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Today on BackTable: Dr. Noor Ahmad talks us through his algorithm for complex inferior vena cava (IVC) filter retrievals and reviews the various retrieval tools. Noor emphasizes that most patients are referred by physicians with whom he maintains good relationships, and both specialties jointly monitor patients after IVC filters are placed. Generally, it is ideal to remove IVC filters around the 3-month mark, with filters in place for over 6 months posing a higher risk of requiring complex retrieval. For preoperative evaluation, obtaining a history of the filter type and placement date, along with CT scans (non-contrast and venogram), is essential During a straightforward retrieval procedure, moderate sedation and internal jugular access are often used. However, complex retrievals may necessitate general anesthesia and access through the femoral vein or dual sites. The initial device employed is usually a snare device to hook and extract the IVC filter. If unsuccessful, Dr. Ahmad proceeds with techniques such as the hangman (modified loop snare), endobronchial forceps, and finally a laser sheath. He highlights that particularly challenging cases might require collaboration with colleagues, especially when dual access is needed, possibly requiring rescheduling for general anesthesia availability. Patient safety is emphasized in these scenarios. Listen below to learn more! #medEd #VI462 #endovascular #interventionalradiology #irad #backtable #podcast Thank you to our sponsor for this episode Argon Medical Devices, Inc.! Arun Jagannathan Peder Horner Gaurav Gadodia, M.D. Charles Martin Aparna Baheti MD Christopher Beck J. Michael Barraza Jr. Sabeen Dhand Raj Khalsa, MD, MBA Aaron Fischman MD FSIR FCIRSE FSVM Osman Ahmed Venkatesh Krishnasamy Mamdouh Khayat Krishna Mannava, MD, FACS, RPVI Stephanie Poole Clint Garnett, MS, MBA Dr. Pete Stibbs Tom Younker Stephen Reis, MD, MBA, FSIR Jaynish B. Patel, MD Aaron Weeks Grant Ritter Donald Garbett, MD, RPVI Alexa Levey Nikki Keefe Jenson Winkler Jeffrey Chick David B. Cohen, MD Zachary Bercu, MD RPVI FSIR https://lnkd.in/eZxa3FYW

Time to combine LAAO with other transcatheter structural heart procedures? Real-world data says it is safe! This may be a solution for LAAO which involves a multitude of high-demand resources such as anesthesia, TEE and Cath lab space. https://lnkd.in/g-mNuCTM

Discover the evolution of cardiovascular surgical equipment in our latest blog! 🎯 From pioneering stents that restore blood flow to precision catheters and surgical instruments, explore how these innovations are reshaping cardiac care. 🫀💡 Dive into the details of how these life-saving technologies work and what the future holds for cardiovascular health. Read more ➡ https://lnkd.in/gxQGetsC #CardiovascularHealth #MedicalInnovation #HeartCare #HealthTech #MedicalDevices  #SurgicalInstruments #InnovationInHealthcare #HealthcareTechnology #HeartDisease #Stents #Catheters 

[HOT SPAXUS] EUS-GBD for 58 High-Risk Surgical Patients from Jan 2021 to Nov 2022 - Technical Success: 94.8% - Clinical Success: 100% - Recurrence: 3.6% - Early Adverse Events: 1.8% (stent blockage) - Late Adverse Events: 5.4% (cholangitis, stent blockage) "In conclusion, our study provides valuable evidence supporting the efficacy and safety of EUS-GBD using Hot-SPAXUS in high-risk surgical patients with AC. The adaptability of Hot-SPAXUS, along with the favorable procedural outcomes and sustained long-term efficacy, makes it a promising tool in the evolving landscape of endoscopic interventions for gallbladder drainage." https://lnkd.in/gmrTd4eF #EUSGBD #EUSGallbaldderDrainage #HOTSPAXUS #TaeWoong #TaeWoongMedical

🌟 Introducing: Siba Haykal, Claire Temple-Oberle, Benoît Cartier, and Andrew Simpson 🌟 The CLF is excited to announce that at this year's conference, we will be hosting a panel discussion on the surgical management of lymphedema. Surgical Management of lymphedema During this session, we will discuss the surgical options available for lymphedema depending on stage. We will review preventative techniques, physiologic techniques, and excisional options. We will delve into indications for each option and provide a better understanding of the way each technique works. Introduction (Dr Siba Haykal) Preventative techniques (Dr Claire Temple-Oberle) Physiological techniques (Dr Andrew Simpson) Ablative techniques (Dr Benoît Cartier) Panel Session Objectives: 1. To present surgical techniques available for lymphedema. 2. To discuss patient selection and staging related to surgical techniques. 3. To explore preventative surgical techniques. Don't miss this opportunity to hear from some of the top surgeons in lymphedema management. Register today at https://buff.ly/3t3aBBB #lymphedema #canadalymph #surgicalmanagement #lymphedemamanagement

Ever wondered about the impact of medical thoracoscopy on the patient pathway? Let's delve into the details! 💡 👨⚕️As professionals, you're well aware of the challenges posed by pleural effusions in diagnosis. But fear not – with the Olympus LTF-H290 video pleuroscope, medical thoracoscopy just got a whole lot easier! A single-port approach that amplifies the yield from less than 50% with diagnostic aspiration to an astounding 95% with diagnostic thoracoscopy! 😲 And the best part? It's all done under local anesthesia and simple sedation, ensuring patient comfort and compliance throughout the procedure. But here's where it gets even better – medical thoracoscopy streamlines patient pathway: In just one procedure, you can obtain diagnosis, staging, and molecular information, saving valuable time and resources. Ready to enhance patient care? Get more information now: http://spkl.io/60424LGM4 Or watch more videos here: http://spkl.io/60434LGMf Thank you Dr. Ales Rozman and Prof. Mohammed Munavvar #LoveForLungs #MedicalThoracoscopy #Thoracoscopy #Pleuroscopy #Bronchoscopy #EVISX1

Welcoming 2024 with momentum, DigestAID proudly announces the acceptance of our article: 'Deep Learning and Capsule Endoscopy: Automatic Multi-brand and Multi-device Panendoscopic Detection of Vascular Lesions" in Endoscopy International Open (Thieme). Centered on gastrointestinal bleeding, our technology GI Spy excels in detecting multiple vascular lesions across various devices in a panendoscopic setting. This breakthrough has the potential to redefine minimally invasive endoscopy in gastrointestinal bleeding, enhancing patient care through AI-based Medicine. Particularly noteworthy is the transformative impact in emergency or urgent contexts, where AI-Powered capsule endoscopy from DigestAID promises to revolutionize the study of GI bleeding. Thrilled about the strides we're making, we are unwavering in our dedication to advancing healthcare solutions. #DigestAID #ArtificialIntelligence #GISpy #Thieme

Smart surgical knives that allow surgeons to quickly identify cancerous tissue 🫁, revolutionary fiber optic anesthesia administration 💉, and precise determination of tissue depth 🧠 are all advancements made possible by spectroscopic precision in tissue identification. In medical processes, tissue identification is crucial for disease diagnosis, surgical decisions, and treatment plans. Learn how to elevate tissue identification with spectroscopy in our new article. Click below to discover the remarkable benefits of spectroscopy! #spectroscopy #fiberoptics #tissueidentification

Read how our Center For Sight ophthalmologists built a successful dry eye clinic in Southwest Florida. In their article, "Building a Cohesive Approach to OSD in a High-Volume Surgical Practice," Joaquin De Rojas, MD and Priya Mathews, MD, MPH, cover cutting-edge strategies for managing Ocular Surface Disease (OSD) within the clinic setting. Key Takeaways: 🏥 Insights into OSD management tailored for high-volume surgical settings. 🌟 Strategies to maintain patient-centric care amidst a busy practice. 🛠️ Practical tips for implementing a cohesive OSD approach. View the full article here: https://lnkd.in/e_VZJbGH

Angioplasty, also known as percutaneous transluminal coronary angioplasty (PTCA), is a minimally invasive procedure to open narrowed or blocked arteries, typically due to atherosclerosis. During angioplasty, a thin tube (catheter) with a small balloon at its tip is inserted through a blood vessel, often in the groin or wrist, and guided to the blocked artery. The balloon is then inflated to compress the plaque against the artery walls, widening the artery and restoring blood flow. In many cases, a stent is also placed to keep the artery open. The procedure usually requires local anesthesia and a short hospital stay.