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Interviewer: We know here in the United States, the opioid crisis and the addiction to those drugs is a real concern. But when it comes to the medical side of things, what is opioid addiction?

Joining us today is Dr. Elizabeth Howell. She is an Associate Professor of Psychiatry and the Director of Addiction Psychiatry and Addiction Medicine Fellowship at University of Utah Health and Huntsman Mental Health Institute. Now, Dr. Howell, just to kind of start out, like, when it comes to your perspective, what is opioid addiction?

Dr. Howell: Well, everybody has their own thoughts about it. But if you want to look at the official definition, we would look at something called the DSM, the "Diagnostic and Statistical Manual 5th Edition" of the American Psychiatric Association, and they have 11 criteria. And if you have two or more of those criteria, you have either mild, moderate, or severe opioid use disorder or other use disorders. But I think a simpler way to think about it, because I don't think the general public goes around memorizing the DSM-5, is to think of it as loss of consistent control over use of a substance, continued use in the face of adverse consequences, compulsivity or craving. And then the other part can be denial, and it doesn't mean that you don't know there's a problem, but you're not in touch with how many ways the use of the drug is affecting your life.

Interviewer: So those are behavioral things that we're looking for.

Dr. Howell: Right.

Interviewer: But when it comes to, say, biologically, physiologically, I guess, what is going on when we get into this? Because I've heard that it's not actually the drugs that are causing the addiction.

Dr. Howell: Right. The addiction is actually in the brain. And, you know, there is no addiction without a brain, so we don't know in the field if there's something different about people who get addicted before they ever use or if the drugs cause the brain to change or both. And that's a big mystery. There's actually a really neat study that we're part of at HMHI, called the ABCD Study, that may shed some light on that. But for now, we don't have the answer to that. So what we do know, though, is once people have started using regularly is that the brain is different and it doesn't react the way that the brain of someone who doesn't use drugs reacts.

So, for example, people tell me all the time, "I don't understand why they don't just quit using because I can have a drink and then stop." But the point is that that person's brain is very different than the person's brain who is unable to stop when they start. And there are a lot of different brain changes that happen, and it's interesting because you can actually track some of these brain changes to specific behaviors. So, for example, you know, being out of touch with the consequences of your actions, or not having strong feelings about anything except drugs, those can all be traced to different parts of the brain. So it is behavioral, but behavior comes from the brain and addiction and drug use change how the brain reacts to normal things in our lives.

Interviewer: When we say that the brain is different, I guess, does that mean that there are certain people that are more susceptible to addiction? Does that mean that, you know, is it nature? Is it nurture? Or are certain people just born that way? Do people, you know, grow up leading towards addiction?

Dr. Howell: It's really both. About 40% to 60% of the risk is genetic. That's only 40% to 60%. Some of the other risk comes from life experiences or, you know, where you grow up. If you grow up in a family where everybody else is drinking, of course some of that is genetic, but it is also environment and you are exposed to that. But also, trauma is a huge risk factor for addiction. Trauma, traumatic experiences in childhood, especially, can change the brain in a way that you're much more susceptible to either wanting to use, or when you do use, losing control over your use.

Interviewer: Thinking of those patients, you know, or maybe a loved one is listening right now and they have someone in mind, what kind of treatments are available? Because, I guess, one of the things I want to ask first before you get fully into the treatments is, is there a cure for opioid addiction?

Dr. Howell: There's no cure, as I think of a cure. There is treatment. And this is very similar to other illnesses that we treat in medicine. So, for example, if you have high blood pressure, there's probably no cure. You can definitely treat it. You can do things. You can lose weight. You can exercise. But even people who are very thin and very athletic can have high blood pressure. It's a medical condition. You can do everything you possibly can with your life and you could still be suffering from addiction. You might try everything. You still have, for whatever reason, a very high risk of continuing to be unable to control your use, having craving, etc.

But the treatment that we have tries to at least arrest the process. So for opioid use disorder, one of the most effective treatments we have is medication for opioid use disorder, and this can be kind of controversial for some people, but methadone, buprenorphine, naltrexone, are all different medications that they work in different ways a little bit, but they do help people stabilize so that then they can get their lives back together, and then the behavioral treatments can work a lot better when your life is more stable.

So, really, treatment has to be a combination of things, and it doesn't happen overnight. There isn't a magic medicine, a magic bullet as people call it, to treat any kind of addiction, especially opioid addiction. And the medications only work when you're taking them. Once you stop taking them, your brain is still different and you can start having craving years after you ever used an opioid. And that's the disease if we want to call it a disease, or that's the difference in the brain is that the brain is always going to be seeking the drug even when the other parts of the brain know that it's destroying someone's life.

And I hear this from patients all the time. "I know this is killing me. I don't want to use, but I can't stop." And that's the terrible conundrum that people have when they're in the middle of their addiction and they want to stop. So our treatments are really to help them be able to stop safely and then try to get their lives back together and hopefully heal up some of the brain changes that have happened over the course of their addiction so that they can live a life without being addicted.

Interviewer: So now that we know a little bit more about opioid use disorder and how some of the physiological things that actually comes with this type of addiction, if there is a listener that either themselves or someone in their lives, you know, might be going through this kind of struggle, where do they start to get this treatment, to get this kind of, you know, get on the road to recovery or, I guess, remission if this is a disease?

Dr. Howell: You know, sometimes you can go to your primary care doc or provider and get some help. There are more and more primary care providers who are prescribing medication for opioid use disorder. But then there are others who don't or they don't feel comfortable with it, or they don't know that much about it. And so, then, you would go preferably to an addiction specialist of some kind. The fellowships that I run, the Addiction Medicine and Addiction Psychiatry Fellowships train physicians who finished a residency in a primary specialty to be addiction specialists and to be able to treat regular opioid use disorder and other addictions, but also how to be specialists for people who have really complicated problems, because often we see the patients who've been through many different kinds of treatment and nothing has really taken hold for them and we need to get a little bit more sophisticated or refined about how we're treating their specific addiction. And the medication is only part of it. By no means is it the only thing that you have to do. You can't just throw a medicine at somebody and expect that their opioid use disorder is going to be just fine. It doesn't work that way.

So what you would do is if you, you know, you could start with your primary care provider. If they are not knowledgeable or comfortable, then, you know, one of the things that you can do is you can call, actually, our University HMHI crisis line and they can often help people get connected to treatment because you may need to go in the hospital. It may be that severe. And yet you may just need outpatient treatment, and they can help people sort that out and figure out what's needed.

We also have a recovery clinic over at HMHI, and it's staffed by addiction psychiatrists and addiction medicine specialists and therapists and other staff. And our trainees also work there, and they can help with evaluations and recommendations for treatment. And if you can get treatment at HMHI, fine. If not, if your insurance doesn't cover it there, then we can help send, you know, refer you out to wherever you can get the treatment with your insurance coverage.

Interviewer: And for a listener who might not be in the state of Utah, I assume that there are similar crisis lines in other places of the world?

Dr. Howell: Right. Yeah. So if you're not in Utah, it varies drastically around the country, but there's generally a community crisis line. And the other thing is that there is a 1-800 number through the Substance Abuse and Mental Health Services Administration. But there is a website, and I think it's called "Find Treatment Now" that you can look up and find all kinds of treatment options within your ZIP code and within a certain range from your home.

Interviewer: And for listeners who might be interested in, say, those different resources, they'll be linked in the episode description, if you want to click on your app or on the website. Now, Dr. Howell, I guess the one last thing I kind of want to ask to kind of wrap this up is, what kind of hope do family members and people suffering from this disorder, you know, have when they get into treatment?

Dr. Howell: You know, most people come in to treatment and their families are pretty hopeless feeling. And I'm not trying to sugarcoat addiction. It is a disease that can be fatal, but it's not uniformly fatal. Even without treatment, a lot of people get better over time. But especially with treatment, it can accelerate that process.

There's two things that, I think, are important for opioid use disorder. One is if you are someone with opioid use disorder or you care about somebody who has opioid use disorder, you should definitely get a naloxone overdose reversal kit because the one thing I can't do is help somebody who's dead. And if you die of an opioid overdose when we could have prevented that with naloxone, it's really tragic and unnecessary. So once again, this depends on your community. In Utah, we have utahnaloxone.org and they can facilitate you finding a place that you can get a free naloxone kit to have on hand. And clearly, if you're the person overdosing, you're not going to be able to give yourself naloxone, so it's helpful to have it and for everybody in the family to know how to use it, where it is, etc. I have one in my bathroom. I have a sticker on my door at the house that says, "I have naloxone." And pretty much any addiction provider I know carries some of it around because we never know we could just be walking down the street and come upon somebody who needs to have an overdose reversal. So I would look into that and that's the first thing.

But the second thing is that there is hope for recovery, and I'm always meeting people who are in recovery, who've had severe addictions. I was in another part of the state recently and I was working with a guy on a community event, and he said, "I'm so-and-so and I used to be a heroin addict and, you know, I was . . ." and he told me all about the things in his life that were tragically going wrong. And he made a big change in his life and got into recovery. And I don't know all the specifics, but it's five years later, he's not been using for a while. He's taking care of his children. He's got his own business and he's really successful and he's very happy. So that's what I see can happen. And if you only see the tragic part, you see people in the emergency room or in the hospital with all their complications or you see people who are destroying things in their lives, you feel hopeless. But you never really get to see all the people that do well. And that's one of the nice things about our addiction care system that we have is that we get to see people on both sides, and we're not trying to sugarcoat the tragedies that can happen, but we definitely know people can get better and live productive lives.

Interviewer: So during the summer months, temperatures are rising, people are getting out more, and you might be getting a little concerned about heat exposure and how it might be impacting your health.

We're here with emergency room physician, Dr. Troy Madsen. And Dr. Madsen, when it comes to heat exposure, what do people need to be concerned about?

Dr. Madsen: Well, the biggest thing with heat exposure is just your body overheating. That's where you really start to see issues not just with feeling uncomfortable, but potentially having even a life-threatening situation. Some people . . . you know, you may be familiar with just being out in the heat, you've been hiking or on your bike, or you know, whatever you might be doing, and you're probably familiar with that feeling of just feeling thirsty and tired and maybe a little bit nauseous and maybe a little bit of a headache. Well, at that point, you may be experiencing what we call heat exhaustion. But the big risk becomes when you move beyond that, and your body temperature continues to rise. And then you can experience what's called heatstroke. And that becomes a much more serious thing.

In those situations, your body temperature is often very high. You can have damage to the organs in your body, meaning damage to the kidneys, even potentially the heart, the brain. And in some of those situations, when you hear about these stories of people in places where there is just extreme heat and people are dying of the heat, it is often because of heat stroke that that's happening.

Interviewer: Yeah, we hear about these deadly heat waves and things on the news. And it's, you know, what does that even mean? We're talking like organ damage. Like the heat is getting so high that . . . are you talking brain? Are you talking heart? Who is at risk, and what is it actually doing to the body?

Dr. Madsen: It's exactly that. The body is getting so hot that it is leading to damage and breakdown of the tissues in the brain, the heart, the kidneys. Sometimes part of that is dehydration that's contributing to that as well where that's affecting your kidney function. But in terms of risk, there are a few groups who are really at risk of this. Number one is people who are experiencing homelessness, who may be out in the heat, aren't in a cool place. Other people who are out doing outdoor activities. And maybe you find yourself in a situation where you're out, you're exposed, you know, there's no way to really cool down, maybe you didn't bring enough water along on your hike or your bike ride.

But then there are also certain groups that are really at risk. And these are the very young and the very old. So young babies, infants, and then older people have a tougher time regulating their body temperature. So you might be out, and let's say you take your baby, you know, in a stroller, you're out on a walk, or you go to the zoo or something and you're feeling okay, or maybe you're feeling just a little bit of a headache or a little bit hot. Your baby could be experiencing very severe symptoms in that situation. So if you live with the very young or the very old, just be aware that if you're not feeling great, they're probably experiencing a whole lot more of the heat and much worse effects than you are.

Interviewer: So it sounds like heat exposure affects basically anyone and everyone if you don't, you know, take the right steps. What are some of the ways that a person can, say, prevent heat exhaustion and then later heat stroke?

Dr. Madsen: Well, the biggest thing, you know, is to try and be in a situation where you can cool down. If you're out on a hike or you're out somewhere in the outdoors, try to go in shaded areas, ideally areas that have a water source, something where you can cool down if you need to. Carry plenty of water, you want to make sure you have lots of water with you. The general rule of thumb is 16 ounces of water per hour. I tell people start with at least eight ounces if you're just doing moderate activities. Sixteen ounces can be a lot to carry if you're out on several hours, but try and do that if you can, or at least know where you can get some water.

The big thing I would suggest too is if you have elderly parents, relatives, friends, neighbors, check in on them. One of the sad things that sometimes happens is older people, especially right now, may not have checked their air conditioner, may not know if it's working, or it may work and then it stops working. And sometimes a very sad thing we see is people in this situation then are either embarrassed to reach out for help or don't know who to call for help. And the house temperature gets very hot, and they experience severe symptoms with heatstroke or even death. So check on those people. If you have babies as well, just be aware that they can experience these heat symptoms much more than you may be experiencing at that same time.

Interviewer: So heatstroke, something to keep in mind, something that could be very, very dangerous. ER-worthy if it gets bad enough?

Dr. Madsen: Absolutely, yep. If it's bad enough, if you have a family member or yourself who's just confused, not feeling well, absolutely, get to the ER. Try to get cooled down quickly. Call 911 if you need immediate help.

Interviewer: So a little bit of elbow pain if you're a pitcher in baseball is okay, but if it starts to get pretty severe, you're going to want to do something about that.

Dr. Chalmers, how much elbow pain for a pitcher is acceptable? And what's kind of the threshold that you maybe want to have somebody look at what's causing that pain?

Dr. Chalmers: Yeah, we've done some studies that have helped to inform of us of that. And I think one thing to understand that it's not a normal human motion to pitch a baseball. There's nothing we're evolved to that makes us good at pitching a baseball. And there's a lot of adaptations pitchers undergo, as they pitch through adolescence, that help them to become better at it for sure.

But we've done two studies that I think help and inform our thinking about this. We did a large study of youth baseball players, kind of youth and adolescent baseball players, where we asked them whether or not they have pain. And about 30% of kind of normal, uninjured players will say they have regular pain with play. Now this study we did, though, I think is even more informative is we took pitchers and we had them throw through a simulative game. So they threw 90 pitches kind of in simulated 15 pitch innings. And what happened is that . . . and we collected pain scores and fatigues scores, and what we found is that as pitchers get towards that sixth inning, pain scores start to creep up to somewhere around 1 or 2 out of 10, which just kind of still qualifies as minimal to mild amount of pain but not zero pain.

So I usually tell pitchers, if you're throwing and you're getting above a 2 or a 3 out of 10, that that's not normal, it's not expected, it's not something that can be just swept under the rug with the classic saying of, "There's no crying in baseball," and that it's something that probably you should look into. But if you're having a little bit of soreness, 1 or 2 out of 10 with heavy use six innings of pitching, that's probably very normal and something that you could expect with this particular sport.

Interviewer: How do you, when you do the 1 to 10 ranking, help somebody understanding like what a 1 what might be? Because somebody's 1 might be somebody else's 6.

Dr. Chalmers: Well, no, I think you're right. I mean, I think this is always the issue with pain is there's no objective measure of pain. We have no way to measure that in a way that can be comparable between patients. We have the subjective scale. Usually, the ways that we qualify that are, you know, the number, which can be hard, the words which to say mild, moderate, severe, mild being kind of a 0 to 3, moderate being 4 to 6, and severe being 7 to 10. And then the other way we use this is the scale called the Wong-Baker Scale. It has this . . . you know, starts with a smiley face at zero and like a very unhappy face at 10. I usually think of 2 out of 10 as being a place where there's still maybe a little bit of a smile if you have a really good game, but definitely there's some grimacing if things get bad. And if you start to get to the place where there's no longer a smile on your face, then probably it's too much.

Interviewer: And that's during. What about pain afterward? How long until that pain would go away for kind of the average player?

Dr. Chalmers: Well, usually what I tell people is that you should be able to do what you're doing in a reproducible way every other day. So if you feel like I could pitch like this every other day, then that's a right amount. If you feel like, "Ah, I need four days to recover from this pitching outing because it was so painful or took that much recovery," then what you're doing is too much.

Interviewer: And you said, you know, the saying is, "There's no crying in baseball," and sometimes pitchers tend to be a little tougher than the rest. If somebody is having elbow pain above the threshold you described, what are some of the downsides to not having that looked at?

Dr. Chalmers: Yeah, there are definitely downsides to just pitching through significant pain. The significant pain can be a sign of a substantial injury to the elbow. So, for instance, if you do have ligament tear and you're trying to just work through it, I've definitely seen players that years later have developed arthritis in their elbow or they have bones spurs that have worked to kind of help the elbow to stabilize even though the ligament is not functioning properly. So there's definitely a downside to thinking, "I'm just going to push through this."

Interviewer: And then, what about the repair? Some of these elbow surgeries can take a long time for patients to recover. Do you think that plays into why perhaps sometimes pitchers choose to play through it, because they don't want to be out of the game for any period of time?

Dr. Chalmers: Yeah, I think that's definitely part of it, is that pitchers think, "Oh, I can't afford to take 12 to 18 months off." So, if you know that there's a solution that can get you back in six months, that's the length of the offseason, and I don't think you need to worry so much about, "Oh, I'm going to lose next season." So it's definitely worth if you're having pain thinking, the very least get it looked at the end of the season, to see maybe if there is something that can be done that could still you get back in time for next year.

Interviewer: Yeah, and new procedures are coming along all the time that have shorter recovery periods. So even if you are of the opinion or if you've heard, "Well, if I get this done, I'm going to be out for 24 months," that might not be the case anymore.

Dr. Chalmers: Oh absolutely. And not only that but if you're listening to this and it's two years from now, let me tell you, it's going to be even better, because we've got all sorts of things coming down the line that will help to bring down recovery periods for pitchers in the future.

Interviewer: Yeah. So, if you have some elbow pain while you're pitching, there is something you can do about it and actually something you should do about it. And there's a new procedure that might be the thing that you need.

Dr. Peter Chalmers is an orthopedic surgeon. He's an elbow specialist. He's also the current team physician for University of Utah baseball and Salt Lake City Bees Triple-A baseball. So if somebody does have elbow pain while they're pitching, where do you start with that diagnosis, Dr. Chalmers?

Dr. Chalmers: Yeah. Absolutely. So elbow pain during pitching, it's not normal to have really, really a sore elbow with pitching. And there can be a couple of different causes, and some of them can be problematic for the future for a pitcher. So, definitely, I think it's worth, after a period of rest, if the pain doesn't go away, seeing someone to be fully evaluated with, you know, having someone take a look at the elbow, and then potentially getting an MRI to take a look at the cartilage and the ligaments within the elbow.

Interviewer: All right. And if the condition happens to be something called an ulnar collateral ligament injury, then there's a procedure that's been used for a long time called Tommy John surgery. Tell me a little bit about that, and then we're going to talk about the alternative, which could be better for some patients.

Dr. Chalmers: Yeah. Absolutely. So, for a long period of time, if you tore your ulnar collateral ligament, the ligament on the inside of the elbow that basically holds the upper arm and the lower bones together when you pitch a baseball, if you don't have that ligament, those bones try and fall apart, and it's basically not possible to pitch a baseball. If you tore that ligament, historically, then your career was just over.

And there was a pitcher named Tommy John, who had that injury, and he went to a surgeon who said, "Well, there's got to be something we can do," and they invented this procedure to reconstruct or rebuild the ligament using a tendon graft. And that actually works pretty well, but it has a very long recovery. It takes about a year to get back to play because the new tendon has to become a ligament over the top of the old ligament. And that process is very slow.

So that was the historic way that we would treat ulnar collateral ligament injuries, and the pitcher that first underwent it, his name was Tommy John. So they're commonly referred to as the Tommy John ligament or Tommy John surgery.

Interviewer: And now there's a new procedure. So I've heard that considered called reconstruction, and now there's a new procedure that actually just repairs the ligament and has some better outcomes. So tell me a little bit about that.

Dr. Chalmers: The good thing about many of these ligament tears is often the ligament is torn right off of either the upper arm bone or lower arm bone side. And the ligament itself is still good quality tissue. So, historically, we would replace that whole ligament with a new tendon graft.

The new procedure is to repair the patient's own ligament and allow their own ligament to serve as their ligament going forward. That has a much quicker recovery and can get pitchers back to play in six months. So that's been a huge advance in our treatment for this injury and has certainly, for a lot of our players, granted them ability to get back to another season or even sometimes to get two seasons in depending on the timing.

Interviewer: So, when you're working with a pitcher, how do you determine which one of these two that you're going to use?

Dr. Chalmers: So there's a number of factors that go into that. Certainly, the appearance of the ligament on the MRI and the location of the tear play a role, but often during surgery, we'll also assess the quality of the tissue. And if the tissue is robust enough, then we can use the patient's own tissue to do the repair.

Interviewer: If it is an option, then is it just as good as the Tommy John surgery? You said, definitely, you could get back to playing faster. Is it as a robust of a repair?

Dr. Chalmers: It may be better.

Interviewer: Oh.

Dr. Chalmers: Some of our early data suggests that the rates of return to play may be higher after repair than they are after reconstruction.

Interviewer: And I understand another advantage of the ligament repair is if you have a younger athlete, that this would be an option where Tommy John surgery would not be an option. Tell me about that.

Dr. Chalmers: Yeah. Definitely, younger athletes have the highest capacity for healing. And so, in a younger athlete, this surgery can work very, very well, and that's who it's been performed in mostly to date. But in someone who's really young, if they have open growth plates, you may be concerned about performing a surgery with a ligament graft, where we may have to drill tunnels in the bone that may disrupt the growth in the future. So this is a nice option for that patient population.

Interviewer: And what does the recovery look like then? You said that the recovery is faster. You know, Tommy John surgery could take up to a year. How fast is this recovery, and what's the rehabilitation process like?

Dr. Chalmers: So as early as two weeks out from surgery, the patient begins moving their elbow. About a month from surgery, they begin strengthening. And the whole goal here is that you have to start strengthening early because as early as three months out from surgery, the pitchers will start throwing again.

Interviewer: Wow.

Dr. Chalmers: And the goal then is to get back to full play with full velocity, pitching full games by six months.

Interviewer: That sounds pretty amazing. Is that pretty amazing from your perspective as an orthopedic surgeon?

Dr. Chalmers: It's a huge advance. It's a huge change over the year, sometimes 18-month recovery we saw historically with reconstruction surgery.

Interviewer: Are there downsides to this type of repair?

Dr. Chalmers: Well, it's a relatively new option, and so we don't have 5 or 10-year outcomes with it so far. But so far, it appears to have few downsides as compared to the reconstruction. There had been some concern that if you do this surgery, it may make another surgery in the future more difficult. And so far, those have not appeared to be true, but there have been very few of those performed because it works so well.

Interviewer: And it sounds like this is a very specialized procedure still at this point. What advice would you have for somebody choosing an orthopedic surgeon to do this type of procedure?

Dr. Chalmers: Well, I think that one of the most important things patients need to understand is that surgery itself is a technical skill, and it's important to find a surgeon that you feel like performs enough of those procedures to feel competent at it. So, as a result, I think when you look for a procedure that's less common like this, you need to find a surgeon that feels comfortable and performs enough of them, that they'll have already worked through the kinks and make sure that they're not going to have any problems performing this procedure for you.

That's one of the benefits of coming to a place like the University of Utah, where you have specialists in a large variety of areas. It allows each of us doctors to find a smaller niche and then, as a result, to be better at what we do.

Interviewer: I want to talk a little bit about this procedure. So what is, in your mind, the youngest patient that you would do this type of a procedure on?

Dr. Chalmers: One of the things that is unique about this area of the elbow is that right above the ligament is a growth plate. So for people who are skeletally immature, it's very rare to have the ligament be injured. And the vast majority of those that are skeletally immature, the growth plate itself sees most of the injury, if there is an injury. As a result, we very rarely perform this procedure for anyone under the age of 14 really.

Interviewer: Is there anything else about this procedure that you feel that a patient or a patient's parents would be interested in hearing that I missed?

Dr. Chalmers: One of the things that I think is really interesting about this procedure and really important for people to understand is that we've talked historically about the reconstruction and the tissue within the reconstruction as though we can make you a new ligament. But I will tell you that the tissue that we bring in from somewhere else is not the same as what you were born with. It doesn't have the same nerve fibers. It doesn't have the same pressure fibers.

And we demonstrated that actually pretty elegantly recently in a study we did with the Angels, where we looked at the changes in reconstructed ligaments as compared to non-reconstructed ligaments over the course of a single season or off-season on ultrasound, and found actually that the ligaments that had undergone a prior reconstruction respond differently to stress than native ligaments. And I think that's probably because they don't have all of their normal sensors within them.

So one of the big benefits of this procedure is that it preserves all that. It preserves all the normal pressure sensors and nerve fibers within your own ligament and allows it to respond normally to stress in the future. So that's a real benefit of this procedure over the reconstruction, and one reason why I think we're probably going to head more and more in this direction in probably a lot of areas of our field in the future.

Interviewer: Are you working out from home with exercise bands? Well, you might want to watch out for this injury.

Dr. Troy Madsen is an Emergency Room physician at University of Utah Health. And a lot of us are trying to get in some exercise at home, and we might reach for those exercise bands. But, Dr. Madsen, I understand that there could be some risk working out with those exercise bands. Tell me more about that.

Dr. Madsen: You know, Scot, I have used exercise bands, and this is a risk I've never really considered, but apparently there is an increase in risk and injury to the eye that has been something that's been noted since the pandemic started. So what we're seeing, I think, more and more people are not going to the gym, they're working out from home, and a great tool is a resistance band. If you've ever used this, it's like a giant elastic band. You know, these things are huge. You put it around your foot, and then maybe you're leaning back or doing something with your leg, all kinds of different things, stretching, strengthening.

Well, at the University of Miami, they actually published their experience with seeing multiple patients come to the Emergency Department with injuries to their eyes from these resistance bands. So the title of this article is "Ocular Trauma Secondary to Exercise Resistance Bands During the COVID-19 Pandemic," published in the "American Journal of Emergency Medicine."

And you can imagine how this can happen. I don't know if this has ever happened to you, but let's say you wrap it around your foot, and you're stretching your leg out, and that thing is really tight. And then, maybe you've got socks on or something, and it slips off your foot and flips back and hits you in the eye.

Interviewer: Oh. Ow. Oh.

Dr. Madsen: Yeah, sounds miserable. Sounds absolutely miserable.

So they reported their experience in the "American Journal of Emergency Medicine," and they talked about 11 patients they had seen, and these were not minor injuries to the eye. So they said 11 patients, 14 eyes, so that means several of these patients had both eyes injured. Eighty-two percent of these patients had a hyphema.

So a hyphema is a pretty big deal. That's where you get blood behind the cornea. And, you know, if you ever look in the mirror, you see the cornea, you see your iris, the colored part of your eye. The cornea is the clear part over the top of that. And if you ever see blood there, it just looks like just this red line that's filling up behind there, that's a pretty big deal. That's a serious injury.

And then, vitreous hemorrhage in 36% of these patients. That's blood back behind the iris, back in kind of the main part of the eye. That can really affect your vision. Potentially, if it causes enough damage, potentially have long-term effects. Same thing with a hyphema if it's not treated.

So these are not minor injuries, but they saw a number of these, and just given the number they've seen, they reported on it in the "American Journal of Emergency Medicine" to make people aware that things are happening with resistance bands.

Interviewer: All right. So not happening to, necessarily, a large number of people that we know of, but is in the realm of possibility of happening apparently.

Dr. Madsen: Exactly. And I think the reason they published this and their conclusion was, if you're using a resistance band, wear glasses or consider wearing goggles. I mean, it may seem like overkill. It is something that emergency departments are seeing. This is one emergency department's experience. I'm sure it's happening elsewhere. I have to be honest. I have not seen this in the ER yet, but if we talk to some of our ophthalmologists, my guess is that they probably have. So it's out there, it's happening. You know, takeaway, be aware of it and consider wearing some glasses or goggles if you're using a resistance band.

Interviewer: Yeah, or consider just making sure that you're looking at how you're using it, and "If it was to slip right now, would it slip back and snap me in the eye?" And is there an adjustment you can do in your form that would, you know, prevent that from happening?

Dr. Madsen: Yeah, exactly.

Interviewer: Travis Nolan is an athletic trainer that works for the University of Utah Health Orthopedic Center and also works with high school athletes here in the valley. And the question today is if an athlete gets a fracture, should you always go get that x-rayed? Now, I threw on a trick word there, Travis. I said "always," right?

Travis: Yes, yeah, yeah.

Interviewer: So maybe not always. But first of all, you were saying that you've got stories of people who got a fracture, didn't get it x-rayed, didn't get it taken care of, and then it really impacted them later in their life. Give me an example of how that might happen.

Travis: I ended up coming in over this summer just to do some check-up on the school I work at and things like that, and this athlete pops in my room. And he wasn't really thinking about it much. He was doing some lifting and just experiencing some slight pain in his wrist. And he's like, "Hey, man. Is this normal? I took a little follow-on a couple of weeks ago." He actually did ended up going to see somebody. He was instructed to come back in if it wasn't getting better, and the athlete didn't do that. And so after evaluating it, I was pretty concerned for a fracture still present in his wrist.

And so we sent him back in. And I guess, long story short, since that second referral, getting him back into a doctor again, he has actually had four different surgeries on his wrist trying to restore normal function and trying to properly heal the bone that broke. And so he ended up breaking his scaphoid bone. And for those that have broken it or know about that bone, I'm sure they know the complications that can come from breaking that bone, and then it not healing properly because that bone can lose blood supply. And when that happens, it's called necrosis. And so part of that bone can sort of die off. He, to this day, still has trouble playing athletics. It has affected him in class, in school, writing, typing, so many aspects of his life, carrying things, lifting a backpack. And so he is definitely one of my big advocates when I have to tell other athletes to go get an x-ray, and he'll back me on that a lot of the time, so yeah.

Interviewer: So, for young high school athletes, are there some fractures that tend to occur more often that if it does occur, that is definitely a reason you want to go see somebody, ask for an x-ray? What are those kind of common fractures that could really give you problems down the road if you don't take care of them almost immediately?

Travis: Yeah, the ankle. So whether or not it's from twisting your ankle, getting it caught up in a pile, or if you're a basketball athlete, very common to come down on top of somebody's foot after you jump up into the air, and then any kind of fracture around the ankle bone. So whether it's a small chip off your tibia or fibula, those are sort of common when it comes to spraining your ankle. And most of the time, why doctors recommend x-rays for ankle sprain is because you can get . . . whether it's a small piece of your ligament sort of pulls off a little piece of bone, that's a common area to fracture as well.

The other area of the body that is another big one to go get checked out is called the base of your fifth metatarsal. So that's on the outside of your foot there. And that's a special bone because it's sort of just like the one on our wrist where if we don't catch it in time, it can also go through that sort of necrosis. And it's called a dancer's fracture, actually, because it happens in dance quite frequently. And so that's one of those areas where if you do have pain on the outside of your foot sort of near the . . . we call it the base of our fifth metatarsal. If you have pain in that location, that's a very important one to go get evaluated and x-rayed because it can go through that necrosis process.

And then also, they actually are seen quite often in the military. They're called marcher's fracture. So it's at second or third metatarsal in your foot, and that's the same thing. It's going to be those repetitive stress motions. So whether it's marching, running, jumping, that's another very common area in athletics or the sports world to see a fracture in.

Interviewer: So I noticed that these common fractures in athletics that you believe should be x-rayed seem to be around the wrists, ankles, and the feet, the smaller bone.

Travis: Yeah.

Interviewer: Yeah. So those are the ones that if you don't get them looked at, x-rayed, follow your doctor's instructions can really kind of mess things up in the future for you not only in athletics, but in regular life as well. And I'd imagine a lot of those you don't even know that there's a fracture. You probably . . . just pain. You thought maybe just strained something or sprained something. Is that accurate?

Travis: When athletes have a bigger emotional response, it's pretty easy to convince someone, like, "Hey, we should go get an x-ray on this," like, "You're in a lot of pain right now." It's more time those athletes that they're able to tolerate it. They're sort of pushing through it, they're playing with it still, or they come in and they're, like, "Dude, this is something I can deal with." And you have to have that conversation and you have to educate them on, "Hey, look. It's not about you missing a couple of games." This is about your long-term health, especially for those important areas, whether it's the scaphoid, the base of the fifth. There are some areas in your body where if you don't get them checked out and treated properly, they will cause long-term complications. You will have to get multiple surgeries on them in order to try restore normal function in your body.

Interviewer: And if the athlete is experiencing that, how much time do they have to go get the x-ray? Now, I know at University of Utah Health, we have a walk-in orthopedic center, which is great because you could just walk in, tell somebody what's going on, and they could do an x-ray right there. If they need to have a couple of days in order to arrange that, did you have a couple of days to do that or you really want to get it checked sooner than later?

Travis: Yeah. So can you wait overnight? Sure. Should you wait the entire weekend and then maybe go get it checked out on Monday? Those are some things that I probably wouldn't recommend unless you've been advised and it's already been evaluated by somebody, but make sure you're getting evaluated by a professional that can give you recommendations on, "Hey, this is one of those high-risk areas and this is why I would go get an x-ray tonight instead of waiting over the weekend."

updated: December 8, 2022
originally published: March 3, 2021