Felipe Guardini, M.D’s Post

Medtronic VirtualEPG is an interactive tutorial which allows you to practice on a digital version of the single- and dual-chamber temporary external pacemakers on a real-time 3D heart simulation. https://bit.ly/40c0Ygi

pre workshop congress September 1O at NIMS university Jaipur followed by 4 days spine fellowship course with certificate from NIMS university 11-14 sept Jaipur is also a paradise for tourism. very interactive and discussion based very conceptual ,Very practical , Do's and Dont's covering all aspects of PrP and it's variants , bone marrow , adipose tissue and exosomes clinical application in pain ,infertility , orthopaedic and aesthetics

MAKO TKA 2.0 software has now arrived at the Kepler University Hospital, Alps Republic of Austria - I love that the usage of intra-incisional pin placement is not off-Label any more. - Surgical wounds can no longer be distinguished from conventional TKA. - Besides that, it is almost the same workflow that my friend Antonio and I were used to, but now we don't have to remember the numbers and double-check because it is wonderfully visualized on the OR screen. - It's great to see that our workflow, combined with surface mapping, made sense to Stryker as well. - Thanks to #MPS Philipp Kremsmair for the straightforward change to TKA 2.0. - It's intuitive, and it will make sense to my colleagues as well. Univ.- Prof. Dr. med. Tobias Gotterbarm Dr. B. Schauer Dr. C. Schopper Johannes Kepler Universität Linz Kepler Universitätsklinikum GmbH #wirsindKUK #DeepSpace #SmartRobotics #MAKO #TKA2.0 #Knieendoprothetik #Teilgelenkersatz #Linz #jointlineobliquity #nativeanatomy #kinematicalignment #unicompartimentalkneearthroplasty

Dr Sam Dawkins and Dr Jim Newton have completed over 2,000 TAVI procedures using the 3mensio Medical Imaging Aortic Valve solution. In this video, they explain why 3mensio is a staple resource for their TAVI procedure planning. If you'd like to organise a demonstration of 3mensio or try it for yourself, visit our website: #TAVI #CTscan #aorticvalve

Early Feasibility Studies (EFS) in the Neurovascular space Vastrax The Jacobs Institute Adnan Siddiqui, MD, PhD, FACS, FAHA, FAANS Early feasibility studies in medical devices are crucial for several reasons: 1. Risk Mitigation: They help identify potential technical and clinical challenges early in the development process, reducing the likelihood of costly failures later. 2. Safety Evaluation: Ensures that the device is safe for human use, prioritizing patient well-being. 3. Proof of Concept: Validates the basic functionality and potential clinical benefits of the device. 4. Resource Allocation: Helps manufacturers decide where to allocate resources by assessing the viability and potential marketability of the device. 5. Regulatory Pathway: Provides early data that can be critical for discussions with regulatory agencies, streamlining approvals. 6. Stakeholder Confidence: Demonstrates to stakeholders, investors, and partners that the device has been rigorously tested and holds promise. 7. Design Improvements: Feedback from these studies can guide refinements and optimization before large-scale manufacturing. 8. Cost Efficiency: Identifying and addressing challenges early can prevent costly redesigns or recalls after market introduction. Together, these underline the value of early feasibility studies in ensuring the success, safety, and effectiveness of medical devices. #NVclinicaltrials #neurovascular #neurosurgery #clinicaltrials