Petra Rose

Working in Endoscopy, GI or GI–oncology? We invite you watch this interview with Professor Helmut Messman, head of the Interventional Endoscopy Centre, at the University Hospital of Augsburg in Germany, as he discusses both the current and future significance of Artificial Intelligence in GI-endoscopy and the growing role of endoscopy in oncology. Professor Messman spoke after the recent Falk Symposium ‘Endoscopy in GI – Oncology: Standards and Innovations’ which took place in Copenhagen March 14th – 16th. ‘These two days showed us that the endoscopy really plays an enormous role in the early diagnosis and treatment of cancer, but also in advanced cancers, with a direct impact on patient quality of life,’ he explains. ‘Endoscopy is now a major player in GI oncology’. Prof Messman, who was one of the scientific organisers of the event, also comments on the ‘AI in Gastroenterology’ Workshop which took place during the symposium. ‘The AI workshop brought together international experts from all over the world and there was much lively debate and discussion. We learned how fast AI is developing. AI will revolutionise medicine, including gastroenterology and especially endoscopy and there is probably a need to have a yearly update on this topic.’ To view the interview in full visit: https://lnkd.in/egyRS_kY #Endoscopy #GIOncology #AIEndoscopy #Gastroenterology #Gastriccancer #UpperGI 

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Worth watching this interview, the Professor discusses the current and future significance of Artificial Intelligence in GI-endoscopy, fascinating.

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You can read one of the reasons for our true clean label philosophy here. #truecleanlabel

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Nice case demonstration that the FlowGuide is making a clinical relevant difference with nine perfusion holes and 15 cm distal shaft length optimizing use in the transradial approach.

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Resect the liver, treat it OUTSIDE of the human body for up to 14 days and transplant into a patient who needs it. Meet the organ perfusion machine that will keep the liver alive. In a nutshell, it is “a simplified human body,” Waldemar Hoffmann, the CEO of Apersys AG explains in the new X-Health.show episode. “So we use the principle of biomimicry and looked into the human body, what is needed to maintain organs alive at the end if you simplify it it's a loop of blood that is constantly pumped through the entire body”. Also, the liver will have  🌡 the temperature maintained,  👉 features of the kidney, 👉 the breathing movement of the lung, 👉 nutrients and energy supply. It’s also an answer to the broadening gap in the demand for liver grafts – 14 000 in the US alone, and the actual number of the grafts available – 9 000. There is additional number of donated livers – 7 000 - that is discarded, not safe for patients for transplantation. Apersys wants to save them, treat them, and, well, save lives. Listen to the details of how the perfusion machine works ➡ link in the comments. #transplantation #medicaldevice #futureofhealthcare #swissstartups #xhealth Wyss Zurich

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Our favorite part of the Sectra booth at the Swiss Congress of Radiology 😍 Still one more day to check out our deep integration: ✅ Adjust our nodule measurements to your satisfaction in your native viewer ✅ See nodules & ILD patterns visualized in color with synchronized scrolling ✅ Follow changes in nodules over time https://lnkd.in/dJ63maEA #SCR24 #enterpriseimaging #sectra #contextflow #radiologie

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Early results from the BIO|CONDUCT study confirm positive experience with BIOTRONIK CSP tools also in the US. Check the HRS wrap-up video here (min. 2:57): https://ow.ly/Qxf250SsLoH

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🔬 Spotlight on Medical Innovation 🔬 Today, we’re shining a light on the Network Isolator MI 1005 & MI 2005, a testament to the meticulous engineering of Baaske Medical GmbH & Co. KG. These devices stand alone in the market as the only network separators that have undergone rigorous testing and adhere to the most recent industry standards. In the medical sector, network isolators play a crucial role, primarily protecting patients from stray currents. The MI series of network isolators bring a host of advantages: 👥 User-friendly Design: Crafted for intuitive use, these devices require no specialized knowledge. 📦 Zero Software Installation: Ready to use straight out of the box, there’s no need for any software installation. 🌐 Compact and Versatile: Their compact design allows for easy integration into any system, making them universally applicable. 🔗 Broad Compatibility: These devices can be seamlessly integrated into any system with a network connection. 💰 Cost-effective: We offer these high-quality solutions at a competitive price point. 🔋 Independent Operation: The devices operate independently and do not require a separate power supply. Thank you for your interest in iComTech, your trusted partner for top-tier network solutions and product distribution. 🤝 Take a look at the product here: https://bit.ly/3wfTleo

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Radiosurgery for Brainstem Metastases

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In this video, Drs. Steven Rosenblatt and Nikolaus Wolter outline initial management steps in four different case-based scenarios. This is part of our "Acute Emergencies on the Pediatric Subspecialty Wards" curriculum. https://lnkd.in/d_GX7bQ

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US HCPs: #MIDWAY 62 tracking proximal to ICA terminus aneurysm to support #SMART coil embolization then Pipeline 3.5x18 deployment. System was supported by #BMX96 in proximal ICA. Courtesy of Dr. Robert Starke! Rx only. Risk: peninc.info/risk Clinical results may vary

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Today we would like to present our newly published study, which was compiled by three of us: Prof. Dr. Etyene Schnurr, Dr. Ulrich Volz and Dr. Gregor Hocevar. Their focus was on the esthetics and functionality of zirconia implants in the posterior region. The study showed how ceramic implants can be used successfully in difficult areas such as the posterior maxilla. Using innovative techniques and biomaterials, SDS implants achieved a 100% implant survival rate in the four young patients included in this study. #studyofthemonth #swissdentalsolutions #ceramicimplants #studies #science #dentistry #dentist #implantology

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174 years ago in the world of reliability (15 MAY 1850) Ignaz Semmelweiss urged his fellow physicians to save patient lives with 3 words - wash your hands. The story of Semmelweiss and hand hygiene is well known. Physicians in his OB service in Vienna had a mother - baby mortality 10 to 20 times higher than midwives delivering moms at the same hospital. The physicians would finish an autopsy of one patient and then attend the delivery of another. Deadly bacteria were transmitted in the process. Without knowing why (germ theory would come later), Semmelweiss required his physicians to wash hands. Mortality improved. Today, hand hygiene is a cornerstone of infection prevention. We must still improve our reliability in doing hand hygiene - but the practice is universally accepted. That acceptance was not always the case. Semmelweiss started hand washing in 1847, three years before he shared with other physician groups. Semmelweiss did not publish for another 13 years. Then tens of years to become an accepted practice and hundreds of years to become a high reliability practice. This time for spread is too slow for a reliability revolution. Everett Rogers published Diffusion of Innovation in 1962. New ideas progress from innovators to early adopters to early majority to late majority to laggards. Rogers identified success factors important to us as reliability leaders today: 1. build social capital 2. explain the why (especially to the science-minded) 3. show results in early applications 4. use that social capital to change thinking (one conversation at a time) Culture changes one conversation at a time. Use safety moments and time on the floor for these conversations. Ironically, if you are speaking of hand washing, you would be using a 62-year-old spread strategy for a 174-year-old practice. #safety #highreliability #hro #lifeskills #safetyleadership

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Discover how the CT motion spicy contrast medium injector is enhancing patient care and operational effectiveness.

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🌟 Enhance Your Hospital's Efficiency with the HyONE from AMNOTEC!🌟 Hospitals around the world trust the proven HyONE instrument from AMNOTEC – the ideal solution for demanding applications in urology and gynecology. 🔍 Why HyONE? The HyOne instrument offers: 🌟 Versatility: Rotatable and detachable for maximum flexibility and adaptability in various clinical scenarios. 🌟 Precision: The semi-rigid design enables precise and minimally invasive procedures, enhancing patient safety. 🌟 Ergonomics: Designed for comfortable use by medical professionals. 🌟 Reliability: Outstanding quality and durability that AMNOTEC is known for. 🚀 Benefits for Your Hospital: With HyONE, you can optimize your procedures and increase the efficiency of your urology and gynecology operations. Trust in an instrument that provides the highest precision and control, thereby improving patient outcomes. Interested? Contact us today to learn more and elevate your hospital's capabilities. 📞 Contact: info@amnotec.de #AMNOTEC #MedicalTechnology #Hospitals #Urology #Gynecology #Efficiency #HyOne #MedicalDevices #PatientSafety #HospitalOptimization

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Dr. Karsten Ridder from MVZ Uhlenbrock und Partner, Dortmund illustrates a side-by-side comparison of 2D mammography images and 3D breast CT images (with contrast media enhancement), showing how a tumor, initially invisible on mammography, can be clearly seen on breast CT images. For more information on nu:view, contact Paul Rowe, or email us at info@medilife.net https://lnkd.in/eg6J3Xxz #BreastImaging #Mammography #BreastCT #MedicalImaging #CancerDetection #Radiology #BreastCancerAwareness #MedicalTechnology #HealthInnovation #PatientCare #DiagnosticImaging #HealthTech #Radiologist #MedicalResearch #HealthcareAdvancements

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Imaging is crucial for #Pancreatic #Cancer Management, from detection to treatment evaluation. Multisection CT is preferred initially, followed by MRI or EUS if needed. Taiba Medserv stands as a reliable partner, providing state-of-the-art imaging equipment to healthcare facilities. Our High-quality imaging solutions ensure that healthcare professionals have access to the latest technology for accurate diagnosis and optimal patient care. From advanced CT scanners to innovative MRI machines, We are dedicated to supporting healthcare providers in their mission to combat pancreatic cancer and improve patient outcomes. Don't let abdominal pain hold you back from living your life. We are here for you. Making #Healthcare accessible to all. #PancreaticCancerImaging #MedicalImaging #CTScanners #MRIMachines #HealthcareTechnology #PatientCare #TaibaMedserv #AccurateDiagnosis #OptimalOutcomes #AbdominalPain #HealthcareAccessibility #HighQualityEquipments #Distributors #Equipmentproviders

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😁 Ceramic Jaw Implant: A Revolution in Jaw Reconstruction 😁 Surgeons in Austria have achieved a medical milestone with the first-ever implantation of a 3D printed ceramic jaw. This innovation offers significant advantages over traditional methods, particularly for patients with severe jawbone deterioration. Conventional treatments for jaw atrophy, a condition where the jawbone weakens due to missing teeth, often involve multiple surgeries and bone grafts. These procedures can be lengthy and risky, especially for older patients. The new ceramic implant, however, requires only one surgery, significantly reducing healing time and trauma. Made from biocompatible zirconia, the implant is custom-designed for each patient, ensuring a perfect fit. This level of personalization is impossible with traditional methods. This breakthrough is the result of a collaborative European effort. The INKplant project, funded by the EU, brought together researchers, engineers, and medical professionals from across Europe. Lithoz, a leading Austrian company in 3D ceramic printing, played a key role in creating the implant using their advanced technology. The implant itself is a marvel of engineering. Lithoz's 3D printing method allows for intricate designs, perfectly tailored to individual needs. Zirconia, the chosen material, boasts excellent biocompatibility and integrates seamlessly with the jawbone. This material has a long history of success in medical implants, making it a reliable choice. The first recipient of this innovative implant faced unique challenges. He had already undergone multiple failed surgeries due to health complications and was deemed unfit for further conventional treatments. This pioneering procedure, performed by Dr. Christoph Staudigl at Kepler University Hospital, offered a new ray of hope. The surgery itself was a success, completed in a single session. While some initial healing issues were expected, the implant showed remarkable stability after two months. Notably, zirconia displayed superior compatibility with the patient's soft tissues compared to titanium, traditionally used in 3D printed jaw implants. While ceramic implants are a groundbreaking innovation, 3D printed titanium implants have revolutionized jaw reconstruction in recent years. Numerous successful surgeries have been performed using titanium implants, particularly for patients with tumors or severe trauma. This latest achievement with ceramic implants signifies a significant leap forward. It eliminates the need for bone grafts and shortens recovery times, paving the way for a future with less invasive and more efficient jaw reconstruction procedures. Further clinical trials are planned to validate the long-term safety and efficacy of the ceramic implant before widespread adoption. This successful surgery marks a new era in personalized healthcare, offering hope to patients facing significant jawbone deterioration.  

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