Asim Rexhepi

Planar Motor are a groundbreaking innovation in lab robotics - the ability to move plates from station to station opens the door for parallel processing solutions that are difficult to do with stand alone liquid handlers. But they do use a lot of energy and they aren’t cheap. The 4motionCubes below are a very interesting alternative. Perhaps not as fast, nor as precise or powerful, but rather lower cost and dead simple. It’s great to see both a “Ferrari” and a “Fiat” in this space.

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A date for the diary ⬇️ Get more medical insights on diagnosis of Colorectal Lesions Using the #JNET Classification with Dr. Alanna Ebigbo (Germany), and level up your knowledge in Endoscopic Suturing (Experience, Tricks and Possibilities) with Dr. Enrique Rodriguez de Santiago (Spain).

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A continuous training brings new knowledge to your lab, your team and in your workflow. Our SSOP offers dedicated trainings for all levels of learners. - Early professionals - Advanced - Experts Have a look on our Webpage to learn more about our offer. #candulor #swissschoolofprosthetics #dental #dentaleducation #dentaltechnology #prosthetics

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Revolutionizing Surgical Training: 3D Printed Aneurysms in collaboration with the Medizinische Universität Wien We are thrilled to announce that in collaboration with the #MedUniVienna we have successfully 3D printed intracranial aneurysms with an unprecedented level of morphological and mechanical realism. This breakthrough allows for the simulation of case-specific complex anatomies and the complications related to treatment procedures, significantly enhancing the precision and safety of medical procedures. A primary challenge in producing these aneurysm models lies in ensuring that the material properties closely mimic real tissue. This precision is crucial to ensure morphological accuracy and promote optimal training outcomes. Furthermore, aneurysms are highly delicate structures, with channels as thin as 2 micrometers and even finer structural details. As part of the Medical University of Vienna's SIMIS project, an innovative simulation platform has been developed to replicate case-specific anatomies and complex neurosurgical procedures using additive manufacturing. Together, we have initiated a study to validate the effectiveness of these 3D printed intracranial aneurysms for surgical training and preoperative planning. This partnership marks a significant step forward in medical training and patient safety, and we are proud to be at the forefront of such pioneering work. Stay tuned for more updates on our progress! https://lnkd.in/d5hpaSCs #MedicalInnovation #Research #3DPrinting #Silicone #AdditiveManufacturing #SurgicalTraining #Collaboration #Innovation #MedUniWien #Spectroplast #CardiacSurgery #HealthCare

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Angiography Equipment Market – Industry Trends and Forecast to 2029 https://lnkd.in/dzXBzbgh #innovation #management #technology #creativity #entrepreneurship #sustainability #inspiration #insights #outbreak #impact

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Attracting the best talent requires a proactive approach!

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Discover the Next-Gen Medical Materials – High-Quality PEEK for Durable Implants and Devices #PEEKMedizintechnik #BiokompatibleImplantate #PEEKfürmedizinischeGeräte #PEEKinderminimalinvasivenChirurgie #RöntgenundMRTKompatibilität #PEEKProthesen #NachhaltigkeitinderMedizintechnik

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Animal models are reportedly still used for neurointerventional surgery training, but a group of German researchers at University Hospital Schleswig-Holstein (UKSH) and Universität zu Lübeck developed an alternative training modality that better replicates human anatomy. The researchers used 3D printing to create a vascular simulator that mimics a real patient's anatomy with such high accuracy that the vessel phantoms were virtually indistinguishable from the patient's own anatomy. These models were then evaluated by experienced neurointerventional surgeons, who “overwhelmingly favored 3D model training over animal-based and digital training modalities.” It’s time for medical training institutions to get their 3D printers warmed up because “[t]his type of 3D model simulation appears ready to replace animal-based training in neurointerventional surgery.” https://lnkd.in/gSJvdiAG #meded #medicaleducation #medicalsimulation  #3dprinting

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We recently collaborated with the enhance.pet team from the Medical University of Vienna Medizinische Universität Wien ⚕ to enhance their CT whole-body segmentation 🩻. This was in two phases: - Evaluate the performance bottlenecks in the segmentation pipeline. - Integrate the MONAI workflow with nnUNet. Not only it is faster, allows for gpu integration, but it also helps on code clarity and maintainability. In parallel, we also improved their registration with ITK. Make sure to check their open-source 🔧 tools at https://enhance.pet/: MOOSE for CT/PET segmentation and FALCON for registration. See below an example of their tools in action !

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Prof. Rabih Chaoui: “You simply take the probe, and the system recognizes this with a sensor”. The respond probe feature of Expert 22 automatically initializes probes and presets and is customizable to suit your needs. Hear Prof. Chaoui delve into the capabilities of this feature: bit.ly/3rkQwWi

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Discover how #intelligent support and real-time guidance from myExam Companion can revolutionize the efficiency and quality of your #radiology workflows. Tests at @Kantonsspital Baden in Switzerland showed that myExam Companion’s #AI-powered workflow helps inexperienced users save 74% of the time needed for a CT examination. This resulted in a mean time comparable to experienced users. For more quantitative test results, download this white paper and explore the potential of AI in intelligent imaging in detail 👉🏻: https://lnkd.in/edWppz8w You think ahead. We innovate ahead. #strongportfolio #digital

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𝐀 𝐬𝐭𝐨𝐫𝐲 𝐟𝐫𝐨𝐦 𝐭𝐡𝐞 𝐟𝐢𝐞𝐥𝐝 As a long-time user of simLa 6, Dr. Schreiner has taken a remarkable path that he didn't think of when he started. "The iMS 1940nm laser enables a reduction of tumescent fluid in EVLA or abolishs its necessity. For most practitioners this sounds unimaginable. The preoperative conversation with patients and their consent make this pathway possible. I have been doing this procedure for many years. In approximately 90 percent with excellent results and satisfied patients. Immediate recovery, no postinterventional restrictions, no postoperative complaints and no complications creates a high acceptance of this treatment and still an increasing demand." In our opinion this illustrated very well the potential of simLa 6 with 1940 nm wavelength in EVLA. What is your outstanding story in varicose vein treatment?? #RapidRecovery #EndovenousTherapy #VaricoseVeinsTreatment #MinimallyPainfulMethod #PatientCare #QualityofLifeImprovement

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💪 We are not only an active member but a founding member of the #miotyalliance. This strong commitment aims to develop innovative IIoT solutions and open new markets, driven via partnership. mioty alliance drives an IoT revolution with the most advanced wireless LPWAN technology, offering unparalleled scalability and reliability through Fraunhofer-Gesellschaft and Diehl Group´s patented Telegram Splitting technology. This suits as much IIoT as smart cities, logistics and agriculture. 🏭 The Alliance offers a full and rich eco-system bringing developers, manufactures, providers and users together to next level IoT connectivity. Along our Alliance commitment, our investment into the LORIOT company accelerates the global expansion of LPWAN for IIoT advances services and positions WIKA as a global Digital Partner. All this underscores our commitment to technological innovation and sustainability.🌍🌱 💡 Learn more about this exiting collaboration between mioty alliance and us: http://spkl.io/60444hcXp #WIKAGroup #WIKAsmartinsensing #Digitalisation #IIoT #Innovation

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Hello there #globalhealth champions! Please check out the latest #GlobalHealthCast #GCH 67 with Prof Joe Schmitt and Dr Melvin Sanicas. https://lnkd.in/e7ZVqEee 01:30 Fusobacterium clade dominates #colorectalcancer niche 04:30 General mechanisms for #bacteria – associated #coloncancer 07:15 Andrew Wakefield’s “study”: a powerful example of how #misinformation can lead to significant #publichealth challenges 11:45 #H5N1-updates on pro-active surveillance at mass gatherings 16:30 H5N1-updates on #pathogens of #epidemic potential of concern 18:15 H5N1-updates on building global preparedness for #avianinfluenza https://lnkd.in/e7ZVqEee #globalhealth #scicomm #sciencecommunication

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Prof. Rabih Chaoui: “You simply take the probe, and the system recognizes this with a sensor”. The respond probe feature of Expert 22 automatically initializes probes and presets and is customizable to suit your needs. Hear Prof. Chaoui delve into the capabilities of this feature: bit.ly/3rkQwWi

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When it comes to diagnostic imaging of pediatric patients, consideration of a child’s age, size, weight, metabolism, activity level, and critical development is of the utmost importance and requires a unique approach. Join pediatric radiologists Dr. Solis (Madrid, Spain), Dr. Schäfer (Tübingen, Germany) and Dr. Mitter (Vienna, Austria) in this webinar where they navigate the complexity of pediatric MR imaging and showcase some of their best-in-class clinical cases of their daily practices. Register here: https://lnkd.in/eKtw649D #MR #MRI #pediatrics

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The complex movements of the human body seem every day to most people, but for medical technology company Ottobock reproducing those natural actions in its prostheses is an enormous challenge. Ottobock’s vision has not changed since the company was founded in 1919: to improve the mobility of people with disabilities through innovative products. The company’s focus has always been people, their individuality, and their requirements in terms of functionality, quality and design. This is the driving force behind the company’s innovation spirit. Read on to learn how Ottobock use solutions from Dassault Systèmes to achieve this vision. #medtechtransformation #patientexperience #healthcaretransformation http://go.3ds.com/8kx

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Abbreviated Breast MRI Protocol. Uwe Fischer, M.D., and Friedemann Baum, M.D. (Diagnostic Breast Cancer Center Göttingen, Germany) share their 3T protocol and their experience regarding patient preparation, imaging, and reading practice. Traditional breast #MRI protocols are comprehensive and time-consuming, typically involving multiple post-contrast images and additional T2-weighted imaging. The short first-pass MRI, which takes only 4 to 5 minutes, is based on the early, strong contrast uptake seen in breast cancer due to tumor neoangiogenesis. Since most malignancies can be detected within the first three minutes post-contrast, later images often only serve to characterize lesions rather than detect them. The streamlined protocol can effectively identify breast cancer early in women, including those with dense breast tissue, where the sensitivity of mammography is lower. It offers a significant reduction in time and cost, potentially allowing more frequent screenings and a higher examination rate. Download the .exar1 file for the 3T MAGNETOM Lumina and learn more at https://lnkd.in/eTCwaR3j #magnetomworld #breastcancer #DeepResolve Siemens Healthineers Elisa Roccia

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