Medical Intel

For many women, breast reconstruction is an important part of the healing process after breast cancer surgery. Plastic surgeon Dr. Kenneth Fan discusses the three reconstruction methods we use and why treatment often depends on patients' unique expectations, goals, and needs.    TRANSCRIPT Intro: MedStar Washington Hospital Center presents Medical Intel where our healthcare team shares health and wellness insights and gives you the inside story on advances in medicine. Host: We're speaking with Dr. Ken Fan, a plastic surgeon at MedStar Washington Hospital Center. Thank you for joining us, Dr. Fan. Dr. Fan: Pleasure to be here. Host: Today we're discussing how breast reconstruction surgery, one that occurs after cancer surgery, works and what patients can expect from it. Dr. Fan, could you begin by explaining why women undergo breast reconstruction surgery after cancer surgery? Dr. Fan: Well, that's an interesting question. And I think a important point to point out at this juncture is that breast reconstruction after cancer is not cosmetic surgery. It's a reconstructive procedure and it's actually mandated by law as a result of the Women's Health and Cancer Right Act. Therefore, I think it's important for patients to know that their access to breast reconstruction surgery is not optional. There's something about breast reconstruction after cancer surgery that really gives patients hope and an opportunity to feel whole again. And we see this in our research. After breast reconstruction, patients who have had reconstruction have the same quality of life as patients who haven't even had cancer. And this has been shown in large, large series of data. And therefore, I think it's important for a team of breast surgeons and plastic surgeons to discuss what the right option for breast reconstruction for that patient is. Host: What is your patient population typically like? Dr. Fan: I see patients for breast reconstruction with all sorts of lifestyles and requirements. And therefore, it's very important for us to have a group discussion on what the best breast reconstruction modality is. For example, some patients have a very active lifestyle and want to get back to work right away. Therefore, we can do certain types of reconstruction that facilitate that. Other patients want this to be the last surgery they go to and really want that home run, so they don't have any future operations in the future. And so, we also have surgeries for that breast reconstruction patient as well. Host: How does breast reconstruction surgery work? Dr. Fan: That's a great question. So, globally speaking, there are three main ways that breast reconstruction can occur. The first one is an oncoplastic approach in which the breast surgeon takes out a small tumor and mere rearrange tissue within the breast. The second approach is after mastectomy. And this is usually with a, what we call, prosthetic-based reconstruction. We use an implant, or a temporary device called an expander, to reconstruct a breast mound. The third option is what we call autologous space reconstruction. And in autologous space reconstruction, we use patients own tissues, either from the abdomen or from the back, to reconstruct a breast. Host: Following breast cancer surgery, how long does it typically take women before they have a breast reconstruction surgery? Dr. Fan: So that's a great question. Breast reconstruction can generally be done in the same operating room visit as the cancer surgery. However, there's some rare cases in which patients will need what we call a delayed type of reconstruction. However, it's important for patients to come see us before surgery and we can explore all the options together. Host: How close can you get to making a breast look the way it did prior to surgery? Dr. Fan: Depending on the cancer characteristics and the cancer excision, we can come pretty close. I think for patients and for us surgeons, our greatest hope is that patients, while clothed, can have the appearance of not having had breast cancer. And that is our ultimate goal. And, I think more often than not, we achieve this goal. However, if the patient were to look in the mirror unclothed, there are certain scars that would give away the fact that they had breast reconstruction. Host: Is there anything women must do prior to breast reconstruction surgery? Dr. Fan: Not necessarily. What's important is to have a group discussion on what the best modality is for that patient. We practice a patient-centered approach, so we go through all the options and really discuss with the patients what is the best modality to make sure that they are happy with their surgery. Host: Is there any new, exciting research related to breast reconstruction surgery? Dr. Fan: At MedStar, we are constantly looking at how we can do things better. In particular, a lot of our research focuses on complications after breast surgery and improving the patient experience after breast surgery. Our second main point of research is improving the patient experience after surgery. In particularly, we are looking at use of enhanced recovery after surgery, short for ERAS protocol. This protocol, we have found, has decreased the amount of narcotic usage significantly that patients have to take after surgery. Patients find themselves walking post-op day 1 or 2 after a major operation and are leaving the hospital sooner. So much so that they are surprised at even how well they're doing themselves.   Host: Why is MedStar Washington Hospital Center the best place to seek care for breast reconstruction surgery? Dr. Fan: I think it's important for patients to know, for perspective patients to know, that at MedStar Washington Hospital Center we're focused, not just on disease, but on the patients themselves. We focus on the patients' needs through a multidisciplinary approach and really engage patients to help understand their expectations and desires. This makes us such a special place as providers are constantly collaborating together to come up with the best solution for our patients. Host: Thanks for joining us today, Dr. Fan. Dr. Fan: Thank you. Conclusion: Thanks for listening to Medical Intel with MedStar Washington Hospital Center. Find more podcasts from our healthcare team by visiting medstarwashington.org/podcast or subscribing in iTunes or iHeartRadio.

About 800,000 Americans have a heart attack each year—and younger women account for nearly one-third of them, according to a recent study. Dr. Patrick Bering discusses what's causing this rise in heart attacks.   TRANSCRIPT Intro: MedStar Washington Hospital Center presents Medical Intel where our healthcare team shares health and wellness insights and gives you the inside story on advances in medicine. Host: We're speaking with Dr. Patrick Bering, a cardiologist at MedStar Washington Hospital Center. Thank you for joining us, Dr. Bering. Dr. Bering: Thank you so much for having me. It's a pleasure. Host: According to a 2018 study, younger women are having more heart attacks. In fact, they're accounting for nearly one third of all female heart attacks in recent years. Today we're going to discuss why this is, and ways women can prevent heart attacks. Dr. Bering, could you begin by explaining why we're seeing this rise in heart attacks among young women? Dr. Bering: Absolutely. This is definitely an alarming trend that's seen nationwide. One of the reasons why we think we're seeing more young women hospitalized with heart attacks is that there has been an increase in the cardiovascular risk factors among young adult women. Among these would be things like high blood pressure, diabetes, obesity, smoking and poor lifestyle, including poor diet and low physical activity levels. Host: And is this something you're seeing only in young women or young men as well? Dr. Bering: We see premature heart disease both in young men and young women. Unfortunately, we have been seeing a trend for increased hospitalizations for heart attacks in young women more so than young men. There may be some additional risk factors that young women have. And, when I say young women, I mean women and young adults, so between the ages of 35 and 55. And these can include women who have conditions such as polycystic ovarian syndrome, premature menopause or a history of preeclampsia during pregnancy. Host: Are there certain demographics of young women that you're seeing more than others? Dr. Bering: That's an interesting question and one that we're still gathering information about. It seems to be important where you live from a socioeconomic perspective. In that way, your neighborhood may actually be a risk factor, positive or negative, for your development of heart disease. We do see a high amount of premature heart disease in African American women, which is a concern for us and we aim to combat this from many different facets, aiming at preventing the risk factors for heart disease. Or, if they develop, to try to optimize them to prevent any long-term consequences to cardiovascular health. Host: Are there symptoms or warning signs of heart attacks that people should be aware of? Dr. Bering: Definitely. You hear about classic symptoms which include pressure on the chest or some people describe it as an elephant sitting on the chest. These classic symptoms are more common in men. Unfortunately for women, the symptoms may be more atypical. They can include things like heartburn, fatigue, shortness of breath, low energy, acid reflux, nausea. Because women have more atypical symptoms of heart disease, they may be less likely to seek medical attention at the time that they're experiencing something like a heart attack. Host: Could you expand on some of the symptoms young women may have? Dr. Bering: Certainly. As I said, this can be confusing, even for the healthcare community, at times. Since young women or even women post-menopause are more likely to have atypical symptoms that may be gastrointestinal, it has to be in context with the rest of their symptoms and well-being. If there's been a change in their ability to do physical activity or exercise, that goes along with symptoms of heartburn or nausea, low energy or fatigue - those combinations are more worrisome than if it's just heartburn after they've had, say, a spicy or acidic meal. Host: Is there any point at which somebody should definitely see a doctor? Dr. Bering: Absolutely. If someone is having significant shortness of breath or decreased energy, intractable nausea, or heartburn that doesn't get better with usual methods such as an antacid, they should seek medical attention, especially if they have a history of premature heart disease in their family or if they have risk factors for heart disease that we described before - high blood pressure, diabetes, obesity, poor diet, poor physical activity, high cholesterol.  Host: What can young people do to prevent heart disease? Dr. Bering: That's a great question and one of our most important ones. At an individual level, young people can be aware of their health, in a way that prevents the development of risk factors for heart disease. That generally goes along five different related and intertwined steps to positive health. Those include things like healthy diet, regular physical exercise, control of blood pressure, control of weight and focusing on positive stress and mental health in their life. Even things like getting 7 to 8 hours of sleep per night is a very important step of focusing on your overall health. Host: Could you explain how regular doctor checkups could go a long way in young people preventing heart disease? Dr. Bering: Definitely. For young people, even though many of us feel well or healthy, or we may have a lack of medical problems, some of the risk factors for heart disease may actually be silent. Many people don't FEEL that they have high blood pressure and instead, they discover it later in life once some of the consequences of high blood pressure have accumulated over time in the body. A regular checkup with your primary care health provider every year is an important way for you to have a dialogue and positive relationship with the health care community. We, in health care, are very excited about seeing patients where we can make positive influences to prevent disease. And, in fact, that seems to be one of our...or actually, our MOST successful strategy, when we are combating disease. Host: Why is MedStar Washington Hospital Center the best place to seek care for heart disease? Dr. Bering: At MedStar, we're so proud to serve our community and we're lucky that we have passionate healthcare providers that can focus on a variety of issues related to your cardiovascular health. In one sense, we have great primary care physicians, as well as cardiologists, who are focused on the prevention of heart disease. In another sense, if you are unfortunate enough to develop cardiovascular disease or the risk factors for it, we have a team of experts that are able to provide you with comprehensive, expert care in order to manage your conditions optimally in a strong dialogue with you. We like to make our care patient-centered so that everything is focused on goals that we can achieve with the patient themselves. Host: Could you share a story in which a young patient received optimal care for heart disease at MedStar Washington Hospital Center? Dr. Bering: Absolutely. I've recently had the privilege of taking care of a young woman who had initially thought that she had symptoms of acid reflux. As it turned out, this was actually a heart attack in its beginning stages. Since she presented with atypical symptoms, our emergency room physicians were keen enough to look for a cardiac cause and discovered the early signs of the heart attack. When she came under my care, I was able to get her the appropriate procedure that she needed in order to open up a blocked blood vessel supplying blood to her heart muscle. In that sense, we were able to successfully handle her care, both from the moment she hit the door in the emergency room to the point of discharge with minimal heart damage and overall good heart function. Host: Thanks for joining us today, Dr. Bering. Dr. Bering: It's been a pleasure. Thank you again. Conclusion: Thanks for listening to Medical Intel with MedStar Washington Hospital Center. Find more podcasts from our healthcare team by visiting medstarwashington.org/podcast or subscribing in iTunes or iHeartRadio.

Some of the most unexpected injuries in medicine are due to orthopaedic trauma, which involves problems related to bones, joints, and soft tissues. Discover what some of the most common orthopaedic trauma injuries are and how we treat them.   TRANSCRIPT Intro: MedStar Washington Hospital Center presents Medical Intel where our healthcare team shares health and wellness insights and gives you the inside story on advances in medicine. Host: We're speaking with Dr. Robert Golden, Chief of Orthopaedic Trauma Surgery at MedStar Washington Hospital Center. Thanks for joining us, Dr. Golden. Dr. Golden: Thanks a lot for having me. Host: Today we're discussing common orthopaedic trauma injuries which commonly affect bones, joints, ligaments, tendons and muscles, and how we diagnose and treat them at MedStar Washington Hospital Center. Dr. Golden, could you begin by explaining why orthopaedic trauma injuries generally occur? Dr. Golden: Sure. They can occur from multiple different kinds of mechanisms, the most common being falls and motor vehicle crashes. But we also see a large number of injuries from bicycle related injuries, scooter related injuries. We also, in this area, see a fair number of gunshot wounds.  Host: What are some of the most common orthopaedic injuries that you see? Dr. Golden: A lot of them depend on how the person was injured. We do see a fair amount of injuries from pedestrians being struck by cars. They tend to get injuries to their legs and lower extremities. A lot of people who just fall, and they can hurt anything including ankles and lower extremities, but then they also tend to have a lot of wrist injuries and shoulder injuries from falling and putting their arms out to protect them. Host: And could you explain, giving specifics, some of those injuries? Dr. Golden: Sure. A very common mechanism when you fall and you put your arm out is that you break what's called your distal radius, which is just the bone at the end of your arm right before your wrist. It's a very common injury in older people as well as in younger people when they suffer a high energy fall. Some of the injuries from the pedestrians being hit by cars involve what's called a tibial plateau, which is the top part of your tibia, right below your knee. You can imagine the bumper of the car striking you on the side and that bumper is right about the level of your knee, so a lot of people get injuries that way. Once it gets a little warmer and people go back to motorcycles or riding bicycles, then you start to see a little more high energy injuries, especially from the motorcycles and those can involve injuries to your femur or your thigh bone. And, the higher energy crashes with motorcycles, and with cars, then you can get some of the pelvis injuries that people see. The other thing we'll see is we'll get patients referred in who have had complications from fractures that they've had in the past. Sometimes the fractures just don't heal and then that's called a nonunion. Sometimes they heal but they heal in a crooked position. So, we'll also treat those patients. And, if they haven't healed, a lot of times you need to figure out why that is. Sometimes that's because the bone simply doesn't have enough blood supply to it. Sometimes it's because the patient doesn't have the components necessary to actually heal that, be it enough vitamin D in their system or other reasons that can prevent bone healing. So, oftentimes we'll have to take them back to the operating room and do other procedures to try to get them to heal, including taking some bone from another part of their body and bringing it into the area where it hasn't healed. If they've healed but it healed crookedly, called a malunion, sometimes we'll even have to re-break the bone or cut it at the area where it's crooked - sometimes that can be done as a single procedure. Sometimes we have to put on different kinds of apparatus that go on the outside of the bone and interface with a computer program so that we can control how the bone is manipulated over time and we'll slowly restore them back to a straight position to get them to heal. The other thing we'll often see as orthopaedic traumatologists is we also specialize in bone infections, so we'll get patients referred in who have had bone infections for lots of different reasons, sometimes as a result of trauma but sometimes just as a result of getting an infection, so we'll treat those as well. Oftentimes, that requires a surgery to open up the bone, get out as much of the infection as possible so that then antibiotics can be used to control the infection for long-term cure. Host: Could you discuss common treatments for these injuries and how they work? Dr. Golden: Sure. A lot of the injuries depend on where in the bone it's broken. Injuries that occur close to the joints, which are called periarticular injuries, generally require plates and screws to fix them so that you can align the bone, make sure the joint is re-aligned back as perfectly as possible. And then that's held in place with small metal plates that are held on to the bone with screws. That allows the bone to stay in the proper position and then it heals around it, so the plates are functioned like scaffolding and hold everything in the right spot and then it's still up to the person to actually heal the bone. If you break some of the long bones, like your tibia or your femur, then sometimes we'll put rods into them. Those go on the inside of the bone and, like the plates, they form a scaffolding, but these...the bone heals around them, so they're totally contained within the bone itself. Host: And what kind of recoveries can these patients expect? Dr. Golden: Some of it depends on what's injured. In general, bones take about 12 weeks or 3 months to heal. Some of the injuries, the hardware that we put in is strong enough to support their weight. If that's the case, we'll get them up as soon as possible right after the surgery and get them moving to minimize their stiffness that they might get, minimize the amount of muscle loss that they may have from not being able to move around. Some of the injuries, you just simply can't do that. Some of the plates and screws that we put in have to get very close to the joints in order to get the joint perfect and those aren't strong enough sometimes to support the person's weight. If that's the case, then they may have to have a period of not putting weight on that limb, using crutches or a walker or sometimes even a wheelchair, until that bone heals strongly enough that then they can start putting weight back on it. Oftentimes, if that's the case, then we'll have the physical therapists involved to try to minimize their stiffness and minimize any sort of muscle loss they may have from not using that limb. A lot of times we get other services involved, as well, to try to maximize their recovery, minimize the impact onto their life. Unfortunately, a lot of these people weren't expecting anything to happen that morning and leave for a normal morning and then they have a huge life interruption from these traumas. So, it's a little bit different that going in for an elective surgery when you know when it's going to happen and you can plan for it. So, often we have to have a lot of social work involvement to help them in terms of planning for disability insurance and time off of work until they can be strong enough to get back to their occupations. Host: Do you have any tips to help people prevent these injuries? Dr. Golden: A lot of them, it's just being careful with what you're doing, especially with the motorcycles and bicycle crashes, and sort of knowing your limits. Unfortunately, sometimes it is just a random occurrence that happens. You can't do anything about it if you're driving down the street and somebody runs through a red light and hits you. You had nothing to do with that but, unfortunately, you still have to deal with the consequences of it. Host: Are there certain patient populations you see the most with orthopaedic trauma injuries? Dr. Golden: Orthopaedic trauma tends to be what's called a bi-modal distribution most of the time, meaning that we see a lot of younger people in their late teens and twenties, then we see a lot of older people. Those injuries occur for different reasons. The young people tend to be doing the more high energy, risky sort of things - riding motorcycles, riding bicycles, doing things fast with high energy. The older people just lose their balance and have less stability in their bones. So, when they fall, they may break their hip, when, if you fell, you would just get right back up and be fine. Host: Why is MedStar Washington Hospital Center the best place to seek care for orthopaedic trauma injuries? Dr. Golden: Well, we have a full staff of orthopaedic traumatologists here. There's two of us who specialize...orthopaedic trauma and that's pretty much exclusively what we treat. But we also are supported by a full orthopaedic department that has specialists in all the other disciplines. So, sometimes if you have a injury to the bone and the ligaments, we'll take care of some of the bony issues, and then some of the sports medicine people will take care of some of the ligament injuries or the hand people will take care of those specific injuries. We are also plugged in to the MedStar trauma service network here with the trauma team that can provide a multidisciplinary approach to make sure that any other injuries you may have that don't relate to orthopaedics - injuries to internal organs or other body parts - can be managed, as well. Host: Could you share a story in which a patient received optimal care for orthopaedic trauma injury at MedStar Washington Hospital Center? Dr. Golden: Sure. We've had tons of patients come through since I've been here and a lot of them have multiple injuries. I just saw a guy who we treated seven years ago now was just coming back essentially to get a checkup. But he had injured both of his limbs, again this was a motorcycle crash, both of his lower legs, both of his feet, some of them were open fractures, meaning the bone had come out through the skin. He also had a bunch of injuries to internal organs. So, he came in, was treated by the general surgery trauma team to stabilize all his internal organ injuries. We then treated his bones. He needed several surgeries to try to minimize any risk of infection and prevent that from happening. We then stabilized his bones with the plates and screws and rods. And then the plastic surgery team provided flap coverage to get that covered as well. One of our more well-known instances of treating patients has been both with the Congressional baseball shooting, prior to that the Navy yard shooting. We had victims of those shootings here, as well, and that was truly an interdisciplinary exercise where there were the general surgery trauma team was involved, vascular surgery teams were involved, we were involved - and all that care came together at the specific times when it was appropriate to make sure that we first saved the lives, then, eventually, got everything fixed and back to function and, you know, getting back in to life. Host: Do you have any advice for what patients can do before EMS arrives? Dr. Golden: Well, a lot of it is just staying calm and keeping the limbs that you think are injured still. Sometimes that involves you just staying still and not moving around. If there's other things available to help with that - and that can be as simple as finding some cardboard and rolling it up to form sort of a make-shift splint, or sometimes even newspapers are enough, just to help keep everything still - generally that'll make it feel more comfortable because if the bones aren't moving around where they're not supposed to, it will hurt less. That could also help prevent some of the associated injuries to the soft tissues around the bones that can be injured if the bone is moving abnormally. So, that may help the person who is hurt, in terms of just pain control, as well as trying to prevent some of the issues to the skin and the soft tissues. Sometimes, if it's an open fracture and there's actually bleeding from the wound, you can just put some pressure on the area where it's bleeding and that will help minimize that as well, until an EMS professional arrives.  Host: Thanks for joining us today, Dr. Golden. Dr. Golden: My pleasure. Thanks for having me. Conclusion: Thanks for listening to Medical Intel with MedStar Washington Hospital Center. Find more podcasts from our healthcare team by visiting medstarwashington.org/podcast or subscribing in iTunes or iHeartRadio.

Deep Vein Thrombosis (DVT), a condition in which blood clots form in the deep veins, affects as many as 900,000 Americans each year and can cause symptoms such as pain while walking and a burning sensation in the legs. Learn who's most at risk of developing DVT and common treatment options.    TRANSCRIPT Intro: MedStar Washington Hospital Center presents Medical Intel where our healthcare team shares health and wellness insights and gives you the inside story on advances in medicine. Host: We're speaking with Dr. Steven Abramowitz, a vascular surgeon at MedStar Washington Hospital Center. Thank you for joining us, Dr. Abramowitz. Dr. Abramowitz: Thank you for having me. Host: Today we're discussing deep vein thrombosis, or DVT, a condition where a blood clot forms in one or more deep veins in your body. Dr. Abramowitz, could you begin by discussing how these blood clots form and where they typically arise? Dr. Abramowitz: Sure. So, in our body, our veins are responsible for bringing blood back into our heart. Arteries take it away, veins bring it back. And, when we think of the veins in our body, there are veins that are superficial, or near the skin, and veins that are deep that run down near our bones or with our arteries. These deep veins - you could think of them, if you're in the DC area, as our big roads - let's say the New Hampshire's or the Pennsylvania Avenues or the Georgia's. And, some of our superficial veins are more like our side streets - like a T street or a U street. And, everything drains into these deep veins. But, sometimes there can be a traffic jam, and that traffic jam, in the case of our blood vessels, is a blood clot. And that blood clot can occur anywhere these deep veins are - in the arms, in the legs, essentially anywhere that you may name a deep vein. And what we find is that, depending upon where the clot is, it can lead to a variety of different symptoms. And, if that clot breaks free, it can travel back to the heart, where all the blood from our veins goes originally. And that can result in a pulmonary embolism, which can be a fatal condition. Host: And what are some of the common symptoms of DVT? Dr. Abramowitz: Most commonly, people who have DVT in the lower extremities, will experience swelling, pain when walking, a hot burning sensation as their leg gets warm or engorged and full of blood. And those typically are the most common complaints that people have. Host: Who is most at risk of developing DVT? Dr. Abramowitz: Anybody can fall victim to deep vein thrombosis. And really, it depends on what's going on with someone else's health. So, for example, there are plenty of patients that we treat here at MedStar Washington Hospital Center who are younger, maybe they're in their teens, and the first time that they know they have a clotting disorder or a blood disorder that may make them more likely to make blood clots, would be the presentation with a DVT in one of their legs. Other times, patients who have had surgery or other conditions that make them less mobile or engaging in activity in their lives could be victims of DVT, as well. And, it can also be something that we find in hospitalized patients, people who are immobile in a hospital bed for extended periods of time. So really, it's a condition that can affect anybody of any given age. Host: How is DVT diagnosed? Dr. Abramowitz: For the most part, it's both a clinical diagnosis and a confirmation with ultrasound. And we use ultrasound as a simple way of diagnosing the presence of clot within the deep veins. And this is done, again, as a very quick test without radiation exposure, or dye, and it's a simple procedure that we can do, even at the bedside, for someone who's in the hospital. Host: What treatment options are available for DVT? Dr. Abramowitz: Right now, for patients who have deep vein thrombosis, we currently offer two therapies. First, most patients with deep vein thrombosis, will be treated with something that's called an anticoagulation agent. In basic terms, it's a blood thinner. And the reason we put somebody on a blood thinner is not that it actually gets rid of the blood clot, but that it makes it less likely for more blood clot to form because our bodies have the natural ability to break down clot over time. But for some patients who have extensive clot or a lot of clot throughout the vein, let's say in a leg, we can actually go in with a wire and a small catheter, which is like a plastic tube or a hose, and we can give the medication directly into the clot, to make that clot go away faster for those patients, as well. Host: And, how fast is faster for those blood clots, typically? Dr. Abramowitz: Well, if we're performing a procedure on a patient, usually we can get that clot away in a single session. For patients who have to have blood thinners, sometimes it can take the body up to 3 to 6 months to dissolve the clot on its own. Host: Is there anything people can do to prevent DVT? Dr. Abramowitz: For patients who are sick or at risk for DVT, meaning they're not moving around a lot or they already have something else in their body that's making them feel inflamed or more likely to develop a blood clot, those patients can both get up and walk and move around. If they can't do that, engage in exercises so that they're activating those muscles in their legs and circulating blood. For patients who are, let's say younger, and they have a blood condition making them more likely for DVT, again, moving around is really important. And, a lot of times we talk about blood clots in a setting of travel or prolonged travel. So, if you're getting on a plane, I always tell patients not to have that 2 or 3 glasses of wine and pass out, make sure you get up and walk every hour or so. And, if you're in the hospital, or you're in a sedentary job, or it could be you're sitting at a desk, make sure you stand up and walk, too. Host: Why is MedStar Washington Hospital Center the best place to receive treatment for DVT? Dr. Abramowitz: Well, one of the great things we have here at MedStar Washington Hospital Center is an interdisciplinary approach to the management of deep vein thrombosis. People who have DVT, not only do they have symptoms now, but they can have symptoms in the future, too, because as the body breaks down that clot, it causes swelling and inflammation in the same way as if you were to get a sprained ankle - you'd have swelling and inflammation. And, that swelling and inflammation can lead to scarring of those veins. So, the deep veins - maybe they're a four-lane highway before your blood clot, but afterwards they're a two-lane highway. And that can lead to swelling and that sort of congested traffic for a long period of time. At Washington Hospital Center we offer all of the new therapeutic interventions for deep vein thrombosis management. Anything from sucking out the clot, which is called mechanical thrombectomy, to dissolving the clot rapidly, which we call pharmacomechanical thrombolysis, which is essentially like a little machine that injects that clot busting medication in and sucks the clot out. And, we also put those catheters in and leave them in overnight to slowly dissolve a clot that may have been around for a longer period of time. So, we have the tools to treat your DVT and, also then, take care of you because the DVT is a symptom of something else, most likely. Maybe you have something wrong with your veins that we can diagnose and treat with a stent. Maybe you have another underlying condition, like a blood disorder, or you're sick with something else so the DVT is the first thing we diagnose. So, when you come to Washington Hospital Center with a DVT, it's not just about treating your clot. It's about making sure we understood why it happened. And, we have every single surgical and medical sub-specialty service you could want here to help you deal with that process. Host: How often can DVT be a gateway to other conditions? Dr. Abramowitz: Well, the DVT is a condition in and of itself, but you have to ask yourself why it happened. And, for a lot of patients, sometimes the first sign that they may have cancer, for example, is the blood clot. And so, they need to be screened for conditions that would make their blood more likely to clot. Or, for someone who's younger, if they have a blood clot, it may be a sign that they're actually more likely to have a genetic condition. So, anytime someone has a DVT, it always prompts us to ask the question, "Why did this happen?" and "What can we do to figure out, for THIS patient in particular, what led to this state of being?" So, I'd say 80 percent of the time someone has a DVT we're able to figure out the reason why, be it another medical condition, an anatomic predisposition, meaning there's something in their body maybe compressing a vein, or we find out that they have a genetic condition that's related to their blood in and of itself. Host: What are the risks of leaving DVT untreated? Dr. Abramowitz: That's a great question. So, really it depends upon where in the body the DVT is. For the most part, blood clots below the hip, those being in the top part of the leg or the bottom part of the leg, they tend to result in swelling in the short term, but don't necessarily result in long-term damage to the leg that would cause wounds to form or prolonged swelling in the future. But what we find is blood clots that are above the hip or above your groin that affect the veins in your belly and in your pelvis. Those can lead to long-term drainage problems from the leg and that can result in long-term swelling or even wound-care formation. And we call that post thrombotic syndrome. So, it's really important for us to identify the extent of the blood clot and where exactly in the body it is so that we can predict what someone's risk is in the future for developing problems as a result of their DVT. Host: Thank you for joining us today, Dr. Abramowitz. Dr. Abramowitz: My pleasure. Thanks for having me. Conclusion: Thanks for listening to Medical Intel with MedStar Washington Hospital Center. Find more podcasts from our healthcare team by visiting medstarwashington.org/podcast or subscribing in iTunes or iHeartRadio.

BPH, or an enlarged prostate, affects about 50 percent of men between the ages of 50 and 60, causing symptoms ranging from frequent urination to a weak urine stream. Dr. Daniel Marchalik discusses GreenLight laser surgery, a minimally invasive treatment for BPH.   TRANSCRIPT Intro: MedStar Washington Hospital Center presents Medical Intel where our healthcare team shares health and wellness insights and gives you the inside story on advances in medicine. Host: We're speaking with Dr. Daniel Marchalik, the Director of Ambulatory Urologic Surgery at MedStar Washington Hospital Center. Thank you for joining us, Dr. Marchalik. Dr. Marchalik: Thanks so much. Happy to be here. Host: Today we're discussing a newer treatment for benign prostatic hyperplasia, or BPH, which often is referred to as an enlarged prostate. This treatment is called greenlight laser surgery. Dr. Marchalik, could start by explaining what greenlight laser surgery is and how it works? Dr. Marchalik: Yeah, of course. So, as a lot of listeners know, BPH is a really common issue. In fact, we know that half of all men in their 6th decade of life have signs of an enlarged prostate. And so, as a result, this is something that we have to deal with very often and treat very, very often. And there are different ways of treating BPH. Traditionally, BPH has been treated surgically by shaving the prostate down using an electrode that can actually shave it from the inside. Recently, in the past 5 to 10 years, we've started to use something called the greenlight laser to do a photo-vaporization of the prostate. Now what that means is that we use a laser to actually vaporize the prostate tissue. The greenlight laser is a really interesting device because the laser itself is absorbed by the hemoglobin molecules - those are the red cells...red blood cells. What that allows us to do is to actually make the tissue vaporize without causing as much bleeding as other ways of treating BPH. Host: What's the process in which you diagnose a patient with BPH, or enlarged prostate, and who are the best candidates for greenlight laser surgery? Dr. Marchalik: The diagnosis is really usually made by symptoms. So, when somebody comes in and they complain of having difficulty urinating, waking up at night to urinate, feeling like their stream has gotten weaker, feeling like they're always rushing to the bathroom - basically, like the guys in the commercial who are going to the baseball game and they always have to sit on the aisle because they need to know where the bathroom is at all times. Or, the guys that are running in and out of meetings because they feel like they're just not going to make it through the whole meeting without peeing. Those are the symptoms that we tend to see with BPH. Now, we do questionnaires to try to get an objective measure of exactly how much this is bothering them. We can also measure the flow of their urine to see how strong their stream is. And, if we then diagnose them with issues urinating, we then go on and measure the size of their prostate to objectively demonstrate that it is enlarged and sometimes even look inside the prostate using a small camera called a cystoscope. Every patient is obviously going to be different. But, the general approach is to first establish what the symptoms are that the patient is experiencing, and then to get some objective data, like the size of the prostate and the way that the prostate looks. Host: What is recovery typically like following greenlight laser surgery? Dr. Marchalik: The big difference between a greenlight laser surgery and the traditional surgery called a TURP, a transurethral resection of the prostate, which is the way that prostates used to be treated more in the past and still are treated today, is that the greenlight laser surgery could be done as an outpatient, meaning it's in and out surgery. The big difference there is that you don't have to spend the night in the hospital. And, that means that the recovery tends to be a little bit smoother. Generally, patients who undergo a greenlight laser photo-vaporization of the prostate get sent home with a catheter that they can either remove themselves the next day or come back in to the hospital and we can remove it for them. Most patients will immediately see a difference in their stream. What I mean by that is that patients who have really struggled to try to push the urine out or felt like their urine just doesn't tend to flow the way that it used to when they were younger, will often experience the return of that type of force right away, and so they might be able to see the results immediately. Now, of course, because they had the surgery and because their prostate was shaved down, that means that they need to abstain from things like heavy lifting and exercise, cycling, for the next four weeks or so to prevent them from developing bleeding from that raw area in the prostate. Host: Are there any risks involved with greenlight laser surgery? Dr. Marchalik: Of course. As with any surgery, there are inherent risks associated with anesthesia. But for the surgery itself, there are some things that tend to be risks for the procedure. For example, about three-quarters of guys who undergo this procedure will develop something called retrograde ejaculation. It means that when they ejaculate, nothing comes out or less comes out. Now, it doesn't change their ability to have erections. It doesn't change their ability to have an orgasm. But it does change the actual experience because there is no ejaculate. About 3 to 5 percent of guys can develop some leakage. It's called incontinence, meaning when they sneeze or cough or do strenuous activity, some urine might leak out. For a lot of guys, it's just a few drops and it tends to be transient, meaning it goes away after a few weeks. But there's a small subgroup of guys that can develop a more long-lasting issue with the urinary leakage. Of course, there's always a risk that the procedure doesn't actually help someone, meaning even though we shave the prostate down, they have some underlying problems with their bladder that prevent their bladder from squeezing as well as it should. And in those cases, the procedure might help them but maybe not as much as we would hope that it would. Host: When speaking of risks,  is there usually any hesitancy from patients and how do you walk them through, you know, why maybe they shouldn't be hesitant? Dr. Marchalik: It's funny that you use the word "hesitancy" because urinary hesitancy is why the guys come to see me in the first place. But, I think that's a good question. And, I think that as with any surgery, you have to remember that each individual patient is going to be different. There are people for whom this surgery is not ideal. For example, if somebody comes to me and they say, "I want a procedure for my BPH, but we want to have some more children." And, for a patient like this, this is not a good procedure because the retrograde ejaculation certainly puts you at risk of not being able to have children anymore. Now, there are people that say, "Hey, I really want a procedure, but I can't go under anesthesia. I'm scared of anesthesia. This is not something that I'm willing to do." This is not a good procedure for them because this does require anesthesia. There are other people that come to me and they'll say, "What type of procedure can I do that I know is going to last more than a few months or that has a lot of research behind it?" And then we talk about this procedure because I think this is a very good option for them. There are things that give people pause. For example, the retrograde ejaculation and the risk...the need to have a catheter for one day afterwards. But a lot of times, when we actually talk through this, this is not something that is an issue for most people that I see. Host: What makes greenlight laser surgery superior t o other treatment options? Dr. Marchalik:  The biggest advantage that I see for a greenlight laser TURP is the fact that this could be done as an outpatient, meaning a patient gets to go home at the end of the procedure and spend the night at home versus the hospital.  However, we still see the same benefits with greenlight laser TURPs as we see with regular TURPs, meaning we still see the same effectiveness of the procedure. Guys get the same urinary function that they have with the regular TURP with this greenlight laser TURP. They have the same side effect profile as a regular TURP. And, the same risk of having to need a surgery down the line. So, by that I mean that it is really a comparable procedure, just as good, but the risks are lower and there's no need to spend the night in the hospital. Host: Is there anything patients should do beforehand to prepare for greenlight laser surgery? Dr. Marchalik: There's nothing that they need to do in particular that's different from any other surgery. And, of course, those instructions will differ by each individual patient. But usually it means having nothing to eat or drink after midnight and this is the same approach as they would for any other surgery. The big difference is they don't need to pack a bag to bring with them to spend the night in the hospital. Host: Why is MedStar Washington Hospital Center the best place to receive treatment for BPH through treatments like greenlight laser surgery? Dr. Marchalik: We have a very good interdisciplinary team that discusses each individual patient. And, we have a good track record of performing this surgery that is an advanced greenlight laser surgery, including for some people who have larger prostates. Traditionally, the greenlight laser TURP has been reserved for smaller prostates, but we've been doing it with great success on guys with larger prostates and we've had really good patient outcomes. And, of course, we are very committed to our patients, which means that we continue to see them in our clinic and to make sure that their results are not just good successes initially but are durable and they maintain the good urinary function throughout the years afterwards. Host: Could you share a story where a patient received an optimal outcome through greenlight laser surgery? Dr. Marchalik: Yeah. I had a patient recently who had been in and out of the emergency room multiple times over the span of several months. He kept having difficulty urinating. It's called urinary retention, where basically no urine comes out. It could be an extremely uncomfortable and extremely painful condition. So, he kept coming in to the emergency room, would have a catheter placed, the catheter would be removed, he would be OK for a few days, and then it would return. Leading up to it, he's a guy who was in a lot of business meetings and he said that this was starting to really interfere with his job. He kept having to leave meetings early, he kept interrupting meetings because he had to rush to the bathroom. And, he said his quality of life just wasn't what it used to be. He underwent this procedure and immediately, the next day when the catheter was removed, he saw a difference. He said that the stream was the way that it used to be when he was in his 20s, which I think is a pretty good endorsement. A few weeks went by and some of the initial urgency that he felt after the procedure, as he was going through the healing phase, went away. I saw him in clinic a few months afterwards and he told me about how he can now sit through a meeting with no problem. He feels like he can go to a baseball game and he can sit through all 9 innings and it's not a big issue for him which, honestly, I don't know a lot of guys who could sit through 9 innings without having to go to the bathroom, but I guess he's not one of them. Host: Thanks for joining us today, Dr. Marchalik. Dr. Marchalik: Thanks so much for having me. My pleasure. Conclusion: Thanks for listening to Medical Intel with MedStar Washington Hospital Center. Find more podcasts from our healthcare team by visiting medstarwashington.org/podcast or subscribing in iTunes or iHeartRadio.

One of the main concerns for surgical patients is how much pain they will experience after their procedure.  Dr. Kenneth Fan discusses the Enhanced Recovery After Surgery (ERAS) protocol, which not only reduces pain after surgery, but also decreases the use of opioids.    TRANSCRIPT Intro: MedStar Washington Hospital Center presents Medical Intel where our healthcare team shares health and wellness insights and gives you the inside story on advances in medicine. Host: We're speaking with Dr. Ken Fan, a plastic surgeon at MedStar Washington Hospital Center. Thank you for joining us, Dr. Fan. Dr. Fan: My pleasure. Thanks for having me. Host: Today we're discussing ways to reduce pain after various types of plastic surgery. Dr. Fan, pain has to be one of the most common fears patients have prior to plastic surgery. Can you explain how much pain patients can expect from surgery? Dr. Fan: Yes. With the enhanced recovery after surgery, multimodality, multidisciplinary protocol, the most important thing is to set the expectation of pain. So, the first part of the series of treatments is the pre-operative assessment of the patient. So, we go through a detailed discussion with how the patient has recovered in previous surgeries and how they tolerate pain. I discuss with them how they can see themselves recover from this particular surgery. This discussion is very important because not all patients perceive pain the same way and not all surgeries have the same amount of pain. Host: How long does recovery normally take after plastic surgery? Dr. Fan: Recovery varies, based on the type of procedure. Some procedures are out-patient, meaning that patients are discharged and go home. Some procedures require a 3 to 4-day in-patient stay. The benefit of using this ERAS multimodal analgesia protocol is that no matter how long the recovery, it's shortened - patients return back to base-line functioning sooner and have decreased narcotic usage. Host: What kind of treatments do you provide patients to help them deal with pain or discomfort after plastic surgery? Dr. Fan: So, we use a combination of pre-operative non-narcotic medication that decreases the way the nerves fire. So, they don't fire strongly, and they don't fire as hard. Intraoperatively we work with our anesthesia colleagues and they provide a lot of medications that decrease nausea and vomiting after surgery and decrease the amount of pain. We also use wide-spread local blocks, meaning we use local anesthesia that also targets the nerves and prevents them from firing. This also decreases pain. After surgery, we usually provide a cocktail of medications that are also non-opioid anesthesia. They also target the way the nerves fire and they subdue everything and decrease the pain levels for patients. And we found with this ERAS protocol after major surgery, patients are only taking 1 to 2 narcotic tabs after surgery. And, this is research that is being published soon. Host: Is this one way that MedStar Washington Hospital Center is trying to decrease narcotic usage in light of the current opioid epidemic? Dr. Fan: Absolutely and thank you for asking. Yes, opioid use across America has reached a tipping point to where it's been declared a health emergency. And this protocol especially addresses narcotic use across the board. With our research we've been able to demonstrate that application of this protocol has reduced opioid use significantly. And this is great because patients are not reliant on narcotic usage. This takes them out of the cycle of pain and opioid dependence that we unfortunately have seen as health care providers. And this also has the additional benefit of just returning patients to baseline and making them feel a lot better. Host: Does pain tolerance vary from person to person? If so, to what extent? Dr. Fan: Absolutely. I think some patients have higher pain tolerances, some patients have lower pain tolerances. Some patients have had extensive history of opioid use. And therefore, it's up to us, the provider of the patient, before surgery, to have a discussion and so we can better manage their pain after surgery. Host: Could you share a story in which a patient received optimal care for their plastic surgery with minimal pain at MedStar Washington Hospital Center? Dr. Fan: Yes. There's one patient in particular that comes to mind. This is a patient who has given permission for me to share her story. She previously has had more than six hernia operations. Her most recent one required a prolonged hospital stay, over two weeks, part of which was in the ICU. As you can imagine, she was not excited to come to the hospital after her hernia came back. In fact, she was putting off her surgery since July of 2018 and her hernia, subsequently, got a lot more complicated. But, long story short, because of the collaborations between the general surgeons, the anesthesia providers, and us, the plastic surgeons, we were able to devise a plan that decreased the amount of pain and decreased the amount of surgery that we had to do. She ended up doing great after surgery. She was with this ERAS protocol, was walking postoperative day 1. She said that this was the best she's ever felt in her 7 previous surgeries and that she was very excited to tell all her friends that MedStar Washington Hospital Center offers this service. Host: Thanks for joining us today, Dr. Fan. Dr. Fan: Thank you for having me. Conclusion: Thanks for listening to Medical Intel with MedStar Washington Hospital Center. Find more podcasts from our healthcare team by visiting medstarwashington.org/podcast or subscribing in iTunes or iHeartRadio.

Tree nuts are filled with high-quality nutrients, such as vitamin E, fiber, and phytochemicals. Dr. Patrick Bering discusses how tree nuts can decrease heart disease risk, particularly in people who have diabetes.   TRANSCRIPT Intro: MedStar Washington Hospital Center presents Medical Intel where our healthcare team shares health and wellness insights and gives you the inside story on advances in medicine. Host: We're speaking with Dr. Patrick Bering, a cardiologist at MedStar Washington Hospital Center. Thank you for joining us, Dr. Bering. Dr. Bering: Thank you for having me. It's a pleasure. Host: Today we're discussing how eating nuts may lead to lower heart disease risk for people with diabetes. According to one study, people with diabetes who ate at least five small servings of nuts a week were 17% less likely to develop heart disease. Dr. Bering, what do you make of these results? Dr. Bering: These results are very interesting, and they seem to add to our understanding of how diet plays a key role in our risk or avoidance of cardiovascular disease. These studies were observational in nature, meaning that they relied on self-reporting from a group of patients, but they were perspective, enrolling patients at a younger stage in their life and then, following up along with them over time to see whether or not they developed any heart disease. I think that they're very exciting and add to our understanding of what constitutes a healthy diet, especially for our patients who have already developed diabetes. Host: Why do you think these expanded on our understanding of what we already know? Dr. Bering: Nuts are an interesting topic. There've been some health conditions where nuts were thought to be a food to avoid and that's been debunked with time. That includes things like diverticulosis, which is a condition of your large intestine. One of the cornerstones of a very popular diet that is practiced by people in the Mediterranean region is the Mediterranean Diet. From our observations, populations who eat a Mediterranean diet have a lower incidence of cardiovascular disease. One of the key constituents of the Mediterranean Diet is actually the inclusion of nuts for regular consumption as part of their usual diet. Host: Why are nuts so beneficial to our health? Dr. Bering: Nuts are jam packed with lots of quality nutrients. They have unsaturated fatty acids. They have plant chemicals that are called phytochemicals. They have fiber. Certain vitamins including vitamin E and folic acid. They also have important minerals for our body like calcium, potassium and magnesium. They are really jam packed with all these great nutrients, great nutritional benefit. And, because of that, we get a lot of bang for our buck, so to speak, when we consume nuts. Host: The study's authors mentioned that tree nuts were especially associated with lower heart disease risks. What do you think makes tree nuts particularly beneficial for people with diabetes who want to lower their heart disease risk? Dr. Bering: It's interesting that this was seen more with tree nuts than other kinds of nuts. It's important to note that probably one of the most popular nuts, so to speak, is the peanut, which is not a true nut, it's a legume and it grows underground. Tree nuts grow above ground and they seem to have more of these high-quality nutrients that are beneficial to our health, especially for patients with diabetes. Certain of these minerals, fibers and chemicals are more likely to provide anti-inflammatory effects, and inflammation and diabetes is one of the key driving forces of a lot of the complications in the eye and the kidneys and the vasculature. Host: For people with diabetes who want to lower their heart disease risk, what kind of nuts do you recommend? Dr. Bering: That's a great question. There are so many good ones out there. I think almonds are a great one, cashews, pistachios, walnuts, pine nuts or hazelnuts. And, you can get very creative in the ways that you incorporate these into your diet. My wife, who is a dietician and provides my expert advice at home, will often incorporate nuts either into our breakfast with some yogurt or will add it to a salad as a way to provide some extra texture, crunch and flavor to something that we're eating. I think there are many great examples of recipes out there, especially with the internet, where you can see how incorporating these into your diet can be helpful. Another thing is that they're also easy to transport and so they're a good snack on the go if you're a little bit hungry and a much healthier option than more food of convenience or junk food. Host: Are there any potential downsides for people with diabetes when they start incorporating nuts into their diets? Dr. Bering: It is important to recognize things like portion of nuts is, as well as what salt content they may have. For example, a usual guideline is that one serving of nuts is about a third of a cup. And, if you eat much more than that, you can actually be eating too many nuts. So, you want to make sure that portion control is an important part of your diet. Secondly, some nuts come pre-salted or pre-flavored and many of these flavorings contain salt in them. For patients with diabetes who may have other problems with their kidneys or their heart disease, it's important to note the salt content and to prefer buying nuts that are unsalted. If you want to add additional flavor to your nuts down the line, you can often use a unsalted preparation in order to give them extra flavor. Host: Nuts have been shown to lower high blood pressure. What is it about nuts that lowers high blood pressure? Dr. Bering: That's still something that's under a little bit of some investigation, but it seems to be partly the anti-inflammatory effects, there inclusion of unsaturated fatty acids and, most importantly, probably the potassium content. A diet that's rich in potassium is often one that is very useful at controlling high blood pressure. Potassium is a key component in our diet at making sure that we control blood pressure. Host: What other diet tips should people with diabetes follow to prevent heart disease? Dr. Bering: As we talked about before, I think portion control is a very big issue. Many of our portions that we receive outside the home or that we see in advertisements are much too large for what we should actually be consuming. And so, following recommendations, either on the American Heart Association website or the CDC, as far as what a certain portion of different nutrients is, can be very important. As I said before, an optimal portion of nuts when consumed a few days a week or, in this study, up to five days a week, is about a third of a cup. Additionally, a great thing to keep in mind and very simple is that ultra-processed foods - and, what I mean by that is foods that don't look like anything that occurs in nature - those are foods that often have the worst health effects. Those are foods that have a lot of sugar-enriched sweetening or artificial sweeteners and colors and those are often the foods that lead to adverse cardiovascular health or obesity-related illnesses, such as diabetes or high cholesterol. Host: Why is MedStar Washington Hospital Center the best place to seek care for heart disease? Dr. Bering: We have a very comprehensive and passionate team that loves to serve their community here in the DMV. We have experts in every level of care, from primary care to preventative care as well as to emergency care, if you happen to have the misfortune of suffering from cardiovascular disease. I'm very honored to work with my colleagues, who inspire me every day. But, most inspiring to all of us is our interactions with the patients whom we serve. Host: Could you share a story where a patient with diabetes started following a healthier diet and experienced a decrease in their heart disease risk factors? Dr. Bering: Yes. Interestingly, I recently had the pleasure of taking care of a young man who was obese and had high blood pressure and diabetes, both of which were more recently diagnosed. He unfortunately came to the hospital with a small heart attack. But, after treating the heart attack, he made really positive health changes in his life. He started doing a cardiac rehab program, exercising on a regular basis, and made positive dietary changes, cutting out a lot of the food of convenience - things like fast foods or snacks that are not natural and are these ultra-processed foods. Since then, he's lost a good deal of weight, says that he's much happier and has improved energy and overall quality of life. He's made great progress and it's a nice journey to go on with him together, to help support him and his improved cardiovascular health.  Host: Thanks for joining us today, Dr. Bering. Dr. Bering: Thank you. I appreciate it. Conclusion: Thanks for listening to Medical Intel with MedStar Washington Hospital Center. Find more podcasts from our healthcare team by visiting medstarwashington.org/podcast or subscribing in iTunes or iHeartRadio.

Riding an electric scooter is fun and convenient. But it's important to be careful, as accidents can result in serious injuries, such as fractures to the lower and upper extremities. Dr. Robert Golden discusses how we treat these injuries, as well as tips for riding safely.   TRANSCRIPT Intro: MedStar Washington Hospital Center presents Medical Intel where our healthcare team shares health and wellness insights and gives you the inside story on advances in medicine. Host: We're speaking with Dr. Robert Golden, Chief of Orthopaedic Trauma Surgery at MedStar Washington Hospital Center. Thank you for joining us, Dr. Golden. Dr. Golden: My pleasure. Thanks for having me. Host: Motorized scooters are a growing form of transportation in the US. You see people riding them all around the streets and in traffic. As a result, injuries are always a possibility. Today we're going to discuss some of these injuries, plus some key safety tips. Dr. Golden, could you start by explaining some of the most common injuries you see from people riding motorized scooters? Dr. Golden: Well, we've seen a fair breadth of different injuries from them. It's not a typical single pattern that we've seen from them, which you see in some other injuries. With the scooters we've seen everything from upper extremity injuries to lower extremity injuries and pretty much everything in between. It seems like part of this is probably because of the different mechanisms where you can get injured while on these. Depending on how you get injured and what you were doing at the time, what happened can really change what gets hurt. Host: Can you share some specific examples of some of these injuries? Dr. Golden: Sure. We've seen a couple people who have just fallen off of them, from simply not negotiating a curve right or hitting a bump in the street or in the sidewalk. Some of them have had fractures of their upper extremities and to their arms. A couple of them had been open fractures, meaning the bone came out through the skin. A bunch of wrist fractures, as well, for the same reason. The other sort of spectrum that we see from these are when they're hit by cars. Some of them have had lower extremity injuries, in mostly their legs and their tibias, the bone below your knee and above your ankle. Again, sort of the same kind of mechanism that they've either simply hit a bump or didn't negotiate a turn quite right and just fell off. Or, they get hit by a car, which you can imagine causes a lot more injuries. Some of them simply get on them and don't realize how fast they're going. Then, in haste to sort of slow down or to make a turn, kind of jump off of them without really slowing down and realize they're going pretty fast after they've jumped off. Host: Can you think of some of the most frequent treatments you've given patients for their scooter-related injuries? Dr. Golden: Sure. Well, a lot of that depends on what's been injured. Most of them have, or at least a lot of them, I guess, have required surgery for them which generally would then involve realigning the bone and then stabilizing it either with a nail or plates and screws to hold it still and in the right position until the bone can heal. Host: What are some tips you offer patients to help them avoid getting hurt while riding their scooter? Dr. Golden: I think a lot of it is just knowing the capabilities of the scooters themselves and realizing if they're new to riding these, they're not exactly the same kind of scooters you were riding when you were little - the little Razor scooters and you would just kind of push them along. Some of them pick up a fair amount of speed - kind of realize that, at that speed, if you hit something or you get thrown off, there's a good chance that you could injure something. And then, of course, it's a pretty busy city down here and you always have to watch out for the cars and the pedestrians. Host: Are there certain people you would recommend not to use a motorized scooter? Dr. Golden: I think if you're careful and know your capabilities, you'd probably be ok. Probably not a great idea for anybody with a history of osteoporosis or issues with their fragile bones to try them out. And, I think if you DO, you should just start off slowly, figure out how fast these go, make sure you can maintain control on them before you really see how fast they can go. Host: Why is MedStar Washington Hospital Center the best place to seek care for any motorized scooter-related injuries? Dr. Golden: Well, we have the MedStar trauma unit here which allows us to provide a comprehensive care from multiple disciplines. So, the orthopaedic surgery teams are involved, the general surgery teams are involved in case they have any other injuries - internal organs, that sort of thing. And, we're also plugged in with the physical therapists, the occupational therapists, to get people back to their jobs, get back to walking, depending on which injuries they have, as well as the plastic surgery teams because sometimes these injuries, when the bone comes through the skin, creates a defect that needs to be covered. So, fortunately, we have everything all in one place and all the teams are coordinated so whatever injury you have, we can service. Host: Could you share a story in which a patient received optimal care for a motorized scooter-related injury at MedStar Washington Hospital Center? Dr. Golden: Sure. We had one patient who came in - again, same kind of thing - he was riding one of these and fell off of it. Had a fairly complex fracture of his...what's called his tibial plateau, which is the top part of your tibia, right by your knee. He had to go through several surgeries until that could be stabilized. Eventually, it required some coverage by the plastic surgery team, so they took care of that for him, as well, and, eventually, healed that up. Host: Can you explain what recovery typically is like? Dr. Golden: I mean a lot of it depends on what's broken. In general, bones take about 3 months to heal, somewhere around 12 weeks. Some bones heal a little faster, some heal a little slower. But, in general, they're looking at some sort of immobilization. Or, once they're fixed, the point of fixing them is to get them up so that they can move, minimize any stiffness. Usually there's a short period of immobilization right after the surgery, just to let the wound settle down. Then that's followed by getting them up and moving and making sure they don't get too stiff on the joints near where things were broken. We see them back in the office during the entire time that they're healing to make sure that everything's healing appropriately, that it's staying aligned the way we left it, make sure that there's no other complications coming up or they're having difficulty with anything else as a result of these things. Host: Is physical therapy usually a part of recovery?... Dr. Golden: Yeah, often they do get some physical therapy. Some of it depends on where they were injured and what the treatment was. In general, if it's in the middle of what's called a long bone, generally your femur or your tibia, and we can put a rod into it to fix it, they can get up very quickly and put weight on it right away and the bone just heals around it. So, some of those people require less intensive physical therapy because they can just kind of get up and start walking around on their own. Some of the people, where it breaks into the joint and it kind of shatters - it doesn't break in to clean fracture lines - a lot of those people do require a fair amount of physical therapy to get their joints moving again, minimize their stiffness, rebuild the strength that they lose. Host: Thanks for joining us today, Dr. Golden. Dr. Golden: Thanks for having me. Conclusion: Thanks for listening to Medical Intel with MedStar Washington Hospital Center. Find more podcasts from our healthcare team by visiting medstarwashington.org/podcast or subscribing in iTunes or iHeartRadio.

Blood clots, prior abdominal trauma, or abdominal surgeries can lead to scarring in the iliac veins. Dr. Steven Abramowitz discusses how endovascular iliocaval reconstruction can restore healthy blood flow.   TRANSCRIPT Intro: MedStar Washington Hospital Center presents Medical Intel where our healthcare team shares health and wellness insights and gives you the inside story on advances in medicine. Host: We're speaking with Dr. Steven Abramowitz, a vascular surgeon at MedStar Washington Hospital Center. Thank you for joining us, Dr. Abramowitz. Dr. Abramowitz: Thanks for having me. Host: Today we're discussing endovascular iliocaval reconstruction, a treatment for iliocaval thrombosis and other vascular conditions. Dr. Abramowitz, could you begin by discussing who the best candidates are for endovascular iliocaval reconstructions? Dr. Abramowitz: Sure. It's a mouthful. Endovascular iliocaval reconstruction is our way of rebuilding the connection in the veins, the structures that bring blood back to your heart. And, when the veins drain from your legs, they merge in your belly, like an upside-down Y and they form one big vein called the inferior vena cava. So, when we say iliocaval, we mean the iliac veins, which drain your legs, and the inferior vena cava, the main vein that they form inside the belly. What can happen is, in certain patients who have had blood clots in the past, or a history of trauma - maybe a gunshot wound to the belly, or even things like radiation therapy for cancer, or prior surgery - scar tissue can form around those veins. And those patients present with significant swelling in their legs and that swelling can also result in significant wound formation in both of the legs, as well. So, what we can do is, in a minimally invasive way, reconstruct the pathway, restoring flow from the legs back up to the heart to alleviate that jam of blood that's increasing pressure in the veins. Host: Can you explain how endovascular iliocaval reconstruction works? Dr. Abramowitz: Absolutely. So, as I mentioned before, when these veins scar down, or block off and narrow, there's usually a thin little bit left. And the best example I can give is your veins, normally, are like four-lane highways. But let's say there's a massive snowstorm and a snowplow has to get through. And it only puts a small path and it piles up all this snow on the sides of the road. Maybe only a bicyclist can get by, or a single car. And that narrowing, when you think about how blood has to flow, is just too little and so the blood builds up in pressure.  But what we can do is say we find that pathway, where that one snowplow went, and we can use a series of balloons and stents, which are metal tubes like tunnels, and we can expand and push that snow or scar tissue to the side, making sure that you get all four lanes flowing back again, and alleviating any pressure that's built up in the legs. Host: What is recovery normally like following this procedure? Dr. Abramowitz: Recovery from this procedure is actually pretty easy. For the most part, we're not making any incisions. So, this surgery is done through punctures, usually behind the knee or in the groin. So, people have some soreness at those puncture sites. The biggest complaint actually is back pain. We don't really have nerves that tell us our veins are being stretched and so, after this procedure, the most common thing that people experience is a sense of muscle spasm that can last up to 2 to 3 weeks. And that's really the stretch of that vein sitting in the body. So, you may not feel like you can get comfortable in your chair but you're not going to feel like you're in extreme pain. Host: Are there any risks involved with the procedure? Dr. Abramowitz: So, the biggest long-term risk from this procedure is actually tied to what caused the procedure to be needed in the first place. Most people who require iliocaval reconstruction - again, stenting and opening up those veins - had those veins shut down as a result of a blood clot. So, once we open those veins up again, we've reestablished a pathway from the legs back up to the heart. And so, it's really important that people stay on their blood thinners. Now, for a variety of reasons, people can develop scar tissue or other ways that the stents can shut down over time. But the biggest danger is if they shut down suddenly through another new blood clot. And that's if somebody maybe needs to stop their blood thinner to have another procedure. Or, they stop their blood thinner because they don't think it's important anymore. So, the biggest risk that I counsel people about is the risk of future DVT and future pulmonary embolism, or that clot moving back from the legs or from the stents to their heart. Host: Is there anything patients need to do to prepare for surgery? Dr. Abramowitz: No. For the most part, to prepare for this procedure, it's to make sure that you're ready for your surgical date - you have someone to come pick you up from the hospital - and you're prepared to have your medications ready, which include your blood thinner and some pain control for those potential back spasms. Host: Why is this procedure superior to other techniques used to treat similar conditions years ago? Dr. Abramowitz: That's a great question. I get asked that a lot. The old way of reconnecting these veins was actually to bypass around them. And a bypass in the venous system is a huge surgery. It means making a big incision, all the way from the bottom of your chest all the way down to below your belly button. And then it means opening up both of your groins, taking plastic tubing or a vein from someone who maybe just died recently and donated their veins for use in medical procedures, sewing them all together, closing you back up, and then waiting for you to heal. But not only was that the problem, the blood that flows in your veins doesn't flow at a very high rate. It flows actually pretty slowly. So, when we talk about blood pressure, most of the time we're talking about what it is in your arteries, or the pressure at which it comes out of your heart. And that's 120 millimeters of mercury. So, just remember 120. On the veins, our pressures are much lower and they're somewhere between 8 and 12 - so, one tenth that of what's in your arterial system. So, not only did you just have this huge surgery to bring the blood flow back to your heart, with all this plastic tubing or donor vein, but then, on top of that, the blood that moves through it isn't moving very fast. So, it's a very big surgery. And, in the past, it wasn't really worth it because the failure rate was so high. Over time, most of the things that were done from an open surgical standpoint thrombosed, or clotted off. Now that we can do this within the body, in its natural pathway, we find that the patency rate, or our stents staying open (is really what we call patency), is much higher. And 87 percent of people that undergo iliocaval reconstruction have open stents at five years, which is much, much higher than the previous open bypass rates. So, if you had the bypass, it's a big, open surgical procedure, usually resulting in a hospital stay that's anywhere from 5 to 7 days, and then there's recovery time after that. And, as I said before, the likelihood of that bypass staying open is pretty low. Not to mention, once you have all that scar tissue from the bypass, it pretty much eliminates a lot of other surgical options you may have in that area. Whereas, on this endovascular side, we can do things in a minimally invasive way, via some punctures, you can go home the same day, and it doesn't necessarily limit your options in the future, should, in the small case that you're that 13 percent your stents don't stay open at 5 years, they do fail. Host: Why is MedStar Washington Hospital Center the best place for patients to seek an endovascular iliocaval reconstruction? Dr. Abramowitz: Well, there are a lot of great facilities out there that can perform venous stenting. MedStar Washington Hospital Center was one of the first in the country truly performing endovascular iliocaval reconstruction in its entirety. Not only that, we also are engaged in a lot of novel techniques to do this in a way that improve patency and outflow. So, we're really one of the leaders in this field and we have a lot of new technology that we're developing, as well as new techniques for patients who may have failed therapy before at other institutions. So, we're on the forefront of this field and we really do have a comprehensive program in place to care for patients, both before and after their reconstruction. Host: Thank you for joining us today, Dr. Abramowitz. Dr. Abramowitz: My pleasure. Thanks for having me. Conclusion: Thanks for listening to Medical Intel with MedStar Washington Hospital Center. Find more podcasts from our healthcare team by visiting medstarwashington.org/podcast or subscribing in iTunes or iHeartRadio.

Each year, more than 500,000 people visit an emergency room because of a kidney stone, which can cause severe kidney pain and blood in the urine. Dr. Daniel Marchalik discusses outpatient tubeless mini PCNL, a minimally invasive procedure for large kidney stones.   TRANSCRIPT Intro: MedStar Washington Hospital Center presents Medical Intel where our healthcare team shares health and wellness insights and gives you the inside story on advances in medicine. Host: We're speaking with Dr. Daniel Marchalik, the Director of Ambulatory Urologic Surgery at MedStar Washington Hospital Center. Thank you for joining us today, Dr. Marchalik. Dr. Marchalik: Thanks so much. Happy to be here. Host: Today we're discussing percutaneous nephrolithotomy, or PCNL, a technique used to remove kidney stones. Dr. Marchalik, could you begin by discussing who would be a candidate for mini PCNLs? Dr. Marchalik: Yeah, so PCNLs are...actually, it's a very interesting procedure because traditionally we've always thought of PCNLs as being a very invasive and a very difficult procedure. But increasingly, what we're finding is that PCNLs, or the indications for PCNLs, have been expanded. So, anyone who has a large kidney stone - and by that I mean a stone that's bigger than 1-½ centimeters - is automatically a better candidate for a PCNL than other types of surgery, barring other considerations, of course. But for mini PCNLs specifically, what we're finding is that patients that have intermediate-sized stones - so maybe a lower pole stone that's a little bit bigger than a centimeter or other stones that are bigger than a centimeter and a half but maybe less than a full staghorn calculus, which is a stone that occupies the whole kidney - those are the perfect patients. Host: What are some common symptoms people have before they're diagnosed with kidney stones? Dr. Marchalik: A lot of times people will present with pain in their kidney or in their back. They might feel like they are actually passing a kidney stone, in which case they will have spasms. In fact, people have actually compared kidney stone pain to childbirth. And, they did a study on this and it turns out that passing a kidney stone is as painful as giving birth. It's one of the few times that guys can actually feel what women go through. Also, sometimes you can present with an infection in the urine or blood in the urine. And, all of those could potentially be caused by kidney stones. Host: How does a mini PCNL operation work and what are its greatest benefits? Dr. Marchalik: So, percutaneous nephrolithotomy - if you actually break the word down, it means that we are going percutaneously through the skin into the kidney. And nephrolithotomy means that we're taking the stone out of the kidney. So, we put a small opening into the kidney, through the back, and through that opening we'll put in a scope and a probe that can break the stone up into smaller pieces and actually suction those pieces out. The greatest benefit of the mini PCNL versus a regular PCNL is that with this procedure we still get all the benefits of a PCNL. So, we still can get patients out of the hospital with less stones or no stones at all. We can decrease the number of surgeries that they need to become stone free. But, it's got some new benefits - meaning, we do it through a small opening so there's less pain afterwards. We don't have to leave a tube behind in the back a lot of times. And, a lot of times we can actually send patients out the same day. So, traditionally people would have to stay in the hospital for several days to get this procedure. But now we can actually get patients in and out and still be able to clear way more stone than we would be by other techniques. Host: What can patients expect during recovery? Dr. Marchalik: There are certain things that necessarily will happen whenever you have surgery - so, grogginess after anesthesia. Some people can get nauseous after the anesthesia and that happens with any type of anesthesia that you get for any procedure. With this particular procedure, sometimes patients can have pain in their back where the opening was. And they can see blood in their urine for several days. And, they can feel some discomfort in their stomach or in their back afterwards, and a lot of times that's actually from a small tube that we call a stent that's left behind to allow the area to heal. Host: How is the way you perform mini PCNLs compared to traditional PCNLs or similar treatments from years ago? Dr. Marchalik: The main difference here, the thing that really separates mini tubeless PCNL from a regular PCNL, is that we're doing it through a smaller opening. Before, we would have to put a larger opening to accommodate our large instruments but as we began to miniaturize these instruments, we've been able to do this through a much smaller incision. And, as you can imagine, a smaller incision leads to a better recovery, less pain, less discomfort. The biggest difference is - and the biggest barrier to doing PCNLs traditionally - has been the length of stay, meaning you want the benefits of the PCNL to get as much of the stone out as possible, to do it quickly, but you don't want the longer hospital stay, possibly coming in the day before, possibly staying a day after the procedure. With this procedure, we're now able to send patients home the same day as the procedure itself. So, we get the benefits of the PCNL but not some of the barriers that we've seen in the past. Host: Why is MedStar Washington Hospital Center the best place to receive mini PCNL and similar operations? Dr. Marchalik: I think a lot of it comes down to us having a high volume of this procedure. It's a procedure we do a lot of and we feel very comfortable doing. We also have a really fantastic interdisciplinary team. So, sometimes we'll review these images with our interventional radiology partners, if it's a more complex case. But more importantly, we also think about this holistically. It's not just a surgery. At the end of the day, we also follow these patients for years after. We make dietary modifications and any type of other changes that we need to make to make sure that we don't just treat the stone. We treat the patient. And we prevent these stones from coming back in the future. Host: Could you share a story where a patient received optimal care at MedStar Washington Hospital Center through a mini PCNL? Dr. Marchalik: Well, actually I had a really great case recently. This was a patient who had a large stone. It was blocking his kidney, causing a ton of pain in his back, some nausea and other discomfort. And he was really concerned because he thought that he would require multiple surgeries to get rid of the stone. We were able to do a PCNL - a mini tubeless PCNL - on him. He came in for an 8:30 case. He was home by 1 o'clock. No pain. No discomfort. No tubes left behind. I ended up seeing him in my clinic the week after and he reported that he actually had a great postoperative course. He didn't have any discomfort or pain. No issues with his back. And all the pain that he had before the surgery was now gone. Now, we still have a long road ahead of us. We still have to figure out why it is that he was making stones in the first place, but at least this part is now over. Host: Are there any risks associated with mini PCNLs? Dr. Marchalik: As with any surgery, you have inherent risks associated with the anesthesia itself. And it doesn't matter what type of surgery it is, anesthesia always poses a risk. But, there are some inherent risks to this procedure itself. Because we're going through the back, there's always risk of damage to the organs that are around the kidney. Now, that risk is small. The only time that this could be a little bit more concerning is with stones that are very high up in the kidney, but we take measures to mitigate that risk, as well. The real risk is that we don't get all the stone out. And sometimes when you have a very large stone, even despite using this technique, not all the stone gets cleared. That being said, this is the procedure that gives you the highest chance of being stone free at the end. But, we still have to remember that, as with any surgery, every case is different. So, you have to always be able to adapt and do what's right for each individual patient. Host: Thank you for joining us today, Dr. Marchalik. Dr. Marchalik: Thanks so much. Happy to be here. Conclusion: Thanks for listening to Medical Intel with MedStar Washington Hospital Center. Find more podcasts from our healthcare team by visiting medstarwashington.org/podcast or subscribing in iTunes or iHeartRadio.