VentureWell’s Post

Proud to announce that I have successfully completed the NPTEL course on "Microsensors, Implantable Devices, and Rodent Surgeries for Biomedical Applications." This comprehensive program has provided me with in-depth knowledge and hands-on experience in the latest biomedical technologies, focusing on the design, development, and application of microsensors and implantable devices, as well as essential techniques in rodent surgeries. This course has been instrumental in enhancing my skills and understanding of the interdisciplinary approaches required in modern biomedical research and development. I am excited to leverage this knowledge to contribute to innovative projects that aim to improve healthcare outcomes and advance the field of biomedical engineering. #NPTEL #BiomedicalEngineering #Microsensors #ImplantableDevices #RodentSurgery #ProfessionalDevelopment #ContinuousLearning #InnovationInHealthcare

Welcome to the Shoulder Arthroplasty Research Committee (ShARC) on LinkedIn. ShARC is a forward-looking global collaboration among research-focused surgeons of which the primary goal is to advance patient care. The ShARC Patient Registry is utilized to conduct patient monitoring, inform evidence-based implant design, and allow for the integration of novel technologies into clinical practice. Supported by #Arthrex, ShARC will continue to have tremendous influence on the advancement of shoulder arthroplasty through innovative research and a commitment to improve patient outcomes. Follow us to stay up to date on the latest research. View the ShARC publication list: https://lnkd.in/eN4ECzwH #Innovation #ShARC #Arthroplasty #Research #PatientOutcomes

 🆓 𝗽𝗿𝗼𝘀𝘁𝗮𝘁𝗲 𝗠𝗥𝗜 𝗰𝗮𝘀𝗲 𝗿𝗲𝗮𝗱𝗶𝗻𝗴 𝘀𝗲𝘀𝘀𝗶𝗼𝗻 🕝 September 16th, 2024, 18 – 19 CEST 👨💻 Tickets and Details https://lnkd.in/ejE7Ddu9 +++++++++++ 🅲🅾🅽🅲🅴🅿🆃 1 Learning as a team 2 Supporting unique learning success driven by real-time exchange with your tutors and peers 3 Interactive clinical case discussions: The heart of all our courses 4 Online polls: You will first interpret each case on your own – then we will discuss each case together 5 Interactive discussion sessions: We answer your questions directly (chat, audio, video) 🅾🅱🅹🅴🅲🆃🅸🆅🅴🆂 1 Teaser to our core events: breast MRI basic course and advanced course 2 Understand the value of structured reporting 3 Have confidence in reading normal MRI 4 Be familiar with typical MRI features of malignant and benign breast lesion 5 Practice an efficient and effective technique for reading MRI #SOR #RW #succes #radiology #elearning #publishing #medical #experience #society #school #success #work #business #team

📄 Remplir study published in JRMO #Orthocell has announced that results from the Remplir™ nerve regeneration clinical trial have been published in a high profile peer reviewed clinical journal. The study, showing nerve repair with Remplir following injury to the spinal cord, brachial plexus and other peripheral upper limb nerves consistently restores arm and hand function, was published in the Journal of Reconstructive Microsurgery Open (JRMO), a peer-reviewed clinical journal renowned for sharing advances in nerve reconstructive techniques and regeneration.    Key findings from the study include: 🔹 Peripheral nerve repair clinical study showed consistent return of muscle function to paralysed upper limbs, following nerve repair with Remplir™. 🔹 Results showed 85% (23 of 27) of nerve repairs with Remplir, at 24 months post treatment, resulted in functional recovery of muscles controlled by the repaired nerve. Orthocell Chief Scientific Officer, Professor Minghao Zheng, said: “This study validated Remplir’s unique mechanism of action mimicking the native structure of epineurium, providing a protective barrier and neurotrophic microenvironment for nerve regeneration. Remplir’s unique biological characteristics underpinned the consistent return of function to paralysed upper limbs, the primary goal in this study. We are delighted to see this compelling research now published in JRMO and look forward to working with surgeons to consistently return muscle function following Remplir nerve regeneration treatment.” Read today’s ASX release 👉 https://lnkd.in/gdUgyxQP Read the publication here 👉 https://lnkd.in/g4f2Tt2i $OCC #ASX #biotech #regenerativemedicine #medicaldevice #nerverepair #healthcare #innovation 

Excited to share the story of Kai Kuck, a professor and director of bioengineering research at the University of Utah! 🔬 🏫 After earning his PhD as a Fulbright scholar, Kai led groundbreaking research at a global anesthesia company, but always dreamed of returning to the U. 🕛 Today, his lab is one of the few within an anesthesia department, allowing close collaboration with clinicians to solve real-world medical challenges. His team’s innovations, like a device to monitor kidney stress during surgery, are improving patient outcomes and creating startups and patents that impact healthcare worldwide. Read more about his unique story: https://lnkd.in/gpvybdP6 #innovation #health #technology #UofU

Excited to share that I've successfully completed the "Microsensors, Implantable Devices and Rodent Surgeries for Biomedical Applications" course on NPTEL, earning an Elite certificate! Over the past 12 weeks, I've delved into cutting-edge topics in biomedical engineering, gaining insights into microsensors, implantable devices and rodent surgeries. This comprehensive course has equipped me with valuable skills and knowledge essential for advancing in the field of biomedical applications. #BiomedicalEngineering #ContinuousLearning #NPTEL #EliteCertificate

Last month, I successfully defended my PhD in Biomedical Engineering at The University of Illinois Chicago :) Gratitude to my incredible advisors Yannek Leiderman, Darvin Yi, and Cristian Luciano, Ph.D. for their guidance and support throughout this 5-year journey! If you want to take a look at how AI can revolutionize ophthalmic microsurgery, here are some of my papers (more to come!): https://lnkd.in/eVftJmDz https://lnkd.in/gagaduut https://lnkd.in/g9nKW3jc Additional papers, patents, and conference abstracts can be found on my Scholar profile: https://lnkd.in/e3GBufby #digitalsurgery #biomedicalengineering #ophthalmology #deeplearning #computervision

BVI is Raising the Bar! Learn how BVI is driving ophthalmic innovation to new heights. In this Glaucoma Today article, Shervin Korangy, Mikhail Boukhny, PhD, and Aimee Shimamoto share insights into the latest technologies and advancements that are transforming outcomes for both surgeons and patients. Read the full article: https://lnkd.in/geYCu--f

🔹In a groundbreaking medical breakthrough, surgeons have successfully implanted an artificial titanium heart in a human patient using magnetic levitation technology, similar to that of high-speed trains. This development, led by the company BiVACOR and the The Texas Heart Institute Institute, has not only proven to be a vital bridge while the patient was waiting for a transplant, but also promises to be a long-term solution to replace failing hearts. With a frictionless design that minimizes mechanical wear, this artificial heart represents a potential paradigm shift in the treatment of severe heart disease, which could significantly improve the quality of life of patients with no other therapeutic alternatives available. Find more information about this news here 👉🏼 https://lnkd.in/dhJafKjH #techtitute #medicine #artificialheart #transplant

Revolutionizing Medical Imaging: See Inside Living Organisms Without Surgery? 🌟 Recent research has unveiled a groundbreaking discovery: FD&C Yellow 5 (tartrazine), a common food dye, can temporarily make mouse skin transparent. This innovative technique allows scientists to visualize the internal structures of live mice without invasive procedures. Potential Impact on Healthcare: If adapted for human use, this method could transform medical diagnostics in several ways: 1. Non-Invasive Diagnostics: Imagine diagnosing conditions without surgery! This technique could lead to earlier and more accurate identification of diseases. 2. Real-Time Monitoring: Healthcare providers could observe disease progression and treatment responses in real-time, tailoring interventions more effectively. 3. Research Advancements: This could enhance research in drug development by allowing scientists to study live tissue reactions to new treatments. Looking Ahead While the possibilities are exciting, thorough research and safety evaluations will be crucial before applying this method in humans. The potential to revolutionize medical imaging is on the horizon, making healthcare more efficient and patient-friendly. What do you think about this innovative approach? Could it reshape the future of diagnostics? #MedicalInnovation #NonInvasiveDiagnostics #FutureOfHealthcare