Ativan Nebulizers Bring Unprecedented Calm to Hospital Units

March 2026 — Ativan Nebulizers Gain Widespread Acceptance in Hospitals Nationwide

Hospitals across the United States are reporting unexpected results following the quiet rollout of aerosolized Ativan treatments, commonly referred to as “Ativan nebs,” a therapy that was once dismissed as impractical and controversial.

Originally proposed more than a decade ago in a niche respiratory therapy blog post dated January 5, 2012, the idea has since gained traction in select facilities seeking alternative approaches to managing patient distress.

Administrators say the shift began as a pilot program aimed at reducing unnecessary use of Albuterol for non-bronchospastic conditions. What followed, according to early reports, was a noticeable change in patient behavior—and staff morale.

“We weren’t expecting this,” said Dr. Alan Pierce, a pulmonologist involved in one of the early trials. “We thought we were just addressing anxiety in dyspneic patients. But what we saw was a broader effect. Patients were calmer. Units were quieter. Even staff interactions improved.”

Patients who have received the treatment describe a markedly different experience.

“I used to hit the call light constantly,” said one patient recovering from pneumonia. “I felt like I couldn’t catch my breath, even when they said my numbers were fine. After the treatment, I just… relaxed. I finally slept.”

Another patient, admitted for what was described as “vague shortness of breath,” reported similar results. “I don’t remember much after the treatment,” he said. “But I remember not caring as much. And that helped.”

Respiratory therapists, often tasked with administering frequent nebulizer treatments, say the change has been significant.

“Before this, we were giving albuterol for everything,” said one RT who asked to remain anonymous. “Wheezing, no wheezing, doesn’t matter. Now, if it’s clearly anxiety-driven, we have another option. I’m not running back to the same room every two hours for the same complaint.”

Nursing staff have also reported improvements.

“You walk into a room during one of these treatments, and the whole atmosphere is different,” said a medical-surgical nurse. “The patient is calm. The family is calm. I’m calm. It’s… unusual, but in a good way.”

Some hospitals have noted an unexpected secondary effect: reduced call light usage.

“We didn’t set out to study that,” said a hospital administrator. “But the data speaks for itself. When patients are more relaxed, they simply request less.”

Not everyone is convinced. Critics point out that aerosolized benzodiazepines do not address the underlying causes of respiratory conditions and may carry risks, particularly in vulnerable populations.

“These medications were never intended for this route of administration,” said one pharmacologist. “There are valid concerns about sedation, respiratory drive, and unintended exposure to staff.”

Those concerns are acknowledged by facilities using the treatment, though many say the benefits have been difficult to ignore.

“We’re not replacing traditional therapies,” Dr. Pierce said. “We’re expanding how we think about symptoms. Not every complaint of shortness of breath is bronchospasm. Sometimes, it’s fear.”

For respiratory therapists on the front lines, the change has been more practical than philosophical.

“It’s simple,” one therapist said. “If the patient is calm, everything else gets easier.”

Researchers say further study is needed, though interest in the therapy continues to grow. Several institutions are reportedly exploring variations of the approach, including controlled environmental exposure systems in high-stress units.

Meanwhile, staff at participating hospitals describe a subtle but noticeable shift in daily operations.

“It’s quieter,” one nurse said. “You don’t realize how loud and tense things were until they’re not.”

As one respiratory therapist put it, “We spent years treating numbers and lung sounds. This is the first time it feels like we’re treating the whole situation.”

Whether Ativan nebulizers represent a lasting change in respiratory care remains to be seen. For now, hospitals experimenting with the approach say they are encouraged by the early results—and the calmer atmosphere that seems to follow.

Further updates are expected as additional data becomes available.

Flavored Ventolin

U.S. Patent 1409782349023490235-90234-0978234507892345=908

Over the years, I’ve heard a lot of feedback from patients about Ventolin. Not about whether it works. Most people agree it does. The comments are usually about everything else—especially the taste.

It comes up more often than you’d think. Patients will ask why it tastes the way it does or if there’s a version that tastes better. Some even suggest flavors. After hearing that enough times, you start to wonder what that would actually look like.

If patient feedback were driving product development, Ventolin might come in a variety of flavors by now. Apple, mint, and cherry would probably be at the top of the list. Pineapple might make an appearance. Chocolate would get requests, even if no one is quite sure how that would work. And there would always be a few more creative suggestions that probably wouldn’t make it past the first meeting.

It sounds like a joke, but it points to something real. Patients don’t just experience medications for what they do—they experience how they feel, how they taste, and how easy they are to use. Those details matter more than we sometimes admit.

In respiratory therapy, albuterol is used often and in a wide range of situations. For many patients, it becomes part of the routine. And when something becomes routine, the little things start to matter—like how it tastes.

That’s where flavored Ventolin comes in. In this world, it’s real. And honestly, it makes sense. If we’re going to give the same treatment over and over, we might as well make the experience a little better.

Because the truth is, albuterol has become something of a default. Wheezing, shortness of breath, coughing, “just in case”—it shows up in just about every scenario. Most of the time, it helps. That’s why we keep using it.

But when something becomes that common, it’s worth taking a step back and asking why. Are we using it because the patient truly needs it, or because it’s what we’ve always done?

The idea of flavored Ventolin is a joke, but it points to something real. Patients notice the details. They notice how treatments feel, how they fit into their day, and yes, even how they taste.

Maybe that doesn’t change the outcome. But it does change the experience.

And if we’re being honest, anything that makes the experience a little better—whether it’s cherry, mint, or something more creative—isn’t the worst idea we’ve ever had.

Tidal Volumes in Pediatrics: What to Use and When

It had been a while. That’s usually how it goes in a small hospital. You can go months without seeing a pediatric patient who needs a ventilator. Most of the time we stabilize and ship. So when one finally shows up, there’s always that moment where you have to stop and think it through. That’s really the point of this post. Not to make it complicated, just to review the basics so when it happens you’re not guessing.

One of the first questions that comes up is the circuit. Can you use an adult circuit on a pediatric patient with a Hamilton? Technically, yes. But it’s not ideal. Adult circuits have more volume and more compliance, and with a small patient that can throw things off. If you have a pediatric circuit, use it. It’s more accurate and just makes things easier. If you don’t, then you use what you have and pay closer attention to what you’re seeing.

The next thing is setup, and this is where everything comes back to weight. Pediatrics is all weight-based. If you don’t have a weight, get one, even if it’s just an estimate. That one number drives everything you do on the ventilator.

Mode is where people start overthinking things. Pressure versus volume always comes up. A lot of people lean toward pressure control, especially with uncuffed tubes, because you’re going to have some leak and pressure handles that better. That’s generally a safe way to go if you don’t do this often. Modern ventilators like the Hamilton can handle volume modes pretty well too, but if you’re unsure, pressure control keeps things simple and predictable.

When it comes to volumes, you’re usually thinking in the range of about 6 to 8 mL per kilogram. If the lungs are stiff or you’re worried about lung protection, you can go lower, more like 4 to 6. The big mistake is trying to fix problems by giving bigger breaths. Kids don’t need big tidal volumes. That tends to cause more harm than good. If you’re using a pressure mode, including pressure support, you’re not setting a tidal volume directly, so you adjust the pressure until you’re seeing those target volumes. Watch what the patient is actually getting and make your changes based on that, not just the number you dial in.

Rate is where pediatrics really separates from adults. Kids need higher rates. If you use adult settings, you’re going to under-ventilate them. Infants are often in the 25 to 40 range, younger kids somewhere around 20 to 30, and older kids still higher than adults. If your CO₂ is off, you usually fix that with rate before you start pushing pressures or volumes too high.

PEEP is simple. Start around 5 and adjust based on oxygenation. Same thinking as adults. FiO₂, start high if you need to, then bring it down as soon as you can. That part doesn’t change.

Inspiratory time is something people forget, but it matters more in kids. Their lungs are faster, so inspiratory time is usually shorter, somewhere around half a second up to maybe 0.8. If the waveforms don’t look right, this is one of the first things to adjust.

The biggest thing, especially if you haven’t done this in a while, is to watch the patient. Not just the ventilator. Look at chest rise, how they’re interacting with the vent, whether they look comfortable, whether the numbers actually match what you’re seeing. The ventilator can look perfect and still be wrong.

Working in a small hospital also changes your mindset. You’re not trying to manage this patient long term. You’re stabilizing, avoiding harm, and buying time until transport gets there. That takes a lot of pressure off if you think about it that way. You don’t need perfect settings, you just need safe and effective ones.

So if you keep it simple, get a weight, choose a mode you’re comfortable with, stay in a reasonable range for volumes or pressures, set a higher rate than you would for an adult, and watch the patient, you’ll be fine. It might feel uncomfortable if it’s been a while, but the basics don’t change. And in pediatrics, doing the basics well goes a long way.

The 7.40 / 40 Club

If you work in respiratory therapy long enough, you start to notice another pattern.

It’s not wheezing.
It’s not shortness of breath.

It’s numbers.

Specifically: pH 7.40 and CO₂ 40.

Somewhere along the way, those two numbers became the holy grail. The center of the universe. The place where all patients are apparently supposed to live at all times, no matter what.

I once had a doctor joke with me—half joking, anyway—that the goal of BiPAP is simple:

“Get the pH to 7.40 and the CO₂ to 40.”

That’s it. Mission accomplished. Everyone go home.

And honestly, once you hear it, you can’t unsee it.

Patient comes in with a CO₂ of 42.

Forty-two.

Two points above perfection.

Next thing you know: “Let’s put them on BiPAP.”

Now, is the patient in distress?
Are they altered?
Are they tiring out?

Eh… details.

The number is 42.

And we all know what that means.

They must be guided—gently, heroically—back to 40.

Because clearly, the human body cannot function at 42. It’s a miracle they made it this far.

So on goes the mask.

Pressures get dialed in.
Alarms start beeping.
The patient gives you that look like, “Was I doing something wrong?”

And in the background, the ABG waits patiently… ready to reveal whether we’ve restored order to the universe.

A couple hours later:

CO₂: 40

And there it is. Balance has been restored. The stars align. The RT exhales. The doctor nods. The number is right where it belongs.

Never mind that the patient felt okay before. Never mind that they feel exactly the same now—just with a tight mask strapped to their face and a machine hissing beside them.

But the number?

Perfect.

Now, to be fair, BiPAP absolutely has its place. When someone is in real trouble—acidotic, tiring out, heading in the wrong direction—it can be a lifesaver. No argument there.

But sometimes… sometimes it feels like we’re not treating patients.

We’re treating decimals.

We’re chasing a version of “normal” that looks great on paper but doesn’t always match what’s happening in front of us.

Because here’s the truth most of us learn eventually:

Not every patient is supposed to be 7.40 and 40.

Some live at 45.
Some live at 50.
Some have been there for years and are doing just fine.

And that’s okay.

The body adapts. It compensates. It finds its own version of balance, even if it doesn’t match the textbook.

But every now and then, you’ll still hear it.

“CO₂ is a little high… maybe we should start BiPAP.”

And you can’t help but smile.

Because deep down, we all know what we’re really chasing.

Welcome to the 7.40 / 40 Club.

Finding the Right Controller Inhaler — What Works for Me

Right now, my daily inhaler is Breztri Aerosphere. I didn’t start there. Like a lot of people with asthma, I’ve been on just about everything over the years. My doctor originally put me on Trelegy Ellipta, which combines three medications—a steroid, a long-acting bronchodilator, and a muscarinic agent. On paper, it made sense, and to be fair, it worked well for controlling my symptoms.

The issue for me wasn’t effectiveness. It was the delivery. Trelegy is a dry powder inhaler, and every time I used it, I felt that blast of powder hit the back of my throat. Sometimes it made me cough, and other times it just felt like I wasn’t getting a full dose. It left me with the feeling that some of the medication wasn’t making it where it needed to go.

Eventually, I asked if I could switch to something different. By that point I was seeing a PA instead of my usual doctor, and she was fine writing a prescription for Breztri. The main difference is that Breztri is a mist inhaler with a propellant. That may not sound like a big deal, but it is. The mist feels smoother going in, and to me it seems like it gets deeper into the lungs. I don’t get that same throat hit, and I don’t feel the urge to cough after using it.

There is a trade-off. Since switching, I’ve noticed more side effects. I get a little jittery at times and have some mild tremors. It’s nothing I can’t tolerate, but it’s definitely more noticeable than what I experienced on Trelegy. My guess is that if more of the medication is reaching my lungs, more of it is also getting into my system, which may explain the difference.

Over time, I’ve also started to pay attention to which parts of these combination inhalers seem to help me the most. Breztri, like Trelegy, contains three types of medication. In theory, they all play a role. But based on my own experience, I’m not convinced they all affect me equally. I’ve used muscarinic drugs going back to atropine years ago and later Atrovent, and I never really noticed much benefit from those.

Steroids are a little harder to judge. I know they’re supposed to reduce inflammation, but I had an experience that made me question how much they help me on their own. When I was on Symbicort, I ended up relying on it more like a rescue inhaler than I should have. My insurance would only allow one inhaler a month, so I would run out during the last week. To get through that gap, my doctor prescribed Flovent. During those stretches when I was only using Flovent, my asthma got worse. The steroid alone didn’t seem to carry me the way the combination inhaler did.

That experience is what led me to believe that the long-acting bronchodilator is the most important part of the combination for me. Having that medication in my system consistently seems to keep my airways open and helps prevent symptoms before they start. I still use my rescue inhaler more often than guidelines recommend, but I also know my asthma is more severe than what’s written in my chart.

At this point, I’ve tried enough different inhalers to know that they all help in their own way. The differences come down to how they’re delivered, how they feel, and how your body responds to them. For me, Breztri works well because I prefer the mist delivery and feel like I’m getting a better dose into my lungs, even if it comes with a few more side effects.

The bigger takeaway is that the “right” inhaler isn’t always the one that looks best on paper. It’s the one you can use consistently and confidently, the one that fits your routine, and the one that actually helps you breathe easier day to day. Right now, for me, that’s Breztri.

Neonatal Airway Basics: ETT Size and Depth Made Simple

In my humble opinion, taking care of a neonate is often easier than taking care of a pediatric patient. That might sound backwards, but it comes down to experience. In a small town hospital like ours, we don’t see critically ill pediatric patients very often. We usually stabilize and ship any neonate or pediatric patient that requires ongoing support. Because of that, pediatrics can feel less familiar and a little more stressful when they do come in.

Neonates, on the other hand, follow a more predictable path in resuscitation. We start with the basics—positive pressure ventilation with a Neopuff. And really, if you are getting good chest rise, you already have an airway. Air is moving. That’s what matters. If the heart rate is improving and the chest is rising, you’re doing your job.

The newer NRP guidelines, I believe the 9th edition, lean toward intubating earlier than the 8th edition. I understand the reasoning, but I don’t always agree with rushing to intubate. If I’m getting good chest rise, I’m not in a hurry. I’ve said it before in those moments: we’re getting good chest rise, everything looks good here, go take care of whatever else you need to do before we intubate. That’s just common sense to me. There’s no reason to rush into intubation when you already have effective ventilation and the provider may have other priorities.

That mindset carries over to adults too. Good bagging goes a long way. There’s no need to fix something that isn’t broken.

Working in a small hospital also shapes how we practice. For years we were told not to intubate and to wait for the transport team. So we did. That might mean Neopuffing for a long time while waiting for the “baby buggy” to arrive from the larger hospital. And honestly, that’s fine. It’s often far easier and less stressful than rushing an intubation and managing a ventilator in a setting that doesn’t do it often.

That said, there are times when intubation is necessary. When ventilation isn’t effective and the baby isn’t improving, there’s no other option. When that moment comes, you need to be ready. That’s where knowing what size ETT to pick and where to secure it becomes important. That’s the purpose of the chart below—it gives you a quick, reliable starting point.

And one last thing that doesn’t get talked about enough is taping the tube. Getting the tube in is one thing, but keeping it in place is just as important. It’s a skill that should be practiced at least once a year, because when you need it, you don’t want to be figuring it out on the fly.

In the end, neonatal resuscitation is about staying calm, doing the basics well, and not rushing into things you don’t need to rush into. When intubation is needed, be ready. But until then, good ventilation solves a lot of problems.

Palbuterol — And Other Things Only RTs Understand

It’s been a while since I created my list of 101 faux versions of albuterol for our Real Physician’s Creed. So I decided to showcase a few more.

Doctors and nurses may be confused… but we know.

If you’ve been around long enough in respiratory care, you start to realize something. Not everything we do is about the medication. Not every treatment fixes what it’s supposed to fix. And sometimes, what actually helps isn’t written anywhere in the order set.

That’s where these come from.

They’re absurd on the surface—but like most good respiratory humor, there’s a little truth hiding underneath.

PALBUTEROL

The medicine may have no effect…
But the company of an RT will.

We’ve all been there.

Treatment ordered. You show up. You assess. You listen. You already know—this isn’t going to change much.

But you stay anyway.

You talk. You reassure. You adjust a pillow. You tweak the oxygen just enough. And somehow… things settle down.

Was it the treatment?

Maybe.

But probably not.

ALLBETEROL

I think that’s all she needs.

There’s a moment in certain rooms where you realize everything doesn’t need to be escalated.

Not every patient needs more machines. More pressure. More noise.

Sometimes they just need someone who knows what they’re looking at… and isn’t panicking.

KNOWBETTEROL

For when you already know… before anyone else does.

You walk in.

Before the chart loads. Before the vitals cycle. Before anyone finishes explaining.

You already have a pretty good idea what’s going on.

Experience does that.

DEEPBREATHEROL

Side effects may include hearing things that weren’t there before.

“Take a deep breath.”

And just like that… crackles, rhonchi, noises everywhere.

Funny how that works.

ORDEROL

Prescribed every four hours… whether it’s needed or not.

No explanation needed.

The Point (Sort Of)

I’ll explain the Real Physician’s Creed more in a future post.

But the short version is this:

It’s not about making fun of doctors. It’s about pointing out the absurdity we sometimes see in medicine… by being just as absurd.

Because if you’ve worked in a hospital long enough, you know—

Some of the most ridiculous things we joke about
aren’t that far from reality.

And sometimes the difference between chaos and calm
isn’t another order…

…it’s just the right person walking into the room.