Ep. 591 NSCLC Tumor Board Discussion: Considerations for Oligometastatic Disease with Dr. Karen Reckamp, Dr. Scott Atay, Dr. Scott Oh and Dr. Alan Lee

Bryan Hartley talks with Neurosurgeon Dr. Chris Mansi about the origin story of Viz.ai, a company using Artificial Intelligence to Shorten Time to Treatment and Improve Access to Care for Stroke Patients. --- SHOW NOTES In this episode, neurosurgeon and co-founder/CEO of Viz.ai, Dr. Chris Mansi, and our host Dr. Bryan Hartley discuss the use of AI technology to detect large vessel occlusion (LVO) strokes and increase efficiency of workflow. Dr. Mansi describes his entrepreneurial journey, through the phases of idea formation, funding, growth, and expansion of his company. We start by outlining key advantages that MBA and other graduate degree programs can provide for healthcare entrepreneurs. Both doctors emphasize the value of dedicating space and time, outside of clinical practice, to innovate and test new ideas. Dr. Mansi highlights his collaboration with other disciplines, such as engineering. He also discusses takeaways from his business education-- the importance of patient-centered innovation and having flexible technology that can meet the changing needs of the market. Dr. Mansi gives an overview of Viz.ai’s origins, mission, and product offerings. The company addresses a clinical need for more consistent and efficient stroke care, and aims to move patients from stroke detection to stroke treatment more quickly. Viz.ai employs self-learning technology to provide high-quality imaging, automatic workflow triggers, and HIPAA-compliant communication channels for stroke teams to work together for the benefit of patients. We end this episode by talking about Viz.ai’s plan to expand to more disease states and medical specialties in the near future. --- RESOURCES Viz.ai Platform: https://www.viz.ai/ “Crossing the Chasm” by Geoffrey Moore: Dr. Mansi’s book recommendation for all tech entrepreneurs

14 Kesä 202144min

Dr. Sabeen Dhand chats with Interventional Radiologist Shankar Rajeswaran from Lurie Children's Hospital in Chicago about a novel minimally invasive treatment of unicameral and aneurysmal bone cysts. --- EARN CME Reflect on how this Podcast applies to your day-to-day and earn AMA PRA Category 1 CMEs: https://earnc.me/PzYQjW --- SHOW NOTES In this episode, pediatric interventional radiologist Dr. Shankar Rajeswaran joins host Dr. Sabeen Dhand to discuss a novel minimally-invasive treatment for unicameral and aneurysmal bone cysts. Pediatric interventional radiology is a rapidly growing field, and Dr. Rajeswaran describes how it has evolved in complexity and innovation over the course of his career. Dr. Rajeswaran says that there is a significant challenge that pediatric IRs must overcome-- treating children with IR devices that were originally designed to be used in adults. As a result, he emphasizes the need for creativity and flexibility in this field. Next, we define and differentiate between unicameral and aneurysmal bone cysts. Both can be benign; however, they carry the risk of causing pain, bone fracture, and growth deformities. Dr. Rajeswaran outlines the current standard of care, which includes monitoring and curettage and bone grafting. Then, he describes a new method of treatment, which involves needle injection of doxycycline to burn the walls of the cyst and bone paste to help generate new bone. This method can be applied to unicameral bone cysts and aneurysmal bone cysts, and it leaves no scarring. He also discusses the recurrence rate for various treatment methods. Overall, Dr. Rajeswaran encourages anyone interested in pediatric IR to reach out to doctors in the field for shadowing opportunities and guidance. --- RESOURCES Society for Pediatric Interventional Radiology: https://www.spir.org/ Lurie Children’s Hospital blog article over novel treatment of bone cysts: https://www.luriechildrens.org/en/blog/interventional-radiology-cutting-edge-procedure-puts-brooklyn-back-in-the-game/

7 Kesä 202130min

We talk with radiologic technologists Andrew Struchen and Alisha Hawrylack about current training pathways for Vascular and Interventional Technologists, the importance of respect at work and in the lab, as well as key factors in recruiting and retaining top notch A-team technologists. --- EARN CME Reflect on how this Podcast applies to your day-to-day and earn AMA PRA Category 1 CMEs: https://earnc.me/xxskLL --- SHOW NOTES In this episode, interventional radiologic technologists Alisha Hawrylack and Andrew Struchen join Dr. Aaron Fritts to discuss the important role of IR technologists in the lab and major factors that affect their recruitment, training, and retention. To start, we discuss the current state of IR technologist training. Alisha describes two major educational pathways, structured training programs and on-the-job training. She says that while both modes of training can be effective, structured training programs are likely to provide deeper knowledge of anatomy and IR procedures. Andrew gives an overview of the yearlong IR technologist program at the University of Virginia, which offers a mix of didactic learning, clinical training, and mentorship. We also briefly outline the ARRT and RCIS certification requirements. Next, we address job satisfaction and turnover of IR technologists. We discuss increasing workload, staffing concerns, and the need to feel engaged in cases. Andrew recognizes that if these problems are not addressed, technologists will start seeking other opportunities, such as careers within industry. Alisha emphasizes that technologists at academic institutions are excited about innovative procedures and seek ways to positively contribute to outcomes. Finally, we discuss team culture and ways to cultivate respectful relationships between technologists and other clinicians. We talk about our experiences with giving team members the benefit of the doubt, learning how to work with other teammates, and resolving miscommunication. --- RESOURCES Charles J. Tegtmeyer Program of Interventional Radiology and Special Procedures at the University of Virginia Medical Center: med.virginia.edu/radiology/educat…ogist-education/ Alisha Hawrylack: ac4nf@hscmail.mcc.virginia.edu Andrew Struchen: ads6r@hscmail.mcc.virginia.edu Association of Vascular and Interventional Radiographers (AVIR): avir.org/ American Registry of Radiologic Technologists (ARRT): https://www.arrt.org/ Registered Cardiovascular Invasive Specialist (RCIS) Exam: cci-online.org/CCI/Certification…OrganizerCommon=2

4 Kesä 202150min

We talk with Vascular Surgeon Jim Melton and Interventional Radiologist Blake Parsons about several key pieces to success in the Outpatient (OBL/ASC) setting, including partnerships, staffing, and case selection. --- CHECK OUT OUR SPONSORS Accountable Physician Advisors http://www.accountablephysicianadvisors.com/ Accountable Revenue Cycle Solutions https://www.accountablerevcycle.com/ --- EARN CME Reflect on how this Podcast applies to your day-to-day and earn AMA PRA Category 1 CMEs: https://earnc.me/9keJUq --- SHOW NOTES In this episode, vascular surgeon Dr. Jim Melton and interventional radiologist Dr. Blake Parsons join our host Dr. Aaron Fritts to discuss how they set up the vision and structure of their Outpatient-Based Lab/Ambulatory Surgery Center (OBL/ASC). Dr. Melton begins by describing how he saw a need to make the surgery experience more patient-centered, which ultimately led him to co-found CardioVascular Health Clinic in 2015. He highlights the importance of staffing his clinic with talented individuals and strategies for retaining talent. Dr. Melton also describes how the practice navigates partnerships, pay structures, and expenses. Dr. Parsons shares his advice for marketing OBLs to referring physicians. This includes staying in touch with local providers, keeping them updated on their patients, and hosting educational events. He also covers their clinic’s process of updating and changing technology, which involves team meetings and potential vendor negotiation. Additionally, we cover virtual strategies for communicating with sales representatives during the COVID era. Overall, the doctors emphasize that the OBL path is risky, but it can turn out to be very rewarding for both patients and providers. --- RESOURCES CardioVascular Health Clinic- https://cvhealthclinic.com/ CardioVascular Health Clinic Twitter- @CVHealthClinic Avail Software- https://www.avail.io/

1 Kesä 202136min

We talk with Interventional Radiologist and Philips Chief Medical Officer Atul Gupta about his path from the interventional suite to the boardroom, and how physicians can work with device companies to innovate and make big impact changes in healthcare. --- SHOW NOTES In this episode, Dr. Bryan Hartley discusses the intersection of IR practice and medical device innovation with Dr. Atul Gupta, interventional radiologist and Chief Medical Officer of Philips’ Image-Guided Therapy division. Throughout the show, Dr. Gupta describes his path from medical student, to IR practice builder, to executive leader. Dr. Gupta describes his philosophy of innovation, which stems from the identification of real clinical needs. He explains why interventional radiologists are well-positioned to be device innovators and cross-specialty collaborators (Hint: It has to do with our curiosity and cool technology!). He recalls innovative mentors, or “gadgeteers,” who have inspired him to work on research projects during residency and onwards. As a result, Dr. Gupta’s work with Philips grew into a partnership and, eventually, a formalized role within the company. In addition to serving as a CMO, Dr. Gupta maintains his clinical skills by continuing to practice IR when he can. To close, we discuss exciting new topics that are on the horizon of image-guided therapy: augmented reality, artificial intelligence, and dielectric imaging. We also highlight tips for any physician who is wanting to get involved with device innovation, as well as any physician who is contemplating a new role. --- RESOURCES Philips Image Guided Therapy- https://www.usa.philips.com/healthcare/solutions/interventional-devices-and-therapies “The Infinite Game” by Simon Sinek A book that Dr. Hartley recommends for anyone interested in learning how to motivate their teams to achieve long-term success.

21 Touko 202141min

Interventional Radiologist Christopher Beck talks with Hepatologist Parvez Mantry about the management of Portal Hypertension and Ascites, and the importance of multi-disciplinary collaborative care for these patients. --- SHOW NOTES In this episode, hepatologist Dr. Parvez Mantry joins our host Dr. Christopher Beck to discuss portal hypertension and ascites, two complications that arise from liver diseases and have a large effect on patients’ quality of life. Dr. Mantry starts the episode by sharing statistics on Chronic Liver Disease (CLD) and specifically highlights the burden of CLD on the U.S. population. He discusses various causes of CLD, including Hepatitis C, Alcohol Liver Disease, and Non-Alcoholic Steatohepatitis. Next, Dr. Mantry takes us through his diagnostic workup, including his physical examination, cross-sectional imaging, percutaneous and transjugular liver biopsies, and serological workup. He checks for complications such as portal hypertension, ascites, pedal edema, and hepatic encephalopathy. We also discuss the diagnosis of Hepatocellular Carcinoma (HCC). Then, we transition to strategies for managing ascites and portal hypertension through diuretics, paracentesis, Transjugular Intrahepatic Portosystemic Shunts (TIPS), liver transplantation, and a few experimental treatments that he is currently researching. Overall, Dr. Mantry advocates for close monitoring of symptoms and making treatment modifications as needed. Finally, when focusing on the patient experience, Dr. Mantry offers troubleshooting tips, especially for patients who struggle with leakage from the paracentesis site. To close, he gives insights on how physicians can best support chronically-ill patients who are awaiting transplantation. --- RESOURCES Methodist Transplant Specialists- https://www.theliverinstitutetx.com/ Information about Dr. Mantry’s transplant center and its satellite locations in the Dallas-Ft. Worth Community. American Association for the Study of Liver Diseases (AASLD) Practice Guidelines- https://www.aasld.org/publications/practice-guidelines Management of HCC- https://www.journal-of-hepatology.eu/article/S0168-8278(12)60009-9/pdf The Management of Ascites in Cirrhosis- https://aasldpubs.onlinelibrary.wiley.com/doi/abs/10.1053/jhep.2003.50315 These are guidelines set by the International Ascites Club. BackTable Pdcast Ep. 123 TIPS University Freshman Year: Referrals and Pre-Op Workup- https://www.backtable.com/shows/vi/podcasts/123/tips-university-freshman-year-referrals-pre-op-workup

17 Touko 202150min

It's Senior Year at TIPS University with Dr. Emmett Lynskey talking us through his Gunsight technique for TIPS placement, as well as how to perform a safe closure of splenic access. Don't miss the first three parts of the series as well! --- EARN CME Reflect on how this Podcast applies to your day-to-day and earn AMA PRA Category 1 CMEs: https://earnc.me/MThuo7 --- SHOW NOTES In this episode, Dr. Emmett Lynskey joins Dr. Chris Beck for the final edition of TIPS University to discuss the gunsight technique and splenic closure. We begin by discussing where to start once the catheter is in the portal vein and you have access, and Dr. Lynskey shares why he likes to use a 8mm balloon for the angioplasty. We explain the details of the gunsight technique, how to line up the portal and hepatic snare, how to adjust the view, and how to get access to both veins using a 22 gauge chiba needle. We share why it is important to make sure that the cranial caudal difference between the portal and hepatic snare is not significant before you gunsight. We discuss how to work with wires to floss through the splenic vein. Dr. Lynskey tells us why he uses a microcatheter for an extra step instead of snaring the end of the wire. We review some situations where you can throw the snare up and stick it with a colapinto needle and some of the considerations for portal vein thrombosis when doing TIPS. We discuss splenic access and why it is important to set up for good closure. We explain the different options for splenic access, using a combination of coils, plugs, and gelfoam, and Dr. Lynskey shares which combinations he prefers to use for splenic closure. We review the technique to get images using fluoro and ultrasound.

14 Touko 202133min

It's Junior Year at TIPS University with Dr. Emmett Lynskey walking through advanced techniques for TIPS, including using Intracardiac Echocardiography (ICE) for placement, as well as transsplenic access for portal reconstruction. --- EARN CME Reflect on how this Podcast applies to your day-to-day and earn AMA PRA Category 1 CMEs: https://earnc.me/Il3qDw --- SHOW NOTES In this episode, Dr. Emmett Lynskey joins Dr. Chris Beck for the third edition of TIPS University to discuss intracardiac echo (ICE) and splenic access in TIPS procedures. We discuss the learning curve associated with ICE and Dr. Lynskey tells us about the early challenges he faced when learning this technique. We share why using ICE is helpful in TIPS and how to set up the procedure, depending on the type of access you want. We explain how to get a more medial throw by getting the catheter closer to the portal vein, and we discuss how to torque the needle for different throws. We discuss making throws using an ICE probe and why ICE is helpful for acutely thrombosed TIPS revisions. Dr. Lynskey tells us about some other good uses for the ICE catheter. We discuss splenic access, and we review the conditions that allow for safe splenic access. We explain how to do the ultrasound evaluation anterior to the probe. Dr. Lynskey shares why he dedicates one hand for the wire and one hand for the ultrasound, and he tells us how he picks the sheaths and wires that he uses to get splenic access. We discuss how to know that you have opened up the splenic vein. --- RESOURCES Edward Jones Financial Advisor Yaphet Tadesse: https://www.edwardjones.com/us-en/financial-advisor/yaphet-tadesse

10 Touko 202157min