COPD Lexicon: What’s A Breathing Treatment?

So, what is a breathing treatment? Who needs them? How do they work? Here’s what to know. Actually, here’s some basic terms associated with breathing treatments.

Nebulizer
It’s the small, handheld device that has a mouthpiece on one end. It’s usually lightweight and made of plastic. The bottom of the nebulizer is a nebulizer cup.

Nebulizer cup
It’s a small cup for inserting solution into. The bottom of the cup has a small opening.

Small opening
It allows for a flow of air to get into the cup. This is what makes the mist. It’s uses a principle in physics called the Bernoulli Principle.

Bernoulli Principle
It’s a principle that says that when a flow (stream) of water goes through a small, pinpoint hole, a negative pressure is created on the sides of this stream. This creates a negative pressure. The solution is drawn into the stream. This creates a mist.

Mist
This is what allows you to inhale the medicine. A mist is very convenient for inhaling respiratory medicines. It makes it so no chemical reactions are occurring. It allows you to inhale two or more solutions at a time. You can even inhale two or more respiratory medicines at a time. For example, this allows you to inhale both albuterol and ipratropium bromide in the same treatment. They are even conveniently combined in a medicine called Duoneb.

Solution Water
There are two types of solutions you’ll inhale: normal saline and medicine. The most common medicine solution used is albuterol. Another is ipratropium bromide. Again, these are also combined in Duoneb. There are also other medicine solutions you might see. They include Brovana, Pulmicort, and Xopenex.

Normal saline
It’s basically salt water. It contains 0.9% sodium chloride (salt). This is helpful so that the salt in the water matches the salt in your body (which is 0.9%).

Ampule
Most medicine solutions come in small plastic ampoules (amps). They are very easy to open. All you have to do is twist off the tops. Then you pour the solutions into the medicine cup. Most medicines are premixed with normal saline in these amps. This is nice. In the old days (like, back in the 1980s and 1990s), we had to draw the medicine and normal saline up from bottles. We did this with syringes. The amps make the task of taking breathing treatments easy. It also prevents you from contaminating inhaled solutions with germs.

Air compressor
It’s what makes nebulizers work. It creates a flow.

Tubing
It’s connected from the air compressor to the bottom of the nebulizer cup. It causes the flow from the air compressor to enter the cup.

Mouthpiece
It’s what allows you to inhale the mist. You place the mouthpiece between your teeth. You close your lips to make a tight seal. You then inhale. Breath normal. Occasionally, you should take in a deep breath.

Mask
It can be used in place of the mouthpiece. It easily attaches to the top of the nebulizer cup. You place it over your face using the straps. You then breathe normally while inhaling the mist.

Waste
It’s the amount of medicine you don’t inhale. You will notice that the mist continues even while you’re exhaling. This is wasted medicine. Studies show that it’s high, like 80-90%. But, don’t worry. Researchers plan for this waste. They accommodate for it by the dose prescribed. They have tried to get rid of this waste, or lower it. But, they have yet to figure how to do this. So, in the meantime, it’s just something we have to deal with.

Breathing Treatment
It’s what we call it when you inhale respiratory medicine. You can call it a nebulizer breathing treatment. But, we usually just say, “Breathing treatment.”

What to make of this?
So, now you know what a breathing treatment is — if you didn’t already know. You also know some of the basic terms associated with them. This is all in our quest to breathe easy and live long with COPD.

This article represents the opinions, thoughts, and experiences of the author; none of this content has been paid for by any advertiser. The COPD.net team does not recommend or endorse any products or treatments discussed herein. Learn more about how we maintain editorial integrity here.

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