiologist misses a lung cancer on a chest X-ray, the radiologist is named in a medical malpractice lawsuit. If a patient dies of sepsis when a hospitalist made an incorrect antibiotic choice for the patient’s pneumonia, the hospitalist is named in the malpractice suit. But if an artificial intelligence program misses the lung cancer or selects the wrong antibiotic, who gets named in the malpractice case? The company that created the AI program? The hospital that purchased the AI program? The FDA that approved the program? The physician who entered the patient’s clinical data into the program? All four of them?

Currently, a physician in primary care practice will pay about $12,000 per year in malpractice insurance premiums whereas a primary care nurse practitioner pays about $1,200. The reason for the 10-fold difference is that in most situations, a nurse practitioner is understood to be working under the supervision of a physician and that physician is ultimately responsible or at least shares responsibility for the management of patients seen by the nurse practitioner.  Artificial intelligence is likely to be similar – if it is considered to be a medical device then that device will need to be used by a licensed medical practitioner who will have the greater burden of malpractice liability. Clearly, laws will need to be written to clarify liability before artificial intelligence can be autonomously implemented in clinical practice.

Who will AI benefit the most – nurse practitioners or physicians?

A recent study from MIT researchers found that artificial intelligence has the greatest impact on the least skilled workers. Workers who were new or had low skills were helped more by AI than highly skilled workers. In other words, AI allows those with less training to be “upskilled” much more than those with advanced training.

Extrapolating from this study, it is likely that nurse practitioners and physician assistants will derive greater benefit from artificial intelligence than physicians. Artificial intelligence can make up for the fewer years of training that it takes to become an NP or PA.

Which physicians are most vulnerable to being displaced by artificial intelligence?

Although artificial intelligence has received a lot of press about its potential in radiology, I would argue that primary care physicians are most vulnerable to being displaced by artificial intelligence. Notice that I used the word “displaced” rather than “replaced”. That is because artificial intelligence is likely to be used to supplement a practitioner rather than become a practitioner, at least in the foreseeable future. In this regard, an NP or PA using an artificial intelligence program can replicate much of the skillset of a primary care practitioner. Thus the combination of an NP or PA plus an artificial intelligence program will together displace the primary care physician.

Physicians who are the least vulnerable are those who perform procedures such as surgeons and interventional cardiologists. Although this could change in the future, for now, no AI program or nurse practitioner is capable of independently performing a hip replacement surgery or a coronary artery stent placement. In primary care practice, the office procedures are far less complex – cerumen removal, IUD placement, and laceration suturing can be performed by an NP or PA and do not require a physician.

Also less vulnerable are physicians who are highly specialized. For example, an artificial intelligence program for brain MRI imaging will need to be used under the supervision of a practitioner who can confirm or contradict the AI’s findings. This will require a practitioner who is already an expert in brain MRI image interpretation, in other words, a physician specializing in neuroradiology. Artificial intelligence can still benefit the neuroradiologist, however, by serving in a capacity similar to that of a radiology resident who performs a preliminary read of the MRI that is then over-read and confirmed by the attending neuroradiogist.

“I’m a medical student, should artificial intelligence affect my career choice?”

The answer is… maybe. Fully implemented artificial intelligence in medicine is still a long way off. There will have to be significant improvements in software, significant legal liability questions resolved, and supervision requirements defined. However, if AI can replace certain medical specialists at a lower cost, then economic theory indicates that it eventually will. General internists, general pediatricians, and family physicians may be more vulnerable to displacement than other specialties, especially if the field of medical artificial intelligence matures coincident with an increase in the number of nurse practitioners and physician assistants. However, when it comes to cajoling a cardiologist to add in a patient with chest pain to their already full Friday afternoon schedule, an AI program simply cannot replace a persuasive family physician. The primary care physician may become more of a manager: coordinating care and overseeing a group of nurse practitioners who each have access to the artificial intelligence program.

Things are about to get interesting…

Change in medicine is inevitable but initial resistance to change is also inevitable. When electronic medical records were initially implemented, physicians universally hated them and many refused to use them. Now, no physician in his or her right mind would want to return to an era of paper records kept in manila folders. Ten years ago, the idea of driverless vehicles was met with skepticism but today, you can order a driverless Waymo taxi in San Francisco and you can buy a driverless John Deere tractor to plow your farm.

Artificial intelligence is coming in medicine and its widespread implementation is unavoidable. The question is whether it will augment physicians or displace physicians. I believe that it will do both, depending on the specialty.  From my vantage point, primary care physicians may be the most vulnerable to displacement. And employment opportunities for NPs and PAs are looking bright.

August 30, 2023

Categories
Emergency Department Inpatient Practice Medical Education Outpatient Practice

The New DEA Opioid Education Requirements For Physicians

In March 2023, the U.S. Drug Enforcement Agency (DEA) announced new education requirements for all physicians applying for new or renewal DEA licenses. This was the result of provisions in the Consolidated Appropriations Act of 2023 that enacted a one-time requirement of 8 hours of continuing medical education (CME) on the treatment and management of patients with opioid or other substance use disorders. The requirement went into effect on June 27, 2023. Because DEA licenses are renewed on a rolling 3-year basis, all physicians with DEA licenses must meet this requirement sometime in the next 3 years.

Another provision of the Consolidated Appropriations Act of 2023 was to eliminate the DATA-Waiver (X-Waiver) Program that was previously required for physicians to prescribe buprenorphine. In the past, hospitalists, emergency medicine physicians, and other practitioners needed to obtain an X-Waiver to initiate buprenorphine when patients with opioid use disorder were admitted to the hospital or seen in the emergency department. Because only a small number of physicians took the time and effort to obtain an X-Waiver, the requirement was seen as a barrier to getting patients started on treatment. Now, any practitioner with a current Drug Enforcement Administration (DEA) registration may prescribe buprenorphine for opioid use disorder (if permitted by state law). The trade-off for elimination of the X-Waiver was the requirement that all practitioners with a DEA license be trained in the treatment of opioid use disorder, including the use of buprenorphine.

Who does this affect?

Any practitioner with a DEA registration must meet this requirement. This includes physicians, dentists, nurse practitioners, and physician assistants. However, only practitioners who prescribe controlled substances need to register with the DEA and obtain a DEA number. Although the majority of U.S. physicians have DEA numbers, some physicians do not, either by nature of their practice (for example, pathologists and researchers) or by choice (for example, general practitioners who do not want the hassle of prescribing opioids and other controlled substances).

To obtain a DEA number, a physician must apply to the DEA and pay an $888 fee. DEA numbers are valid for 3 years at which time the physician must re-apply. The DEA waives the fee for certain physicians including those who work in the military, for U.S. government hospitals or institutions, and for state government hospitals or institutions. As an employee of the Ohio State University (a state government institution), my DEA fees were waived. However, even if the fee is waived, the practitioner must still apply for and obtain a DEA number and the practitioner must still meet the new education requirements.

Certain practitioners are exempt from the new educational requirement including veterinarians, physicians board-certified in addiction medicine, and practitioners who have graduated from their professional school within the past 5 years. The latter means that most residents in training are exempt.

What are the specifics of the requirement?

When applying for a new or renewal DEA number, physicians (and other practitioners) must check a box attesting to having completed 8 hours of training on treatment and management of patients with opioid or other substance use disorders. This is a fairly broad topic area and it is up to physicians to maintain their own documentation of completion of education in the event of an audit. In addition, if the physician faces legal action (such as a medical malpractice lawsuit), documentation of completion may be necessary to establish physician competency. The details of the requirement are as follows:

  • The 8 hours of education do not need to occur in one session and (for example) can be 8 individual 1-hour CME events.
  • This is a one-time requirement and will not need to be repeated every three years when re-applying for a DEA number.
  • Education can take the form of grand rounds, classroom sessions, on-line materials, or professional society meetings.
  • Education hours obtained prior to the new requirement also count. For example, attending a grand rounds on buprenorphine in past years can count; just be sure that you have documentation of participation or attendance. Physicians with an X-Waiver can count the training hours from their original X-Waiver application.
  • The education can come from any organization accredited to provide CME credits by the Accreditation Council for Continuing Medical Education.

What do hospitals need to do?

Although the DEA requirement is left to the responsibility of the individual practitioner applying for a DEA number, hospitals do have an obligation to facilitate education. First, if practitioners fail to get the required 8 hours of training and are unable to obtain a DEA number, the hospital’s ability to dispense controlled substances or manage patients requiring controlled substances will be compromised. Second, in the event of a medical malpractice lawsuit involving a practitioner on the medical staff who lacks documentation of completion of the educational requirements, the hospital could be accused of being complicit by not confirming that their practitioners were appropriately trained. Specific steps that hospitals should take now include:

  • Make sure that all members of the medical staff are aware of the new DEA requirements.
  • Inventory practitioners’ DEA license expiration dates and remind practitioners at least 6 months in advance of that date that they must fulfill the educational requirements prior to the renewing their DEA number.
  • Require practitioners with DEA numbers to submit documentation of completion of the educational requirements and then maintain that documentation in each practitioner’s employment record.
  • Require any new practitioners to include documentation of completion of substance abuse treatment CME as part of their application to the medical staff. Those lacking documentation should be required to complete training during their provisional/probational appointment period.
  • Schedule grand rounds or other CME events covering treating and managing patients with opioid or other substance use disorders.
  • Provide practitioners with links to on-line CME resources. For nearly a quarter of a century, I moderated the CME webcast, OSU MedNet-21. We produced many CME webcasts on substance abuse disorders and these webcasts are available to anyone. A recent example is:
  • Many professional societies have included sessions on substance abuse disorders as part of their annual meetings or have prepared on-line CME sessions to help fulfill the requirements. Examples of on-line education programs include:
  • The Centers for Disease Control offers a free on-line 1-hour CME activity about substance abuse disorders
  • Journal subscription materials can count. Practitioners with subscriptions to resources such as UpToDate, JAMA, and the New England Journal of Medicine can obtain CME credit by reading relevant articles and then applying for CME hours.

Why has Congress required this?

The primary impetus for the new requirement is a directive of the U.S. Congress to address the opioid epidemic. Eliminating the X-Waiver program was seen as a way of improving access to treatment for patients with opioid use disorder. But to justify elimination of the X-Waivers, Congress needed a mechanism to ensure that all practitioners were knowledgable in initiating treatment for opioid use disorder.

In 2021, a total of 106,699 Americans died of a drug overdose. Although street-purchased fentanyl was the most common drug implicated, prescription opioids accounted for 16,706 of the overdose deaths in 2021. In fact, the number of deaths from prescription opioids exceeded the number of deaths from heroin (9,173).

Drug overdose deaths are particularly high in Appalachian states. West Virginia has the highest overdose death rate at 90.9 per 100,000 population, followed by Kentucky and Tennessee (each 56.6 per 100,000 population) and Louisiana (55.9 per 100,000 population). My state of Ohio ranks 7th highest at 48.1 per 100,000 population. Nebraska comes in lowest at 11.4 per 100,000 population.

To put these numbers in perspective, last year, the U.S. COVID death rate was 61.3 per 100,000 population. Opioids are abused by more than 10 million Americans each year (3.8% of Americans) and 2.7 million Americans have an opioid use disorder. About half of those who become addicted to opioids first use opioids in the form of prescription pain medications. An estimated 3% – 19% of people who take prescription opioid pain medications will become addicted to opioids. Addiction can occur with only 3-5 days of prescription opioid use.

The good news is that there are effective treatments for opioid use disorder including buprenorphine (often combined with naloxone), methadone, and naltrexone. In addition, the FDA has now approved naloxone to be sold over-the-counter to treat opioid overdose. The goal of the DEA education requirements is that any practitioner in the U.S. who is licensed to prescribe opioids is also trained in identifying and treating opioid abuse.

A quarter of a century of change

In the 25 years since the American Pain Society advocated that physicians adopt “pain as the 5th vital sign” and since Purdue Pharmaceuticals falsely promoted OxyContin as a non-addictive opioid, physicians have become much more aware of the role that we have played in catalyzing the current opioid epidemic. The new DEA education requirements were created as one step in remedying the epidemic. By helping our physicians meet these new requirements, hospitals can help reduce the number of Americans who become addicted and help increase the number of Americans who get their addiction treated.

August 28, 2023

Categories
Emergency Department Outpatient Practice

Over The Counter Oral Contraceptives: An Opportunity For Hospitals

Last week, the U.S. FDA approved Opill, the first over-the-counter birth control pill. It contains 0.075 mg progesterone and must be taken every day, at the same time of day. Opill now gives hospitals a new opportunity to reduce unwanted pregnancies by counseling women in the emergency departments, inpatient settings, and outpatient clinics.

How effective is Opill?

Most currently available prescription oral contraceptives are combination estrogen/progestin pills. The estrogen component poses risks of deep venous thrombosis, pulmonary embolism, hypertension, myocardial infarction, and stroke. For this reason, it is likely that combination estrogen/progestin oral contraceptives will remain only available by prescription in the future. Since progestin-only pills lack estrogen, they are generally safer than combination birth control pills. Opill contains norgestrel, a form of progestin. The amount of progestin in Opill (0.075 mg) is much lower than the amount of progestin in most combination pills (typically about 1.0 mg) and less than currently available progestin-only prescription birth control pills (0.35 mg). Because it only contains progestin and only in a very low dose, it is sometimes called a birth control “mini-pill”. 

Opill (norgestrel) works by thickening cervical mucus, creating a barrier to prevent sperm from entering the cervix and uterus. In addition, norgestrel slows the passage of ova through the fallopian tubes and alters the endometrium to impede ova attachment. In about half of women, norgestrel also prevents ovulation. Norgestrel blood levels peak approximately 2 hours after ingestion and the drug is completely eliminated from the body by 24 hours. These pharmacokinetics are why rigid adherence to the dosing schedule at the same time every day is required.

The effectiveness of any form of contraception is often measured by the “Pearl index”, named after biologist, Raymond Pearl. This index is the number of pregnancies per 100 women using that form of contraception for one year. In a 2022 review of the literature in the journal Contraception, the average Pearl index for progestin-only oral contraceptives is about 2. This means that if 100 women use progestin-only pills for a year, 2 of them will become pregnant. However, in real life, the Pearl index is almost never as high as it is in clinical trials where researchers make every effort to ensure that women do not miss doses. It is just too easy to take a dose more than 3 hours late in the day or to forget to take a daily dose altogether. For this reason, it is likely that in regular clinical use, the Pearl index for Opill will likely be closer to the Pearl index of combination estrogen-progestin birth control pills, or around 7 pregnancies per 100 women per year. This puts Opill in an intermediately effective form of contraception: better than condoms but not as effective as IUDs or implants.

However, even with a Pearl index of 4 – 7 pregnancies per 100 women per year, Opill will now be the most effective over-the-counter contraception method available and far more effective than condoms.

Advantages and disadvantages of Opill

Advantages:

  • No physician visit required for a prescription. The wait for a routine return appointment at my own PCP is 4 months. This is too long for most people to wait to get access to contraception.
  • Good option for women/girls who do not want their healthcare provider to know about their sexual activity. This is particularly useful for minors who do not want their parents to know that they are sexually active.
  • Useful for women who frequently travel or occasionally lose medications. It can be difficult to get an emergency refill of a prescription oral contraceptive, particularly when out of state or on weekends. Women can get a refill of their Opill anytime at any pharmacy in the country.
  • Fewer side effects than prescription combination estrogen/progestin birth control pills.
  • Unlike condoms and diaphragms, it is not necessary to interrupt sex to use Opill.

Disadvantages:

  • No physician visit required for a prescription. This can be a missed opportunity to counsel women/girls about all of the various contraception options.
  • Does not prevent sexually transmitted diseases.
  • Should not be used in women with a history of breast cancer, women with undiagnosed vaginal bleeding, and women with liver disease.
  • Can result in irregular vaginal bleeding.
  • Other common side effects may include nausea, breast tenderness, and headaches.
  • Must be taken every day and within 3 hours of the regular hour of the day that it is normally taken. If a dose is missed, delayed, or there is vomiting after taking a dose, alternative contraception must be used for at least 48 hours.
  • Even with perfect use, 1 out of every 50 women will get pregnant every year.
  • Possibly less effective in obese women/girls.
  • Drug interactions with phenytoin, carbamazepine, barbiturates, rifampin, efavirenz, bosentan and St. John’s Wort. These drugs can render Opill ineffective.
  • Not tested in girls younger than 15 years old.

An opportunity to counsel ER patients

One of the more common diagnoses we make in women in U.S. emergency departments is pregnancy. A 1994 study found that 6.3% of women of childbearing potential presenting to the ER had unsuspected pregnancies. The incidence of pregnancy in women presenting with abdominal pain is even higher at 13%. When women suspect that they may be pregnant, many will present to the emergency department for pregnancy testing rather than their primary care provider. This has become particularly true in states that have time restrictions on abortions. Because women often do not realize that they are pregnant until they miss a menstrual period, they are often 4 – 5 weeks pregnant when they begin to suspect pregnancy. In states where abortion is illegal after 6 weeks gestation, a delay in pregnancy testing of even a few days while waiting to see a primary care provider can result in exceeding the legal gestational time for an abortion. A trip to the ER is often the fastest way for a women to find out whether or not she is pregnant.

As a rule, emergency medicine physicians do not prescribe maintenance medications, including birth control pills. Consequently, until now, all that an ER provider could recommend to women who had came to the emergency department for pregnancy testing and had a negative test was to see their primary care provider for contraception counseling and prescriptions. Unfortunately, many women do not have a  regular primary care provider. Furthermore, many adolescents do not want to speak to their pediatricians about contraception for fear that their parents will find out. Many unmarried adult women do not want to admit to their primary care provider that they are sexually active or do not want that information to be recorded in an electronic medical record that any healthcare worker might get access to.

But now, our ER providers have the ability to recommend reasonably effective non-prescription contraception to any woman. But how should the information be provided and which women should get that information? It is ineffective to simply ask women if they are sexually active in the ER because they are frequently not forthcoming about their sexual history. Indeed, a 1989 study found that 7% of women ER patients who stated that there was no chance that they were pregnant were, in fact, pregnant. Sometimes it is because there is a relative or friend in the ER room with them and they don’t want that individual to know about their sexual history. Sometimes, they don’t want to risk their sexual history being recorded in the electronic medical record. Sometimes they don’t even want the ER provider to know that they are sexually active because it would acknowledge violation of cultural or religious doctrines. The most effective strategy is to provide information about contraception to all women of childbearing potential. But what is the best way to provide that information?

Unfortunately, there are insurmountable barriers to printing up information about Opill on the ER after visit summary for every female patient between the ages of 11 and 50. Twelve-year-olds can and do get pregnant but handing out information about contraception to every 12-year-old who comes to the ER with a sprained ankle will infuriate many parents who in turn will write scathing reviews of the hospital on Yelp that will then infuriate hospital administrators and board members. Although the FDA does not expressly state the youngest age that Opill is indicated for, in clinical trials, it was not used in girls younger than age 15 so hospitals could potentially face legal liability if it is perceived that they were recommending Opill for girls younger than 15. In addition, some women and girls may be offended if this information is printed on their after visit summary. This could include women with previous tubal ligation or hysterectomy, widows, lesbians, Catholics, and the celibate. One compromise would be to just include information about Opill on the after visit summary for female patients between ages 18 and 50 or between ages 15 and 50. This option is less likely to offend parents but can still offend other girls and women. Another compromise would be to only include after visit summary information for patients who had a pregnancy test or a test for sexually transmitted disease in the ER. This would target those women and girls who are presumably at a higher risk of becoming pregnant but because most ER visits do not result in pregnancy or STD testing, most women and girls will not receive any information. Alternatively, information about Opill could be posted in public areas such as posters in examination rooms, posters in waiting rooms, or screen displays on public video/TV monitors. This is the least intrusive and least likely to offend anyone. However, it may be less impactful since there is no printed information for girls and women to take with them. Information does not need to be excessively detailed. For example, a wall poster or after visit summary could simply say something like “Over the counter birth control pills are now available; to learn more, go to this website…”.

Opill and Catholic hospitals

These informational tactics will only be applicable for the nation’s non-Catholic hospitals. Currently, 16% of all U.S. hospitals are affiliated with the Catholic Church. In many communities, a Catholic hospital is the only available healthcare facility. Because of the church’s doctrine prohibiting contraception, these hospitals would face opposition to providing information about Opill from the church. This is particularly unfortunate since a primary mission of many Catholic hospitals is to provide care to the underserved, a population of women who are less likely to have regular primary care providers and thus have less access to prescription contraception. Although 99.0% of Catholic women have used some form of contraception at some time of their lives (despite church doctrine), this is less than women with no religious affiliation (99.6%), mainline Protestants (99.4%), and evangelical Protestants (99.3%). This barrier to contraception access for Catholic women is reflected in the religious demographics of American women undergoing abortion – Catholic women are more likely to have an abortion than women belonging to other religions in the United States. Data from the Guttmacher Institute indicates that 24% of American women undergoing abortion identify as Catholic but only 22% of the American population as a whole is Catholic.

On the other hand, Opill provides a new opportunity for physicians employed by Catholic hospitals – including primary care providers at hospital-owned outpatient clinics. Many such hospitals and clinics prohibit their physicians from prescribing contraception, inserting IUDs, or even performing tubal ligation or vasectomy for the purpose of contraception. Many physicians at these hospitals are not even willing to include documentation of discussions about contraception in the electronic medical record for fear of being identified by hospital officials as providing forbidden services during medical record audits. Now, however, physicians and other providers at Catholic hospitals, emergency departments, and clinics can verbally recommend over-the-counter Opill to their patients interested in contraception without creating an incriminating documentation trail in the electronic medical record that could result in job termination.

Reducing unwanted pregnancies

Abortion legislation is currently one of the most controversial socio-political issues in the U.S. The most effective way to reduce abortion is not by making abortion illegal but instead by preventing unwanted pregnancies in the first place. As Americans, we waste way too much emotional energy arguing about abortion laws while often ignoring tactics to reduce unwanted pregnancies. The availability of Opill now gives us a new opportunity to reduce these unwanted pregnancies by increasing the availability of reasonably effective contraception to women who otherwise have barriers to obtaining prescription contraception. 

We do not yet know how Opill will be priced. Most prescription oral contraceptives currently cost $10 – $50 per month without insurance and presumably, Opill will be in this general price range. Health insurance policies typically only cover prescription medications and generally do not cover over the counter medications. It is unclear if health insurance companies and Medicaid will cover Opill. The cost of Opill for a year is far, far less than the cost of a pregnancy. The Kaiser Family Foundation estimates that the total cost of pregnancy, child birth, and postpartum care is $18,865. In addition, the average healthcare costs per child is $2,966 per year which adds up to $53,388 from birth to age 18. This means that the total healthcare cost of an unintended pregnancy is $72,253. In addition, the average cost of $4 per child per day for SNAP (Supplemental Nutrition Assistance Program, aka food stamps) adds another $26,280 charged to taxpayers over 18 years for every unwanted pregnancy to a low-income woman. Even at a cost of $50 per month, insurance companies and Medicaid programs would be financially foolish to not cover Opill. Indeed, by preventing unwanted pregnancies, Opill could reduce health insurance premiums and reduce taxpayer costs of Medicaid and SNAP.

Not perfect, but…

Opill is not the most effective form of contraception, nor is it for all women and girls. But it is a well-needed addition to the current contraception options and holds the promise of reducing unwanted pregnancies and abortions. Hospitals, and especially emergency departments, can play an important role in educating women and girls about Opill. Each hospital should decide for itself what the best method of patient education is in its own facilities.

July 17, 2023

Categories
Emergency Department Epidemiology

July Is The Peak Of Mass Shooting Season In The United States

What do you call a 4th of July when there are five mass shootings? …Yesterday …and just another July day in America. If it seems like there are a lot of mass shootings in July, that’s because there are. There is a seasonality to mass shootings in the U.S. and summer is the busiest season of the year. A mass shooting is defined as four or more persons shot in one incident, at one location, at roughly the same time.

America loves guns. We have a higher ownership of guns than any other country in the world. There are 120 firearms for every 100 American citizens; the next closest country is Yemen with 53 guns per 100 citizens. One out of three American adults own a gun and 42% of households have a gun. Interestingly, the percentage of Americans who own guns has been falling over the past several decades, even as the total number of guns has increased dramatically. This has been attributed to a rising number of “super owners” who posses 10 or more guns. We have 4% of the world’s population but U.S. civilians own 40% of the world’s firearms. Thus, it is not surprising that guns are our method of choice for both homicides and suicides. However, despite the fall in the percentage of Americans who own guns, the annual number of mass shootings continues to increase.

The Gun Violence Archive keeps a list of all mass shootings in the past 3 years and by analyzing their data, we can determine when mass shootings are most likely to occur and where they are most likely to occur. For the past 3 years, July has been the peak month for mass shootings with a total of 264. December had the lowest number of mass shootings at 95.

The number of people injured during mass shootings follows a similar trend. Over the three year period, there were 1,169 mass shooting injuries in July and only 349 injuries in December.

July was not the peak month for mass shooting deaths, however. That honor went to May with 228 deaths; July came in second with 215 deaths. However, the unusually high number of deaths in May is due to the large number of fatalities from shootings in Buffalo, NY (May 14, 2022; 10 deaths) and Uvalde, TX (May 24, 2022; 21 deaths). 

Certain states are more dangerous than others when it comes to mass shootings. Over the past three years, Illinois has led the country with 199 mass shootings, followed by Texas with 152, California with 139, Pennsylvania with 108, and Florida with 100. Several states had no mass shootings in the past three years including Montana, Wyoming, Vermont, and North Dakota,

Mass Shootings by State July 2020 – July 2023

Mass shootings get a lot of public attention and are the focal point for calls for gun control. However, mass shootings are actually a relatively uncommon way to die from a gun. In 2022, there were a total of 44,357 deaths in the U.S. caused by guns. Of those, 24,090 (54%) were suicides and 20,267 (46%) were homicides. Only 1.5% of gun deaths were from mass shootings or mass murder. Indeed, there were more than twice as many unintentional shootings (accidental shootings) than mass shooting deaths.

CDC data from 2021 shows that the states with the most gun deaths from all causes are Texas (4,613), California (3,576), Florida (3,142), Georgia (2,200), and Illinois (1,195). On the other hand, three states had fewer than 100 gun deaths in 2021: Rhode Island (64), Hawaii (71), and Vermont (83). But total numbers alone can be misleading since states with larger populations would be expected to have more deaths from any cause, including guns. So, the rate of gun deaths per 100,000 population is more meaningful and is shown in the map below.

Firearm Death Rates by State 2021

States with the highest rates of gun deaths per 100,000 are Mississippi (33.9), Louisiana (29.1), New Mexico (27.8), Alabama (26.4), and Wyoming (26.1). At the other end of the spectrum, states with the lowest rates of gun deaths in 2021 were Massachusetts (3.4), Hawaii (4.6), New Jersey (5.2), New York (5.4), and Rhode Island (5.6).

What should hospitals do to prepare?

For our country’s emergency departments and trauma surgeons, gunshot injuries and deaths are all too routine. But large numbers of gun casualties from mass shootings are infrequent. Nevertheless, they can occur anywhere at anytime. Mass shootings have been steadily increasing over the past 50 years and so it is incumbent on our hospitals to be prepared to manage mass casualties from gun violence.

Rockefeller Institute of Government

Hospitals are required to do two disaster drills every year. Each disaster drill encompasses different scenarios, such as a bus crash, an infection outbreak, or a tornado. Several years ago, our community also did a mass shooting disaster drill. This was incredibly helpful to make us think about how we get enough units of blood, how we would triage a large number of patients with penetrating trauma, emergent expansion of the operating rooms, and which physicians can supplement the emergency medicine physicians and trauma surgeons. Every hospital should include a mass shooting drill every 4-5 years. Considerations should include:

  • How quickly can off-duty emergency room doctors be brought in and how will you contact them? This requires having a list of phone numbers of all ER physicians in a readily accessible location.
  • How can you increase the number of nurses in the ER on short notice? This may require calling in off-duty nurses and re-deploying nurses from other hospital locations.
  • How many trauma surgeons and general surgeons can you mobilize? This requires having a plan in place for calling in off-duty surgeons. In an emergency, other surgeons may be able to operate on trauma patients or at least assist, including plastic surgeons, orthopedic surgeons, vascular surgeons, and surgical residents.
  • How will you clear out the operating rooms to accommodate a large number of emergency trauma cases? Elective cases may need to be canceled or delayed.
  • How will you mobilize additional anesthesiologists and OR nurses? Tactics can include calling off-duty staff in from home, using anesthesia residents, and CRNAs.
  • How can you re-deploy other physicians to supplement the emergency room physicians on short notice? Hospitalists can often be used to care for the non-trauma patients in the ER.
  • How quickly can your blood bank acquire additional units of blood? In the 2017 Las Vegas shooting, more than 500 units of blood were used.
  • How will you track patients? Victims may not have identification or be alert enough to provide identifying information.
  • How will your medical records department manage a large number of unidentified patients? This requires a system to provide multiple temporary patient medical record numbers until patient identification can be confirmed.
  • How will your hospital disaster command center operate and who will fill each command center role? It is best to rotate who will fill each role during different disaster drills because when a disaster actually happens, not every hospital leader will be in town or otherwise available.
  • How will you manage press communication, family reunification, and morgue demands? All of these can contribute to the chaos attendant to a true disaster. By having plans in place, chaos can be minimized.
  • How will you transport patients to other hospitals once you reach trauma capacity? A disaster, such as a mass shooting, requires a community-wide response. All regional hospitals need to coordinate in order to take optimal advantage of each hospital’s available resources.
  • How can the community be better prepared to provide pre-hospital care? The Stop The Bleed program is a great resource for community education and can result in a higher percentage of casualties arriving in the emergency department alive.

Situational awareness and preparation

The keys to surviving a mass shooting are situational awareness and preparation. It is up to every American to maintain situational awareness and to teach it to our children. Sometimes, there are warning signs before mass shootings take place: someone carrying a gun where a gun is not necessary; someone making verbal or physical threats; drug deals; or the presence of rival gang members. It is unfortunate but necessary that we always know where exits are and be willing to leave an area when warning signs occur.

For the average citizen, being prepared means familiarity with the Run, Hide, Fight strategy recommended by the Federal Bureau of Investigation. For hospitals, being prepared means rehearsing how a large number of shooting victims would be managed in an emergent situation. Once rare, mass shootings are now a way of everyday life in the United States. Our hospitals can do their part to minimize the number of fatalities when mass shootings do occur.

July 5, 2023

Categories
Emergency Department Epidemiology Outpatient Practice

It’s Back! Malaria In The United States

Last week, I was hiking and birdwatching in Fort Macon State Park in North Carolina. I got a few good bird photos but I got a lot of mosquito bites. In North Carolina, they are a nuisance but in Florida or Texas, they can be deadly. Locally transmitted malaria is now present for the first time in 20 years in the U.S. Many physicians are unfamiliar with its presentation and many hospitals are not prepared to perform diagnostic testing.

Worldwide, malaria affects 241 million people each year and and causes over a half a million deaths per year. It is caused by five species of the protozoan parasite Plasmodium (P. falciparum, P. vivax, P. malariae, P. ovale, and P. knowlesi) which are transmitted by the bite of a female Anopheles mosquito. It primarily occurs in equatorial regions, particularly in central African nations.

In the past, it was also endemic in the United States but was largely eradicated by public health efforts at mosquito control. In 2018, there were 1,823 cases of malaria diagnosed in the U.S., all in foreign travelers who became infected elsewhere. Until this year, the last cases of endemic malaria in the U.S. were in Palm Beach, Florida in 2003 when 8 persons were infected with Plasmodium vivax. 

The recent outbreaks occurred in Sarasota County, Florida (4 cases on May 26, 2023) and Cameron County, Texas (1 case on June 23, 2023). In both areas, the species was Plasmodium vivax. Because of rising temperatures from climate change, southern areas of the United States may see more cases of endemic malaria in the future. Because these are locations that many Americans travel to for vacations, physicians in all states need to include malaria not only in the differential diagnosis of patients presenting with fever who have traveled to endemic countries but also in patients traveling to south Texas or south Florida. It has been nearly 3 decades since I last encountered a case of malaria and much has changed in the diagnosis and management since that time. So, this post is to update practitioners and hospitals on what they need to know.

Clinical presentation

After the initial mosquito bite, patients are asymptomatic during the incubation period and symptom onset is generally 1 – 5 weeks after the initial infection. Symptoms are non-specific and most commonly include fever, chills, headache, myalgias, and fatigue. Less commonly, patients can present with GI symptoms such as nausea, vomiting, and diarrhea. If not diagnosed and treated early, patients can become critically ill with mental status changes, seizures, renal failure, acute respiratory distress syndrome, liver failure, and coma. Pregnant women are at particularly high risk for developing severe disease and death. Others at high risk include immunocompromised patients, those with splenectomy, and children less than 5 years of age. Different Plasmodium species cause different severities of infection: P. falciparum and P. knowlesi infections can cause rapidly progressive severe illness or death, whereas P. vivax (the species causing the recent Florida and Texas cases) is less likely to cause severe disease.

Routine laboratory findings are also non-specific and can include anemia, thrombocytopenia, and elevated liver function tests. Patients presenting with thrombocytopenia are more likely to develop severe disease. Because malaria can progress extremely rapidly, it is essential that diagnosis be made immediately. The clinical suspicion of malaria should be considered a medical emergency – this is not a disease that you discharge patients with from the emergency room to follow-up with their PCP the next day.

Diagnosis and treatment

P. vivax on thin blood smear

Malaria should be considered in any patient with fever and recent travel to endemic areas (now including the southern most areas of the United States). The diagnosis is confirmed by thin and thick blood smears for visual identification of the Plasmodium parasite. A new rapid diagnostic test for malaria has also been developed. The BinaxNOW Malaria test is approved by the FDA and has a sensitivity of 94% and specificity of 84%. The BinaxNOW Malaria test can be used to make a quick presumptive diagnosis but because both false positive and false negative results can occur, it should always be followed by thin and thick blood smear evaluation. PCR tests for malaria are very sensitive and are available through the CDC but the time required for specimen transport and test completion makes PCR impractical for clinical decision making.

The treatment of malaria depends on the specific species involved, the geographic location of travel, and the severity of infection. A summary table is available on the CDC’s malaria diagnosis and treatment for U.S. clinicians website. Uncomplicated infections with P. vivax, P. ovale, P. malariae, and P. knowlesi are generally treated with either chloroquine or artemisinin combination therapy. Uncomplicated infection with P. falciparum is generally treated with artemisinin combination therapy. Severe malaria infections are treated with intravenous artesunate. Most hospital pharmacies do not stock arteunate but it can be obtained in an emergency by having the pharmacist call 1-855-526-4827 to identify the closest distributor.

What hospitals should do now

With international travel picking up post-COVID and now that P. vivax malaria has been identified in the United States, hospitals should evaluate their malaria preparation. Specific steps include:

  • Consider stocking the BinaxNOW Malaria rapid diagnostic test.
  • Ensure that laboratory technicians are educated and competent in performing thin and thick blood smears. The CDC has on-line guidelines.
  • Ensure that laboratory technicians and pathologists are educated and competent in the microscopic identification of malaria trophozoites. The CDC has an on-line resource for identification of malaria and other parasites that includes photomicrographs of trophozoites of the various Plasmodium species on both thick and thin blood smears.
  • Educate medical staff about malaria presentation and diagnosis with particular attention to emergency department providers, hospitalists, critical care practitioners, and primary care providers. Patients with suspected or newly diagnosed malaria should either be admitted or kept overnight in observation status.
  • Ensure that the pharmacy has a process in place for obtaining intravenous artesunate in an emergency.
  • Educate primary care providers and travel clinics about current malaria prophylaxis measures for patients traveling to high-risk areas.

Mosquito bites can be more than just an itch

A mosquito is like a flying syringe that goes from animal to animal and person to person. Like a contaminated syringe, mosquitos can transmit a wide variety of blood-borne diseases including malaria, yellow fever, dengue fever, chikungunya, filariasis, West Nile virus, various forms of encephalitis, and Zika virus. The best way to prevent these infections is to prevent mosquito bites in the first place. This is particularly true for people traveling to locations where any of these various infections are endemic. Here are recommendations we can give to all of our patients:

  • Wear loose-fitting long sleeve clothing. As I learned from my recent outing last week, when shirts get soaked with sweat and stick to the skin, they offer no protection from mosquitos.
  • Use effective insect repellant. The most effective is DEET in 25 – 30% concentrations. OLE (oil of lemon eucalyptus) and picaridin are less-effective alternatives to DEET.
  • For those who work outside or spend a lot of time outside, treat clothing with permethrin. Some outdoor gear can be purchased already treated with permethrin but you can also buy permethrin spray and treat clothing yourself. Just be sure to follow clothing washing instructions to prevent the permethrin from being washed away.
  • Skip the citronella candles, sonic repellant devices, and wearable repellant devices. These are nowhere near as effective as DEET.
  • Inspect window screens. Although keeping doors and windows closed is the best way to keep mosquitos from getting into the house, this is not always an option, especially for homes without air conditioning. Be sure that screens fit tightly into window frames and that there are no holes in the screens.
  • Eliminate stagnant water. For property owners, eliminating places where water accumulates can prevent mosquitos from laying eggs and prevent eggs from hatching. These can include bird baths, gutters, old tires, toys, and other open containers.
  • Where stagnant water cannot be drained, encourage community mosquito control spraying programs.
  • When traveling to areas where sleeping outdoors or in unscreened buildings is necessary, mosquito nets can be effective.

It is too early to say whether or not malaria will become regularly transmitted in the United States in the future. But the recent Florida and Texas cases are a reminder that malaria is still with us. International travel makes the world an increasingly small place with endemic areas just a few hours away from every city in the U.S.

June 30, 2023

Categories
Emergency Department Intensive Care Unit

It’s Time To Trade In Your Direct Laryngoscope

Emergency endotracheal intubation is commonly performed in patients with cardiac arrest, loss of consciousness, or severe respiratory failure. A study published this month in the New England Journal of Medicine found that emergency intubation using video laryngoscopes is more successful than intubation using direct laryngoscopes. In the hospital, emergency intubations typically occur in the emergency department, intensive care unit, or in a regular hospital bed and these patients are by definition physiologically unstable. In contrast, elective intubations are performed in the operating room under controlled conditions in surgical patients who are usually physiologically stable. Over the decades, I have performed or supervised hundreds of emergency intubations and there are always two goals: (1) do it fast and (2) do it right the first time. During the emergency intubation procedure, the patient is unable to breath effectively and if too much time is taken or too many attempts are required, the patient can become dangerously hypoxemic.

Direct laryngoscopy

For years, the only way to intubate a patient was by using a direct laryngoscope. There are two main types, the Macintosh laryngoscope and the Miller laryngoscope. Both have a handle that contains batteries and a blade that is inserted into the mouth to pull the tongue out of the way in order to get a view of the vocal cords. In the blade of the direct laryngoscope, there is a small light bulb to help improve the ability to see the vocal cords. Once the laryngoscope is inserted into the mouth, a plastic endotracheal tube is guided through the vocal cords and into the trachea.

The Macintosh laryngoscope has a curved blade and comes in a variety of sizes. My go-to laryngoscope blade for most of my career was a #3 Macintosh. For large patients, I would sometimes use a #4 Macintosh. The Miller blade is straight. I personally found it harder to use for most patients but it was sometimes helpful for obese patients and in situations when I just could not get a good view of the vocal cords with a Macintosh blade. The Miller blade also comes in a variety of sizes. In the past, direct laryngoscopes were reusable after sterilization but most hospitals now use disposable, non-reusable laryngoscopes.

Intubation using a direct laryngoscope requires the operator to be directly behind and above the patient’s face, within a few inches of the mouth. You have to wear a face mask and plastic face shield – it is pretty common to get spattered with sputum, blood, saliva, or vomit. Because you are so close to the patient’s airway, there is also a risk of becoming infected with a contagious microorganism. This was a big danger during the COVID pandemic and we largely abandoned direct laryngoscopy when intubating COVID patients because of this risk.

Video laryngoscopy

About 15 years ago, a new type of laryngoscope emerged on the market that uses a tiny camera at the end of the laryngoscope blade, adjacent to the light bulb. The view from the end of the blade can then be displayed on either a small video monitor attached to the laryngoscope handle or a larger video monitor connected to the laryngoscope by wires. The downside of video laryngoscopes is that they are far more expensive to purchase and maintain than direct laryngoscopes.

 

The video laryngoscope blades are all curved and have a greater degree of curve than the Macintosh blade. Because of this, they require a special curved rigid metal stylet to be inserted into the endotracheal tube. Once the tip of the endotracheal tube is positioned just above the vocal cords, the endotracheal tube is advanced while simultaneously pulling back on the stylet so that the endotracheal tube can assume a straight path in the trachea, below the vocal cords. This usually requires an assistant to control the stylet or an extremely dexterous operator who can control both the stylet and the endotracheal tube with one hand.

There are three main advantages to the video laryngoscope. First, you can get a better view of the vocal cords than with the direct laryngoscope. This is especially true in patients with “anterior” larynxes that are hard to see with direct visualization through the mouth and in patients with large tongues that obstruct direct visualization. The Mallampati score is often used to classify the airways – those with Mallampati class III or IV airways are better seen with the video laryngoscope. Second, the video laryngoscopes allow the operator’s face to be a couple of feet away from the patient’s nose and mouth, rather than a few inches as with direct laryngoscopes. This can reduce the chances of acquiring a communicable disease. For this reason, video laryngoscopy became our preferred approach to intubating patients with COVID infections. Third, it is easier to teach trainees how to perform endotracheal intubation since the attending physician can point out the anatomy and see if the trainee is inserting the endotracheal tube correctly. In contrast, during direct laryngoscopy, only the person actually performing the intubation can see the vocal cords and watch the tube insertion so it is not possible for the attending physician to know if the trainee is performing the intubation correctly.

Which method of laryngoscopy is better?

Anecdotally, our pulmonary/critical care fellows tell me that they get proficient with endotracheal intubation faster using video laryngoscopy than using direct laryngoscopy. They cite the better view of the vocal cords plus the improved feedback from the supervising attending physician. From my own personal experience, I found that video laryngoscopy was particularly useful in those patients who I could not get a good view of the vocal cords during an initial intubation attempt with a direct laryngoscope. But anecdotes are not as persuasive as randomized, controlled, multi-center trials. So, what does the medical literature show?

A 2021 study in JAMA found that worldwide, 81% of emergency intubations are performed using direct laryngoscopy. There have been a number of studies comparing direct and video laryngoscopy for endotracheal intubation. Some have shown that both techniques are equally successful, others have shown that video laryngoscopy is superior, and others have shown that direct laryngoscopy is superior. But until recently, there have been no large, randomized, multi-center trials comparing the two techniques for emergency intubation. In a 2020 review of tracheal intubation in critically ill patients published in the American Review of Respiratory and Critical Care Medicine, the recommendations stated that video laryngoscopy should be available in every ICU and ER and that the first attempt at emergency intubation should be made using video laryngoscopy. The recent study in the New England Journal of Medicine now provides the most convincing evidence to date that video laryngoscopy is superior to direct laryngoscopy during emergency endotracheal intubations.

What the study found. In this study, 1,417 patients undergoing emergency endotracheal intubation at 11 U.S. hospitals in 2022 were randomized to the use of video laryngoscopy or direct laryngoscopy for the first attempt at intubation. 70% of patients were in emergency departments and 30% were in ICUs. Because all of the hospitals were teaching hospitals, the vast majority of intubations were performed by trainees: 72% were by residents and 24% were by fellows. Notably, these are less experienced physicians who have performed fewer intubations than more senior attending physicians. The findings were statistically significant: 85% of patients were successfully intubated on the first attempt using video laryngoscopy but only 71% of patients were successfully intubated on the first attempt using direct laryngoscopy. It also took the operators less time to perform intubation using video laryngoscopy (38 seconds) than using direct laryngoscopy (46 seconds).

What the study did not find. Because the overwhelming majority of intubations (96%) were performed by trainees, it is uncertain whether video laryngoscopy is also superior to direct laryngoscopy when experienced attending physicians are performing emergency intubation. Anecdotally, I believe that video laryngoscopy is superior, at least from my own personal experience using both types of laryngoscopes. The study only examined emergency intubations and not elective intubations (such as occur regularly in the operating room). Therefore, the results do not necessarily mean that we should abandon direct laryngoscopy for elective surgeries. Finally, there were no differences in procedural complications using the two types of laryngoscopes.

So, what should hospitals do?

For the hospital medical director or the medical director of an emergency department or intensive care unit, there are several practical implications from the most recent study:

  1. Training programs should incorporate video laryngoscopy. All health care providers who perform emergency endotracheal intubation should be taught to use video laryngoscopy during their formal training programs. In the United States, emergency intubations can be performed by a variety of providers including residents, fellows, attending physicians, respiratory therapists, EMTs, CRNAs, nurse practitioners, and physician assistants. Each hospital is different, depending on the staff availability, state laws, and hospital regulations. Moreover, emergency intubations in the ICU and during cardiopulmonary arrests often occur at night or weekends when experienced attending intensivists and anesthesiologists are not immediately available.
  2. Make training available to existing staff. Newly trained ER residents and critical care fellows will already be experienced using video laryngoscopy devices and should not be required to undergo additional training as attending physicians. However, it is necessary to have a process in place to train more senior physicians and other health care providers in the use of the equipment. Because internal medicine residents are no longer required to be trained in intubation, at our hospital, we developed a “Difficult Airway Course” for our hospitalists who covered the ICU at night and who responded to cardiopulmonary arrests in the hospital. This included demonstration of the video laryngoscope equipment and opportunity to use the video laryngoscope to intubate manikins. It took less than an hour and was included as part of orientation for new hospitalists. To make training even more palatable, offer CME credit.
  3. Video laryngoscopes should be available wherever emergency intubations are performed. At a minimum, this should include emergency departments and intensive care units. However, cardiopulmonary arrests can occur anywhere in the hospital so there should be protocols in place in order to deploy video laryngoscopes rapidly to any location in the hospital.
  4. Choose a brand (and stick with it). To date, there are no studies comparing one type or brand of video laryngoscopes to another. The decision about which video laryngoscopes the hospital should purchase should be made based on preference consensus of physicians who perform emergency intubation and on cost. In my own experience using multiple types of video laryngoscopes, I recommend choosing one type and then using that one type throughout the hospital, rather than having different types or brands in different hospital locations. Although they are all relatively similar, even a few extra seconds required to figure out how to use an unfamiliar brand of a video laryngoscope during cardiopulmonary resuscitation can result in patient harm.
  5. Buy enough devices. Medical equipment periodically breaks and has to be sent out for repair or replaced. It is important to always have back-ups in event of breakage. In addition, patients do not schedule their need for emergency intubation and there can be several emergency intubations during any given ER or ICU shift. Have enough video laryngoscopes to accommodate multiple intubations occurring simultaneously and if your video laryngoscope requires cleaning and sterilization, be sure you have enough video laryngoscopes on hand to last until equipment can be cleaned.
  6. Don’t completely abandon direct laryngoscopy. Because direct laryngoscopes are inexpensive and small, hospitals can afford to keep them in every crash cart and airway kit. It is prudent to always have a direct laryngoscope on hand in case the video laryngoscope quits working in the middle of an intubation. Furthermore, the availability of multiple sizes and shapes of the direct laryngoscope blades allows a more tailored selection of equipment for patients with larger or more unusually shaped mouths. When it comes to emergency airway management, it is always important to have a back-up plan and direct laryngoscopy is the key component of the back-up plan for video laryngoscopy. The implication is that we must therefore continue to teach our trainees how to use direct laryngoscopes and not completely abandon them from ER residencies and critical care fellowships.
  7. Recommend but do not require the use of video laryngoscopy. When ultrasound to guide central venous catheter placement first came out in the late 1990’s, many of us thought that ultrasound would soon come to used for all central line procedures. Indeed, almost all residents and fellows adopted ultrasound. But many attending physicians who were very experienced and adept at performing central lines found ultrasound slowed them down and did not improve their already very high success rates. A physician who is highly skilled using direct laryngoscopy may have better outcomes continuing to use the equipment he/she is comfortable and experienced with, rather than being forced to change to new equipment. Many physicians are resistant to change but most physicians find that once they actually use video laryngoscopy, they do not want to go back to direct laryngoscopy.
  8. Avoid special credentialing. Another lesson from vascular ultrasound for central line placement was credentialing. When hospitals first acquired these ultrasound devices, there was concern that the operation of the ultrasound equipment and the interpretation of the ultrasound images required specialized skills. Consequently, hospitals required physicians to have special credentials in order to use ultrasound to facilitate central venous catheter placement. Credentialing required several hours of training and required proctored performance of several ultrasound procedures before the physician was permitted to use vascular ultrasound. This posed a barrier to its implementation because many attending physicians found it easier to continue to do non-ultrasound guided procedures rather than take the time and effort to get credentialed for the use of ultrasound. In hindsight, this was a mistake and should be avoided with video laryngoscopy.

Final thoughts

The two goals of emergency endotracheal intubation are to: (1) get it done fast and (2) get it done right the first time. Video laryngoscopy offers an improvement in both of these goals compared to direct laryngoscopy. It is time to equip our emergency departments, intensive care units, and crash carts with these devices. And it is time to encourage our health care providers to adopt their use.

June 21, 2023

Categories
Emergency Department Inpatient Practice Medical Economics

It’s Time To Do Away With Observation Status

“Observation status” was originally conceived of as a way to watch patients presenting to the emergency department for a few hours in order to determine whether or not they needed to be admitted to the hospital. The purpose was to reduce unnecessary inpatient hospitalizations and thus reduce overall healthcare costs. But there has been a creep in the use of observation status as well as the healthcare bureaucracy to administrate it. The result is that observation status has now increased overall healthcare costs. It is time to consider eliminating observation status in the United States.

Summary Points:

  • In observation status, hospital admissions are considered to be outpatient rather than inpatient admissions
  • As an outpatient visit, patients are responsible for more of the hospital charges than they would be for an inpatient visit
  • Medicare will not pay for skilled nursing facility care for patients in observation status
  • Observation stays reduce Medicare costs by transferring costs to the individual patient
  • Overseeing observation status is expensive for hospitals
  • Overall per capita U.S. healthcare costs can be reduced by eliminating observation status

How did we get here?

Prior to 1960, emergency departments were staffed by residents and general practitioners. The doctor who saw you in the ER was generally the same doctor who took care of you in the hospital. Emergency medicine became a specialty in 1968 with the creation of the American College of Emergency Medicine. The first emergency medicine resident began training in 1970 and the first board examination in emergency medicine was offered in 1980. The result was that the doctor that took care of a patient in the ER was no longer the same doctor who took care of them once they were admitted to the hospital. In 1983, DRGs were first used to determine the amount of money that Medicare would pay hospitals for inpatient admissions for any given diagnosis. After the introduction of DRGs, it became immediately clear that there needed to be some way of determining which patients were sick enough to warrant admission to the hospital from the emergency room, otherwise, the hospitals would be incentivized to admit as many people as possible, even if they were not very sick.

Initially, that determination was left to the emergency room physician. But that ER doctor needed to find an inpatient physician who would agree to admit the patient. During my residency, we had a designated “medical admitting resident” each day who would make the decision about which patients were sick enough to require admission. Some residents got the reputation of being “sieves”, meaning that they would admit everyone that the ER physician called them about whereas other residents got the reputation of being “walls”, meaning that they would block admissions from the ER unless the patients were at death’s door. You always wanted to be on-call at night with a resident who was a “wall” because that meant you would have to do fewer history and physical exams, your inpatient service census would be lower, and you might actually get a few hours of sleep that night.

In order to provide some rules for which patients warranted inpatient admission, Medicare directed that patients who could be sent home within 24 hours should be observed in the ER rather than admitted to the hospital. However, keeping a lot of patients in ER beds for 24 hours was impractical so hospitals started putting those observation patients in regular hospital beds to avoid congestion in the emergency department. The unintended consequence was that this simply led to keeping patients in the hospital for longer than 24 hours, just so they could be classified as inpatients. This was especially a problem with outpatient procedures when many hospitals kept patients overnight for procedural recovery and then billed Medicare for both the outpatient procedure plus an inpatient hospital admission. Medicare countered in 2002 by agreeing to pay hospitals specifically for observation stays in order to provide an alternative to inpatient admission for those patients who were only mildly ill or who needed extra time to recover from an outpatient procedure. Initially, the only diagnoses that could be billed as observation stays were heart failure, chest pain, and asthma. In 2008, Medicare began paying for observation stays for all diagnoses.

In parallel with the development of reimbursement policies for observation stays, Medicare began policing hospital admissions by using the RAC (recovery audit contractors). RAC auditors would review the charts of patients who had been admitted to the hospital and if the auditor determined that there was not sufficient documentation in the chart to justify inpatient admission, Medicare would collect penalties from the hospital for overpayment. By 2014, the RAC program had collected $2.3 billion from hospital overpayments. One of the most common reasons by RAC auditors when denying an inpatient admission was that “…the patient could have safely and effectively been treated as an outpatient.” The auditors were often incentivized to deny admissions since more denials often led to bigger bonuses for the auditors. As a result, the denials were frequently capricious and arbitrary. 25 years ago, a coder for a commercial insurance company confided in me that her supervisors told her to randomly deny every 10th hospital admission because hospitals usually found that it was too expensive to contest denials. Fear of RAC audits resulted in physicians and hospitals increasing the use of observation status in order to avoid the risk of being penalized for an unnecessary inpatient admission.

A second strategy employed by Medicare was to create a list of surgical procedures that were classified as “Medicare Inpatient-Only Procedures”, meaning that those operations required an inpatient admission. Any surgical procedure not on the list was to be classified as an outpatient procedure unless there were extenuating circumstances that uniquely required a patient to be admitted to the hospital. Medicare pays much more if a surgery is performed as an inpatient (Medicare Part A) than if it is performed as an outpatient (Medicare Part B). Over time, the Medicare Inpatient-Only list shrank as more and more surgical procedures were reclassified as being appropriately done as outpatient and not requiring of hospital admission. Thus, knee and hip replacement surgeries were initially considered to require inpatient admission  but are now considered to be outpatient procedures.

Medicare also changed its definition of observation stays to be any condition that requires the patient to be in the hospital for “less than 2 midnights”. Although it could be argued that this gave hospitals longer than 24 hours to treat an observation status patient and send them home, the 2-midnight definition was somewhat arbitrary. For example, a patient presenting to the emergency department at 11:00 PM would spend 25 hours in the hospital before crossing 2 midnights but a patient presenting at 1:00 AM would spend 47 hours in the hospital before meeting the 2-midnight definition. However it is not how many midnights a patient actually spent in the hospital that Medicare auditors used when deciding whether to deny a hospital admission. Instead, it is whether the auditor believed that had the patient been managed appropriately, that patient could have been sent home before 2 midnights have elapsed. For example, if a patient came to the emergency department on Saturday evening with chest pain but the hospital could not do a cardiac stress test until Monday morning (2 midnights later), the auditor would still deny an inpatient admission since if the hospital offered 7-day a week stress tests, they could have sent the patient home on Sunday (after 1 midnight).

The observation vs. inpatient status bureaucracy

 

In order to avoid losing money from admission denials, hospitals started to go to great lengths to insure that the medical record contained sufficient documentation to justify every hospital admission. This was greatly facilitated by the development of electronic medical records that permitted realtime review of each patient’s hospital stay to ensure that the patient’s chart had appropriate documentation to meet Medicare’s requirements to bill that hospital stay as an inpatient admission. Some of the measures that hospitals now take in order to oversee their hospital admission practices include:

  1. Physician training. When a patient is admitted to the hospital from the emergency room, the admitting physician has to enter an order directing that the patient is an “inpatient” or “observation” admission. This means that the physician has to estimate how long the patient will need to be in the hospital at the very beginning of the hospital stay and that estimated length of time dictates whether a patient will be inpatient or observation status. We now train residents in how to correctly estimate length of stay. For example, patients admitted for chest pain, syncope, and dehydration are generally observation status unless there are extenuating circumstances.
  2. Nurse admission reviwers. Hospitals will generally hire a group of nurses or other healthcare workers to review every patient’s chart on a daily basis to determine if the medical record documentation justifies inpatient admission. These nurses get special training in the Medicare inpatient admission requirements. If the patient’s chart does not contain the proper documentation, the nurse’s first step is usually to contact the physician since frequently, all that is needed is an extra sentence or two in the medical record describing how sick the patient actually is. If that does not resolve the issue, the next step is to contact a physician admission advisor.
  3. Physician admission advisors. Many times, the admitting physician is uncertain whether or not a patient’s illness justifies an inpatient admission order. Or the nurse reviewer’s determination is different from the physician’s admitting order for observation vs. inpatient status. For this reason, hospitals employ physicians whose main job is to arbitrate inpatient and observation orders. Often, this will be a private physician review company where the physician reviewers can access patient charts on a daily basis. Larger hospitals usually do this internally by hiring some of its own emergency medicine physicians or hospitalists to dedicate a certain number of hours per day reviewing admissions.
  4. Hospital medical directors. When another layer of physician review of how to classify a patient’s admission is required, it then goes to the hospital medical director. Even for a small hospital, this is usually several charts to review every week. It takes about 15-20 minutes to do one of these reviews and then contact the admitting physicians to try to talk them into changing an admission order from inpatient to observation or vice-versa. Frequently, it requires the medical director to either enter an administrative note in the electronic medical record or to send the hospital utilization review office a letter so that the hospital has a documentation  paper trail in the event of a Medicare denial. More often, the medical director is sent charts for patients who had an inpatient admission order but were discharged before 2 midnights had elapsed. This is a red flag for Medicare auditors. We then have to provide written documentation for why the patient should be billed as an inpatient. Sometimes, this is easy, for example, when a patient dies from their condition in the hospital before 2 midnights elapse. But more frequently, it is because the admitting physician legitimately believed that the patient would need to be in the hospital for at least 2 midnights when that patient first arrived at the hospital. Several years ago, I attended a Medicare seminar and one of the medical administrators from Medicare told us that when this happens, we should use the phrase “The patient had an unexpectedly rapid recovery and was able to be discharged after less than 2 midnights”. Pretty much every time a patient in inpatient status was discharged before 2 midnights, one of our hospital medical directors would review that chart and send the billing office a letter using that phrase.
  5. Pre-admission testing consultation. Patients who are planned to undergo a surgical procedure will frequently be sent for pre-operative medical consultation by an internist, family physician, or specially trained advance practice provider. Although designed to identify medical co-morbidities that could increase the risk of complications during surgery, these consultations are increasingly being used to determine whether or not a given patient’s surgery should be classified as an inpatient or an outpatient surgery. And most importantly, these consultations ensure that there is sufficient documentation in the electronic medical record to justify an inpatient procedure. For example, most knee replacement surgeries are now considered outpatient procedures. But if the chart documents that the patient has sleep apnea requiring CPAP, brittle diabetes, COPD requiring supplemental oxygen, and a history of vomiting after anesthesia, then that patient’s knee replacement can be done as an inpatient and the hospital gets paid considerably more. Surgeons are trained to be experts in surgery but are not trained in the nuances of co-morbid medical illnesses that they do not normally manage. Consequently, the surgeon’s outpatient notes often do not contain documentation of the significance of those medical co-morbidities and whether they are severe enough to warrant an inpatient admission for the surgery. That is why the pre-op medical consultation is so highly valued. If the surgeon admits the patient as an inpatient to do the surgery and then discharges that patient before 2 midnights pass, the chart once again gets sent to the medical director so that a letter containing the phrase “The patient had an unexpectedly rapid recovery and was able to be discharged after less than 2 midnights” is sent to the utilization review and billing offices for a documentation paper trail in the event of an admission denial by Medicare.
  6. Utilization review staff. Every hospital employs a large number of personnel devoted solely to coding, billing, and utilization review. Before a bill goes out to Medicare or a commercial insurance company, these staff will do a final review to ensure that all of the proper documentation justifying an inpatient admission is present in the chart, including physician admission advisor notes and hospital medical director correspondence.There will also usually be personnel whose only job is to work denials when Medicare or an insurance company denies an inpatient admission. These personnel will then prepare and submit documentation contesting that denial in hopes of overturning the denial and getting paid for the hospital stay.
  7. Attorneys and peer reviewers. When Medicare or an insurance company refuses to overturn an admission denial after the billing staff contest the denial, the next step is to turn to the legal system. This usually starts by paying an independent physician reviewer to opine whether the patient’s hospital stay should be classified as inpatient or observation. Next, hospital attorneys get involved by contacting Medicare attorneys about the denial. Sometimes, contested denials require adjudication, requiring more attorney time.
  8. Medicare staff. On the other side of the bill, Medicare and commercial insurance companies employ large numbers of staff to review charts to decide whether they think that hospitalizations should be inpatient or outpatient.

So, for any given patient’s hospitalization, there is an army of Medicare nurse reviewers, physician reviewers, utilization review staff, and attorneys that face off against an army of the hospital’s  nurse reviewers, physician reviewers, utilization review staff, and attorneys. In the end, more money is sometimes spent battling an admission denial than is actually paid to the hospital for the admission. Hospitals are willing to occasionally spend the excessive cost to contest a denial since it sends Medicare or the insurance company a signal that the hospital will not go down easily for future admission denials. It is kind of like a basketball coach throwing a tantrum about a penalty call in order to try to dissuade the referee from calling future penalties.

The net result of all of this is that the United States has created an enormous bureaucracy devoted to preventing and contesting hospital admission denials.  So, why don’t hospitals just classify more patients as being in observation status and avoid all of the expense of justifying inpatient status? The reason is money.

The finances of inpatient vs. observation status

The genesis of observation status was to reduce Medicare costs by eliminating unnecessary hospital admissions. For any given diagnosis, hospitals get paid much less if a patient is designated to be in observation status than if that same patient is designated to be in inpatient status. Overall, the reimbursement is about 1/3 less for observation stays. In other words, Medicare can reduce overall Medicare costs by pressuring hospitals to put more patients in observation status. The same holds for commercial insurance companies.

Until several years ago, Medicare also paid doctors less if patients were in observation status. However, it became clear to Medicare that this was incentivizing doctors to preferentially use inpatient status rather than observation status. And since doctors are the ones who write the admission orders, Medicare realized that it could reduce inpatient admissions by removing the physician financial incentive to put patients in inpatient status. Because the physician professional fees are much, much less than the hospital fees, by paying physicians the same whether a patient was in observation or inpatient status, Medicare would pay a little more to the doctors but would pay a whole lot less to the hospitals.

But the biggest savings to Medicare in observation status is that it transfers much of the cost of the hospital stay from Medicare to individual patients. This is because Medicare considers observation stays as outpatient visits. Outpatient services are billed to Medicare Part B but inpatient services are billed to Medicare Part A. This is hugely important to patients because patients have much higher co-pays and deductibles for their Part B charges than their Part A charges.

  • Medicare Part A covers inpatient admissions including a semi-private room, nursing care, medications, meals, and tests done during inpatient admissions. Part A also covers skilled nursing facility care, home health care, and hospice care. Medicare Part A is free to Americans over age 65 who have previously worked at least 10 years (or have a spouse who worked 10 years). There are no monthly premiums and no annual deductible. The amount that Medicare covers depends on the length of stay of the hospital admission:
    • $1,600 deductible per admission
    • Days 1-60: Part A covers in full
    • Days 61-90: patients are responsible for $400 per day co-pay, either by co-insurance or out of pocket if the patient lacks co-insurance
    • Days 91-lifetime reserve limit days: patients are responsible for $800 per day co-pay, either by co-insurance or out of pocket if the patient lacks co-insurance
    • After lifetime reserve limit days (total of 60 over the entire lifetime): Part A pays nothing and patients (or their co-insurance) are responsible for the entire costs
  • Medicare Part B covers hospital outpatient charges and physician professional charges. Unlike Part A, there is a monthly premium for Part B of $165/month with higher premiums for those with higher incomes. There is an annual deductible amount of $226. Patients also have additional deductibles and co-pays that are either paid by secondary insurance or out of pocket if there is either no secondary insurance or the insurance policy has limited benefits:
    • 20% co-pay for all physician charges
    • 20% co-pay for hospital outpatient charges (hospital room, nursing care, meals)
    • 20% co-pay for x-rays and procedures
    • Part B does not cover medications so the patient (or their Part D insurance) is responsible for medication charges during observation stays

The net result of these differences is that the patient will have greater out of pocket expenses for an observation stay than for an inpatient admission. This is especially true for the 7.5% of Americans over age 65 who are enrolled in Medicare Part A only and do not enroll in Medicare Part B – these patients pay the entire cost of their observation stay out of pocket.

Another financial implication of observation vs. inpatient stays is in skilled nursing facility (SNF) coverage. Medicare Part A pays for 100% of SNF charges for up to 20 days (there is a $200/day co-pay for days 21-100). However, Medicare will only pay for SNF care if a person first has an inpatient hospital stay of at least 3 days. Medicare will not pay for SNF care after an observation stay. If a patient is in observation status (or has an inpatient stay of < 3 days) and gets transferred to a SNF, the patient is responsible for all of the SNF charges.

Why observation status is really, really dumb

CMS absolutely loves observation status. It reduces Medicare costs by paying the hospitals less for any given diagnosis and it also reduces Medicare costs by transferring much of the costs directly to the patient. This allows CMS officials to report to Congress that they are reducing federal spending on healthcare. Congressional representatives can then report to voters that they are reducing government spending. But there is no such thing as free healthcare… the cost of healthcare does not go away, it just gets transferred to the patient. The individual American ends up with more out of pocket costs for co-pays, medication charges, and SNF costs that would have otherwise been covered by Medicare Part A had their hospital stay been inpatient status as opposed to observation status. So, in the long run, the average American does not save any money by being in observation status.

Nationwide, 16% of all hospital stays are observation stays and 84% are inpatient stays. But this percentage can vary widely from hospital to hospital. A tertiary care referral hospital will usually have a lower percentage of observation stays since its patients tend to be sicker with more complex medical problems. On the other hand, a community hospital, especially one that cares for underserved patients, will have a higher percentage of observation stays, typically 25% or more. About the best a hospital can hope for is to break even on observation patients – most hospitals actually lose money on observation stays.

It’s bad enough that observation status does not really save money by transferring the cost of care to the individual patient rather than Medicare. The worst part about observation status is that it actually increases U.S. healthcare expenses. Not only do hospitals have to spend an enormous amount of money justifying inpatient admissions and working inpatient denials, but Medicare spends an enormous amount of money paying staff who police admissions in order to deny inpatient admission charges.

The net result is that observation status represents the epitome of U.S. healthcare dysfunction. It has led to an enormous bureaucracy devoted entirely to deciding whether Medicare or individual patients should pay for hospital care. And that bureaucracy is enormously expensive.

How can we fix this?

Americans pay way more for healthcare than people in any other country. In 2021, the average per capita healthcare cost in the U.S. was $12,914. It will undoubtedly be much higher in 2023. One of the contributors to this is too much of the healthcare costs go into trying to decide whether Medicare or the individual American will be responsible for paying for healthcare. Getting rid of the observation status designation can reduce U.S. per capita healthcare costs. Here is how to do it:

  1. Create low-acuity DRGs. For conditions that are currently commonly managed by observation status (chest pain, syncope, dehydration, etc.), CMS can create inpatient DRGs that pay the hospital less, thus simulating the amount that CMS would have paid for an observation stay.
  2. Require a modest Part A co-pay for hospitalization. The biggest argument against eliminating observation status is that Medicare costs would go up since co-pay costs currently paid by patients would go back to Medicare. The solution to this would be to require a small co-pay for hospitalization days 1-60. The amount to keep Medicare’s annual budget neutral could be as little as $10 or $20 per day.
  3. Outpatient should mean outpatient. How in the world we ever got to the point that we define outpatient care as needing to be in the hospital for more than 2 midnights is baffling. Either a patient needs to be in the hospital or they don’t. I once had a admission denial for a patient in respiratory failure admitted from the ER to our ICU on a mechanical ventilator. The Medicare reviewer said that in his opinion, I should have been able to correct the respiratory failure, extubate the patient, and discharge her before 2 midnights passed. Really?
  4. Eliminate the SNF 3-day rule. The whole idea behind the 3-day rule was that Medicare wanted to see if a patient really needed SNF care before it would pay for it. But the unintended consequence is that if one of our patients needs to go to a SNF, we have to figure out a way to admit them to the hospital for at least 3 days first. This means that we have to wait until they fall at home and break their hip or wait until they get septic from an infected decubitus ulcer if they are unable to get out of bed. For patients undergoing surgery, such as a knee replacement, we have to keep them in the hospital for 3 days after their surgery before they can go to a SNF for rehabilitation, even if they live alone and cannot walk after their operation.
  5. Eliminate the observation industry. By eliminating observation status, hospitals would no longer have to spend money on nurse admission reviewers, physician admission advisors, and medical directors who laboriously review charts for inpatient justification. Hospitals could reduce their utilization management staff and Medicare could reduce its admission reviewer staff. Hospitals, patients, and Medicare would have less need for attorneys to contest admission denials. Yes, a lot of people would lose their jobs but the overall U.S. healthcare costs would drop.

Elimination of the observation status designation would make everyone happy. Patients would not be surprised by unexpectedly high hospital bills. Doctors would not have to spend time entering unnecessary documentation in their hospital notes to justify why a patient warrants an inpatient admission. Hospitals would not have to pay as much for staff to oversee admission determination. A fundamental concept of industrial engineering is that the more complex a process is, the more energy it takes to keep that process working. Observation status has created a terribly complex process. It is time to simplify the U.S. admission process.

January 22, 2023

Categories
Emergency Department Intensive Care Unit

A Better Way to Defibrillate Patients In Cardiac Arrest?

I have taken the American Heart Association’s Advanced Cardiac Life Support (ACLS) certification/recertification course every 2 years since 1983. That’s 20 times since medical school. The resuscitation algorithms have changed dramatically over the past 39 years and based on a new study, it may be time to change them once again.

Summary Points:

  • Currently, defibrillation is performed using 2 electrode pads located in the upper right chest and lateral left chest.
  • Vector-change defibrillation is performed using 2 electrode pads located in the left anterior chest and left posterior chest. In a recent study, vector-change defibrillation was superior to standard defibrillation in patients in refractory ventricular fibrillation.
  • Double-sequential external defibrillation is performed using 2 defibrillators, each attached to 2 electrode pads located on different parts of the chest. Double-sequential external defibrillation was superior to either standard defibrillation or vector-change defibrillation in patients with refractory ventricular fibrillation

 

In 1984, every patient in ventricular ventricular fibrillation got lidocaine and sodium bicarbonate as first line medications. The second line antiarrhythmics were quinidine, procainamide, and bretylium. Amiodarone was not yet in use. The current ACLS algorithm for ventricular fibrillation is much simpler. In addition to CPR, patients receive electrical defibrillation every 2 minutes, epinephrine every 3-5 minutes, and amiodarone if sinus rhythm is not restored within the first 6 minutes.

For decades, defibrillation has consisted of placing 2 electrode pads on the patient’s chest – one just below the right clavicle and the other just below and lateral to the left nipple. Then, a single shock of 300 or 360 joules is delivered followed by resumption of chest compressions. A new Canadian study published in the New England Journal of Medicine suggests that there may be a better way to do electrical defibrillation. In the study, 405 patients with out-of-hospital cardiac arrest with refractory ventricular fibrillation were randomly assigned to receive one of three different defibrillation techniques. All patients had an initial three defibrillation attempts using standard defibrillation technique with each attempt occurring 2 minutes after the previous attempt. Patients remaining in ventricular fibrillation were considered to have refractory ventricular fibrillation and were eligible for inclusion in the study. The three salvage defibrillation techniques consisted of (1) standard defibrillation, (2) vector-change defibrillation, or (3) double-sequential external defibrillation.

  1. For standard defibrillation, the electrode pads are located in the traditional locations: one pad below the right clavicle and the other pad on the lateral part of the left chest, just below the left nipple. After the initial 3 defibrillation attempts, all additional attempts occurred with with the pads located in their original position.
  2. For vector-change defibrillation, the pads were re-located with one pad on the anterior chest just below the left nipple and the other pad on the posterior chest, just below the scapula and just left of the spine.
  3. For double-sequential external defibrillation, the two standard pads are left in place and two additional pads are placed with one pad on the anterior chest between the sternum and the left nipple and the other pad on the posterior chest, just below the scapula and left of the spine. With this technique, 2 shocks are delivered within 1 second of each other with the first shock via the anterior/lateral pads (in red on the adjacent figure) and the second shock via the anterior posterior pads (in blue on the adjacent figure).

The primary outcome of the study was survival to hospital discharge and the findings were statistically significant. For patients receiving salvage defibrillation via the standard technique, only 13.3% survived to hospital discharge. For those receiving salvage defibrillations via the vector-change technique, 21.7% survived to hospital discharge. And for those receiving salvage defibrillations via the double-sequential external defibrillation technique, 30.4% survived to hospital discharge. The double-sequential external defibrillation was also superior to the other techniques in terminating defibrillation, achieving return-of-spontaneous-circulation, and modified Rankin scale score (a measure of neurologic disability).

As with all clinical trials, there are limitations to the study. It included only out-of-hospital cardiac arrest patients so it is not clear whether similar results would be achieved in patients arresting in the hospital. It was not a blinded study so it is possible that the EMS personnel could have had unconscious bias in their resuscitation efforts. The number of patients was relatively small so it is possible that larger studies may not achieve the same results. The post-arrest care received in the hospitals was not protocoled so there may be differences in targeted-temperature management, cardiac catheterization management, sedation, mechanical ventilation, etc. Because all patients had 3 initial attempts at standard defibrillation before randomization, it is unclear whether either vector-change defibrillation or double-sequential external defibrillation is superior to standard defibrillation as an initial defibrillation technique. Lastly, it is unclear whether the results can be extrapolated to other tachyarrhythmias such as ventricular tachycardia, atrial fibrillation, or supraventricular tachycardia.

Implication for hospital care

So, what does this mean for physicians responding to cardiac arrests in the emergency department, intensive care unit, and hospital nursing units? It is unlikely that the American Heart Association will change the ACLS algorithm for ventricular fibrillation management in the immediate future. However, the study does at least indicate that when patients do not respond to initial defibrillation efforts, we have two other options that we can try.

Vector-change defibrillation is the easiest technique to implement since it simply requires moving the existing defibrillator pads to different locations. Double-sequential external defibrillation may be more challenging for hospitals to implement since it requires the use of a second defibrillator. In addition, although vector-change defibrillation can be performed using an automated external defibrillator (AED), double-sequential external defibrillation cannot be performed using an AED.

When a patient is in refractory cardiac arrest and is not responding to usual advanced cardiac life support measures, physicians may find themselves in a position of having nothing to lose by trying alternative defibrillation techniques. In this situation, vector-change defibrillation or double-sequential external defibrillation may be worth a try.

November 28, 2022