The Institute of Physics and Engineering in Medicine (IPEM)’s Post

📢 Exciting News! 📢 I am thrilled to share that my second article, Magnetic Resonance Imaging (MRI) has been published on Klarity📝✨ 🔗 Check it out here: [MRI: What Is It Used For and Why?](https://lnkd.in/gPD6QhBE) In this article, I delve into the fascinating world of MRI, exploring its applications, benefits, and the critical role it plays in modern healthcare. Whether you're a healthcare professional, a student, or simply curious about medical imaging technology, I hope you find this piece informative and engaging. 🔍What you'll learn: - The science behind MRI technology - Common uses of MRI in diagnosing and monitoring various conditions - Advantages of MRI over other imaging techniques - Safety considerations and patient experience during MRI procedures Your support and feedback are invaluable to me. Please take a moment to read the article and share your thoughts. If you find it insightful, feel free to share it with your network. Thank you for your continued support! 🙏 #Healthcare #MedicalImaging #MRI #Radiology #Klarity #MedicalTechnology #HealthEducation #Research 

🎉 Spotlight Feature! ! 🎉 We're honored that our paper titled "Geometrically accurate real-time volumetric visualization of the middle ear using optical coherence tomography" has been featured in the special issue "30 Years of Optical Coherence Tomography" of the prestigious journal Biomedical Optics Express. This isn't just another edition of the journal. It's a celebration of over three decades of Optical Coherence Tomography (OCT) – one of the most impactful biophotonic technologies to date. With a collection of 3 invited and a whopping 34 contributed research papers, this issue stands as a compelling demonstration of OCT's sustained innovative prowess, even after three long decades. Our contribution showcases how we can accurately image the anatomy of the middle ear in real time, offering great potential for future medical diagnostics and procedures. A heartfelt thank you to Joshua Farrell, Floor COUVREUR, Nael Shoman and other collaborators as well as the journal for recognizing our work. The advancement of OCT continues to inspire and amaze, and we are humbled to be a part of this journey. https://lnkd.in/ex_7exg6 #OCT #Biophotonics #OpticalCoherenceTomography #BiomedicalOpticsExpress #Research #MiddleEar #MedicalInnovation

In this @EU Science, Research and Innovation project, @ANGIE_h2020, the research team developed 3D-printed re-constructions of their patient’s brain vessels based on MRI scans to ensure that the drug delivery operated under realistic conditions. The 3D modelling technology means that the models can accurately replicate the brain’s intricate vascular system and simulate real blood flow conditions. The recognition of this accuracy of their brain 3D models in the medical community means that they are now being made available for educational purposes, providing a realistic and safe environment for doctors treating stroke to hone their skills and facilitate earlier and more extensive training. Ultimately, this advancement could mean more patients will have access to more lifesaving procedures and go on to improve stroke treatment outcomes. Click to read more buff.ly/3InO3zU #BrainAwarenessWeek #StrokeResearch #StrokeAllianceforEurope #lifeafterstroke

UMN researchers develop portable MRI on track for human trials A team headed by researchers at the University of Minnesota has developed a new kind of Magnetic Resonance Imaging (MRI) machine that produces images similar in quality to a standard machine while taking up much less space. This new machine separates into four pieces and fits into the bed of a truck, allowing it to be driven to remote communities where residents may not ordinarily have access to MRI scanners. A standard MRI machine weighs 4,500 kilograms; the new one only weighs 400. Unlike a standard machine, Garwood’s MRI only scans the head, which is one of the reasons this new machine can be as small as it is and still function properly. #mri #mri_medical_imaging #brain #portable #technology

Exciting news! My scientific paper on MRI and cardiac gating has been published in Physiological Measurements, a journal of The Institute of Physics and Engineering in Medicine (IPEM). While my professional focus has evolved over the years and I no longer consider myself a pure engineer (perhaps I never truly did), this achievement is a milestone worth celebrating. It stands as a testament to #perseverance, #innovation, and the willingness to push the #boundaries of the #unknown. If you're curious about how signals are distorted by the high magnetic fields of MRI and how an algorithm can provide an effective solution for cardiac gating, you will enjoy reading it! "Patient-independent, MHD-robust R-peak detection for retrospective gating in cardiac MRI imaging" - https://lnkd.in/dtfpMpmY

🎉🧠 Happy Fun Fact Wednesday, everyone! Today, we’re diving into the mesmerizing world of MRI (Magnetic Resonance Imaging) – a technology that’s truly magnetic in every sense! In the 1970s, when the world has jamming to disco, Dr. Raymond Damadian, while researching the properties of tissues, discovered that cancerous tissue and normal tissue emitted different magnetic resonance signals. Could this be the start of something epic? Oh yes! In 1973, Paul Lauterbur, introduced the genius idea of using magnetic gradients to create detailed pictures of the inside of the human body. By 1977, Damadian's team had built the first MRI machine, which looked more like a sci-fi prop than a medical device. As the 80s rolled in, MRI became the new superstar of the medical world, dazzling doctors with its ability to see inside the body without a single incision. Unlike X-rays or CT scans, MRI uses powerful magnets and radio waves to generate images, making it a safer option for patients. Today, MRI is like the superhero of diagnostic tools, offering clear images of everything from brain tissues to spinal cords. This images provide critical diagnostic information that have saved countless lives and continue to advance our understanding of the human body. From a bold hypothesis to a life-saving diagnostic tool, MRI’s journey is a magnetic adventure filled with innovation and incredible discoveries. #FunFactWednesday #MRI #MedicalInnovation #MagneticMagic 🧲

I'm happy to mention that our paper "Self-supervised Learning Meets Liver Ultrasound Imaging" has been accepted at #NeurIPS 2023, in the Self-Supervised Learning - Theory and Practice workshop! 📚 (https://lnkd.in/eMDptEFd) In this work, we present self supervised learning methods for different tasks involving liver ultrasound imaging, namely, liver view classification, liver segmentation, and poor probe contact detection. Our methods outperform 🏆 state-of-the-art models like ResNet-18, MLP-Mixer, and U-Net. The best part? The proposed methods reduce data labeling time and cost, and optimize liver ultrasound task workflow in real-time settings ⏱️. #neurips2023 #neurips #ultrasound #deeplearning

The economics of scaling visits radiology! What a true please to scribe this piece with Saurabh Jha.