INBRAIN Neuroelectronics’ Post

Revolutionize Your Medical Device Development with Altegos™ by Computational Life 🌟 Are you looking to accelerate the development cycle of your medical devices? Computational Life is here with Altegos™, our pioneering simulation technology that transforms the traditional development process. With Altegos™, we utilize existing clinical and preclinical data to craft mathematical models that can simulate and predict the performance of your medical devices. Our validated models provide invaluable insights, enabling you to refine device design and predict patient outcomes more accurately and rapidly. Partner with us to harness the power of Altegos™ and bring your medical innovations to market with confidence. Follow Computational Life on LinkedIn for cutting-edge strategies that will give your company the competitive edge it deserves. #MedicalDeviceInnovation #ComputationalLife #SimulationTechnology #HealthcareSolutions #PatientOutcomes

Brain-computer interfaces could redefine precision medicine. The next frontier in technology to improve disease management and treatment could be the prospect of implanting microchips directly into the brain. This approach, where the microchips are also referred to as neural implants or brain-computer interfaces (BCIs), could provide breakthroughs in restoring mobility and motor function, help to treat neurological and psychiatric disorders, and track disease progression. #lifesciences #precisionmedicine Merck KGaA, Darmstadt, Germany Neuralink INBRAIN Neuroelectronics Salford Royal Hospital Volker Darius Dr. Christoph Stich Dr. Oliver Müller Sascha Schulz Axel Sinner, PhD https://lnkd.in/eCRW8s98

🖋 🧠 The cochlear implant. Are we incubating the future of medical care? Discover the fascinating new blog by Dr Tiago Felix Read below with our Free E-Membership: 👇 👇 https://lnkd.in/eaEhvWVh #INL #Neurorights #Neurotechnology

🎉 Exciting News! The second episode of the MyelinPub with our close and long-term collaborator Dr. Christoph Guger, CEO and Founder of g.tec medical engineering GmbH, is out now. 🌟 From helping his parents run a restaurant in Austria to founding and building one of the most successful brain-computer interfaces worldwide, developing cutting-edge BCI devices for various non-invasive and invasive applications. He sold his first BCI device in 1999 and has now built a 100+ employee BCI company. 🔍 Grand Takeaways from the Conversation: 💡 1. Don't over-delegate; get things done yourself. You have to love what you do; otherwise, it is not worth the battle. 🚀 2. Neuralink Recent Demos: "What Neuralink does is nice (nice integration of software and hardware). There has been a lot of research on BCI, but what is admirable about Neuralink's recent work is its ability to bring that research into the market. For example, my PhD adviser invented the ERD-ERS pattern in BCI in 1997 and was back then talking about its effectiveness for stroke rehabilitation. It is only now that such a system is being available to patients." 🌈 3. The Future of BCI - Invasive or Non-Invasive?: "Both. There are applications for both." 🚫 4. Ethics and BCI: "Medical devices and BCI, in particular, have the toughest regulations (even tougher than aviation). Regulations are important, but we should be careful that we don't over-regulate and those regulations don't hinder technological developments." 🌱 5. Hard work is key to achieving success. If people are not complaining about having a lot of work, there must be something not good there. 💡 6. 'History is important to understand the present and predict the future.' As the saying goes: you write the future with the ink of the past.’ Watch the full episode here 👉: https://lnkd.in/enW7d4sV #MyelinPub #NeuroTech #BCI #BCIHero #neurotechnology #braincomputerinterface #Innovation #digitalhealth #brainhealth #BrainDiseases #FollowUs

The Crucial Role of #Centrifuges in Modern Medical #Laboratories In the realm of medical laboratories, centrifuges stand as indispensable tools, pivotal for a myriad of diagnostic and research applications. These sophisticated devices harness the power of centrifugal force to separate components within a mixture, based on their density. This process is not only fundamental but also transformative in various medical and scientific fields. Source: Bingchat #MedicalEquipment #LabTech #Centrifuge #MedicalInnovation #LabLife #HealthcareTech #ScientificResearch #abacusts #abacuslabequipment

This should be a very interesting session -- we've got discussion of actual, real world applications of in silico clinical trial (ISCT) modeling for regulatory decisions from Medtronic's Darrell Swenson, my talk highlighting lessons from our ENRICHMENT project (paper link below), and Medidata Solutions's Afrah Shafquat talking Gen AI and other wizadry, all organized by Dr. Heidi Sernoff and inspired by Steve Levine. The implications for ISCT work go well beyond traditional applications in R&D, so this discussion with an audience focused on clinical trial execution should be very interesting. Paper: https://lnkd.in/e-vfH9ds Connect to learn more, always love discussing this stuff!

Unlock Precision with the Gobi+ Series, Pushing boundaries in Scientific & Advanced Research, Medical diagnostics, or Process Monitoring! Dive into the world of high-performance thermal imaging with the Gobi+ series. Experience real-time insights with rapid frame rates of up to 60 Hz and revel in the precision brought by its ultra-sensitive NETD options. Whether you're into intricate research, detailed medical imaging, or meticulous process monitoring, the Gobi+ seamless CameraLink or GigE Vision interfaces ensure flawless connectivity and results. Experience unmatched clarity and precision for your advanced applications. Learn more here: https://bit.ly/48OHstL #Precision #ProcessMonitoring #Thermal #Imaging #Gobiplus #LWIR #Xenics #Exosens

Medical device development is now using modeling to generate virtual patient cohorts for both treatment and control groups, offering an innovative approach to trial design with the potential to streamline the assessment of novel therapeutics and devices. At the SCDM Annual Conference, Exponent’s Steven Kreuzer, Ph.D., P.E., will present “Transforming FDA Approaches: The Role of In-Silico Data, Multiscale Modeling, and Generative AI in Medical Device Product Development.” The session will explore the concept of in silico clinical trials (ISCT) and demonstrate the unique integration of AI methodologies with computational modeling. Register: https://hubs.li/Q02QC1dt0 Connect with Dr. Kreuzer: https://hubs.li/Q02QC0970 #Exponent #Event #SCDM #SCDM24 #MechanicalEngineering #ISCT

Quantitative phase imaging (QPI) techniques offer intrinsic information about #biomedical samples in a noninvasive, label-free way. Learn about QPI and its enormous potential for applications, in this #OpenAccess review published in #SPIE_JBO. https://lnkd.in/gSdcUt_W

🌟 Discover the Future of Drug Development with Optical Imaging! Are you ready to revolutionize your research? Dive into the fascinating world of optical imaging and its game-changing role in drug development. Read more here: https://lnkd.in/gwKmpWHm #DrugDevelopment #OpticalImaging