Foamfrat Podcast

The FOAMfrat podcast is back in 2022 with a discussion on how virtual reality can be used in EMS education. We did our first VR class a few weeks ago and here's what we learned and what we plan to do with it!

The thyroid is a butterfly-shaped gland. But for some, it can be more like a bullet to the neck. The number of systems that our thyroid helps regulate truly is incredible, and an over or under-active thyroid can cause a whole host of acute and chronic issues. On the one hand, imagine a patient who has a thyroid history and is cold, weak, and has a depressed level of consciousness. Why is this occurring, and what's the diagnosis and treatment? On the other hand, imagine an anxious, hyperpyrexic patient in atrial fibrillation. Both patients have thyroid issues, but why do these patients present so differently? Let's see what happens when the scales tip either way for a few of the systems that the thyroid helps control!

I reached out to @medtwitter asking for help finding a guest to talk about the respiratory syncytial virus (RSV). It may seem weird to be talking about RSV when everyone is thinking about the current pandemic, but I find the virology and mechanism of symptoms of RSV exciting.   Twitter did not let me down, my friend Ashley Liebig recommended Natalie May from Sydney, HEMS. Natalie is an EM, and Pediatric-EM trained UK doctor working in Prehospital & Retrieval Medicine in Australia. I was very excited to have a chance to speak with Dr. May regarding RSV & Bronchiolitis and what the current evidence suggests for treatment.

A young pediatric patient is having nausea and vomiting at school and is said to not be 'staying awake very well.' You discover assessment findings such as hypotension, hypoglycemia, and maybe even peaked T waves on the ECG. You receive information indicating that the child has something called "CAH". Or, perhaps... An older patient is having dizziness upon standing, and persistent hypotension. You note a somewhat jaundiced appearance. They become unconscious in their kitchen while searching for a salty snack, and they appear rather sick. Or... A middle-aged patient has suddenly stopped taking their high-dose prednisone for their asthma and is now feeling very weak and cannot stand. We already know what this episode is about - adrenal insufficiency. However, what if those scenarios up above were in the form of a test question? Or worse yet, a real patient? Would we be aware of what's causing the signs and symptoms, and what the appropriate treatment is? Endocrinology does not get the respect it deserves i

In this episode, we talk with Matt Schneider, a Battalion Chief and Paramedic for the Mequon fire department in Ozaukee County. Sam and I had the privilege of sitting in on a guideline update presented by Matt a few weeks ago. One of the guidelines that caught our attention was the decision to remove nitroglycerin from the STEMI guideline. Listen in as Matt describes how their guideline committee arrived at this decision.     "Matt's views, comments, and opinions expressed in this segment do not represent the position of his employer(s), or associated agencies/institutions".

Nothing is scarier than watching an awake patient struggle to breathe with a trach. Do you have an approach to troubleshoot? Make sure you watch to the end to see our first FOAMfrat reaction video!

In this episode, Tyler & Sam discuss everything you need to know about the Bougie. Traditional use Modified pre-loaded techniques Common pitfalls.

Welcome to the fourth and final installment of this metabolic panel series, where we're exploring what happens when these lab values hit their limits, or beyond.

One of my first calls as a paramedic was to our local ski hill for a 26-year-old guy who crashed into a tree while snowboarding. The ski patrol brought him down to the patrol room and we met them inside. The guy was literally screaming in pain and saying: "just put me out, man!" I could see his leg was obviously deformed below the knee. Now, this dude was covered in gear, and starting an IV was going to take a little while. I looked at my partner and remembered we had just got this new gadget that connects to the end of a syringe and lets you inject medication into someone's nose. It was called a mucosal atomizer device (MAD). I pulled up 100 mcg (2 ml) and gave 1 ml per nare. I told the guy that he would be feeling reeeeallll good anytime now. we waited.. and waited..

Welcome to the third installment of this metabolic panel series, where we're exploring what happens when these lab values hit their limits, or beyond. Previously we've explored Cations (located here) and Anions (located here), but don't feel like you need to read these in any particular order. These blogs are meant as a reference for you to come back to. There's a lot of information in each, so they might be better absorbed in chunks. I'm writing these as the reference I wish I had when I started learning lab values. This week we're going to tackle the renal values on our chemistry panel! Renal physiology can be more than a little intimidating, but you're going to totally understand these labs by the time we're done! Because this renal section is a little different than the other sections, I'm going to start us off with a little refresher on the nephron, using a couple of illustrations.

What does jaundiced skin, right upper quadrant pain, and a fever mean? In this episode, Dr. Cynthia Griffin and I discuss everything gallbladder and biliary colic! Check out the blog post here: https://www.foamfratblog.com/post/when-gall-bladders-attack

Welcome to the second installment of this metabolic panel series, where we're exploring what happens when various lab values reach their outer limits (or beyond). Each part in the series can be read on its own, but if you want to start at the beginning, go check out the first blog on cations HERE. This series of blogs and podcasts are meant as a reference for you to come back to. There is a lot of information on each one of the lab values we'll cover, so it might be best to read it in parts. As I mentioned in the last blog, I'm writing these as the reference that I wish I had when I started learning to interpret lab values. In this portion of the series we'll be discussing anions - the negative changes in the serum. We'll be starting off with chloride, which accounts for the majority of the negative charge in our blood!

In this episode, Sam and I discuss warfarin's mechanism of action and reversal. Check out the blog for more information! https://www.foamfratblog.com/post/podcast-132-reversal-rehearsal-warfarin

Lab value interpretation sadly wasn't included in my initial paramedic education. I was absolutely ecstatic to attend a critical care program and learn about lab values - I had always found it very impressive when people could interpret lab values. I wanted to be a lab value wizard too! Unfortunately, in critical care class, our lectures and resources were nothing like what I had hoped for.I hope this series of blogs serve as a resource for those who are eager to learn more about the art of interpreting labs. I wouldn't recommend tackling this whole thing in one sitting ;) We'll be starting with the positive charges (cations) in this blog, then handling the other parts of the basic metabolic panel in weeks to come (negative charges, renal, and glucose).       Before we get started, I want to get us in the right headspace for learning about lab values. This stuff is kind of dense, and there are a lot of different conditions that will cause lab values to reach their outer limits, or beyond. While I'll presen

200 comment Facebook post where I asked, "what questions would you like me to ask the NREMT?" These are the questions that seem to be the most popular. 200 comment Facebook post where I asked, \"what questions would you like me to ask the NREMT?\" These are the questions that seem to be the most popular.","type":"unstyled","depth":0,"inlineStyleRanges":[],"entityRanges":[],"data":{}}],"entityMap":{},"VERSION":"8.46.0"}"> 1. Besides reciprocity amongst select states, what is the benefit of maintaining your NREMT?   2. If I let my NREMT lapse, or never even got my NR, what is the process in order for me to get it back?   3. The hour requirements are broken down into general categories (i.e. trauma, cardiology, etc.), are the subcategories mandatory or suggested?   4. Do you ever see the instructor-led hour requirements coming back?

Welcome to round two! We'll be going over fewer laws than last time, but this will round things out nicely! We'll be covering the laws of Fick, Graham, and Dalton/Amagat. Mike Brown joins me again as we look at the clinical application of some lesser-known gas laws.

We've been exposed to gas laws our whole life, and we have intuition about what will happen to gas under certain conditions. For example, people notice that the pressure in their tires might become low on a very cold day. Or perhaps you've been at very high altitudes and you've been short of breath. And everyone knows that if you shake a carbonated beverage before opening it you'll be cleaning up a mess very shortly. Each of these observations has been classified into the laws, and we'll be splitting them up between this blog and the next. Stating the laws is one thing - anyone with google can copy and paste their definitions. However, we have a special interest in these laws as medical professionals because we deal with them on a different level. Sometimes we're manipulating these gas laws on purpose, and other times we're dealing with their side effects. Or perhaps we're just trying to pass our FP-C, CCP-C, or CFRN exam ;)       Let's dive (pun intended) right in!

The concept of taking blood out of the body, oxygenating it, removing the CO2, and then putting back in, fascinates me. A few years ago I admittedly knew very little about extracorporeal membrane oxygenation (ECMO) and its indications. I remember going to a class on ECMO at Life Link III and having questions like:   Are we actually pumping blood backward through the body?   What happens to the blood in the heart when using ECMO in cardiac arrest (ECPR)?   What kind of vent settings should I use?   I am by no means an expert on ECMO, in fact, I have only been on a handful of ECMO transports, but the concept fascinates me and I thought a blog breaking down a few concepts of ECMO physiology would be beneficial.

Before the July 4th weekend hits, I wanted to address two main questions whose answers may come in handy on a call you'll run very soon... Should EMS use a burn formula? What's the best way to manage pain for the burn patient? For a sense of a well-rounded blog on burns, I've included some quick facts about burn care at the end that are unrelated to these questions. Also, Erik Rima (CFRN and former burn center RN) left us his perspective at the end in a peer review. Be sure to check those out before you leave! Alright, on to question number one... should EMS even bother with a burn formula?