Medical Device Developments的动态

Our hinotori? robotic-assisted surgery system was designed to support both surgeons and patients during procedures. What are some of the key features that allow for more accurate, efficient and less invasive surgery? ? The hinotori? comprises?a four-armed operation unit, a high-definition 3D vision system and a surgeon console. With its extra joints and state-of-the-art software, hinotori? features outstanding dexterity and collision-avoiding movements. The system’s trocars need no docking as they are not fixated to the robot’s arms, and the instruments’ pivot is set by software. These features?allow surgeons to perform complex procedures with even more precision, flexibility, and control than existing laparoscopic surgery techniques. An ergonomic system is essential for achieving reproduceable and improved results. This is why at Medicaroid, the hinotori? was designed to meet surgeons’ needs. For example, the 3D visor on our console can be adjusted to the surgeon’s position in all directions, making it more comfortable and efficient for those controlling the system. #roboticsurgery #innovation #technology ???Note: In August 2020, hinotori? was approved for use in urology by Japan’s Pharmaceuticals and Medical Devices Agency (PMDA). Approvals for gynecology and general surgery followed in October 2022. Medicaroid Europe is now working on the CE marking of conformity for hinotori? according to MDR (2017/745) and developing business in Europe.?

In the field of medical innovation, Digital Anatomics marks a before and after in spine surgery with the filing of its latest patent application (PCT/ES2023/070778) for surgical guides in revision surgery TOR JIG? SR, a meticulously designed solution for revision pedicle screws. This breakthrough stands out not only for its technical innovation but also for the calibre of its inventors: Doctor Mostaza, a world-renowned neurosurgeon, and Alejandro Reyero Huerga, co-founder and CTO of Digital Anatomics. Together, they lead a development team whose ability to create unique solutions is unmatched. The relevance of this invention is magnified when considering the current context of spine surgery, where the "freehand" pedicle screw placement technique results in a malposition rate that can sometimes be as high as 40%, according to sources such as Future Medicine (1) and BMC Musculoskeletal Disorders (2) This problem not only increases the risk of re-interventions, but also involves a considerable worldwide economic cost in the order of billions of dollars. Digital Anatomics addresses this situation with its personalized surgical guides, offering nearly 100% accuracy in screw placement. This results in a significant reduction in surgical time, patient and physician risk, and radiation exposure. The TOR JIG? SR guide is the epitome of this technology, enabling safer and more efficient interventions. The patent application for this innovation, along with the number of cases in which it has already been successfully applied, underscores Digital Anatomics' commitment to excellence and continuous improvement in the field of spine surgery. An already successful track record precedes the company and positions itself at the forefront of medical technology, offering solutions that not only improve surgical outcomes, but also humanise the process, connecting more deeply with the needs and emotions of patients and healthcare professionals. This achievement is not only a testament to Digital Anatomics' technical skill and innovative vision, but also a reminder of the power of collaboration between leaders in neurosurgery and medical engineering to overcome some of the most complex challenges in medicine today. Each breakthrough not only sees Digital Anatomics redefine what is possible in healthcare, but also inspires a future where safety and precision are the norm, not the exception. (1)??https://lnkd.in/drDzrcRT (2)??https://lnkd.in/dZDgpFir #DigitalAnatomics #innovation #healthcare #spinesurgery

??Advancing Parathyroid Surgery with Autofluorescence and Open ICG Fluorescence Imaging Systems ?? Exciting developments in surgical technology are revolutionizing how we approach parathyroid surgeries. The combination of parathyroid autofluorescence with open ICG fluorescence imaging systems is a game-changer, offering remarkable benefits for both surgeons and patients. Parathyroid autofluorescence allows for precise identification of parathyroid glands without the need for exogenous dyes. This inherent fluorescence is enhanced with open ICG fluorescence imaging systems, providing clear, real-time visualization of the glands. The advantages are substantial: ? Increased Accuracy: Enhanced visibility of parathyroid glands helps in avoiding accidental damage to these delicate structures, leading to better surgical outcomes. ? Reduced Surgery Time: With real-time imaging, surgeons can make quicker decisions, potentially shortening the duration of the surgery. ? Improved Patient Safety: Minimizing the risk of inadvertent removal or damage to the parathyroid glands helps in reducing postoperative complications such as hypocalcemia. ? Cost-Effective: By improving the precision of surgeries and reducing complications, this technology can also contribute to overall healthcare cost savings. Integrating these advanced imaging systems into surgical practice not only elevates the standard of care but also underscores our commitment to leveraging innovative solutions for better patient outcomes. #ParathyroidSurgery #MedicalInnovation #SurgicalTechnology #ICGFluorescenceImaging #HealthcareExcellence #PatientSafety #MedicalResearch #HealthcareInnovation Irillic Pvt.Ltd. Let’s continue pushing the boundaries of what's possible in medicine! ?? --- References: - McWade, M. A., et al. (2013). "Label-free intraoperative parathyroid localization with near-infrared autofluorescence imaging." - Thomas, G., et al. (2019). "The Emerging Role of Indocyanine Green Fluorescence in Surgery."

In the realm of surgery, innovation takes center stage with Minimally Invasive Surgery (MIS). Surgeons employ various techniques to operate with precision and minimize damage to the body compared to traditional open surgery. The profound impact? Less pain, shorter hospital stays, and fewer complications, marking a transformative shift in healthcare. Exploring Minimally Invasive Techniques: Laparoscopy: Among the pioneers of MIS, laparoscopy involves small incisions, tubes, tiny cameras, and surgical tools. It revolutionized surgical approaches, offering enhanced visualization and quicker recoveries. Robotic Surgery: A cutting-edge advancement, robotic surgery provides surgeons with an enlarged, 3D view of the surgical site. This technology empowers surgeons with unparalleled precision and control during procedures. The Evolution Continues: Ongoing progress in MIS opens doors for individuals with diverse conditions. Whether it's hysterectomy, gallbladder procedures, or spine surgeries, MIS has become a versatile and effective option. Your Journey to Health: Considering surgery? Explore the possibilities of MIS with your surgeon. Engage in a conversation about how these advanced approaches could enhance your experience and contribute to a smoother recovery. Embrace the future of surgery, where precision meets compassion! #MinimallyInvasiveSurgery #HealthcareInnovation #SurgicalAdvancements

In a recent article for Opthalmology Times, Dagny Zhu, MD, discussed the importance of screening for dry eye disease in patients who have undergone cataract surgery, as well as IOLs that may suit them best. "A healthy ocular surface has an impact on all aspects of cataract surgery. As IOL technology evolves to deliver even more refined visual results, treating DED before surgery becomes increasingly crucial. Fortunately, we have a plethora of OTC and prescription therapies to help prepare patients for optimal outcomes. At the same time, enhanced monofocal IOLs may help make increased freedom from glasses attainable for more of our patients." Read More: https://ow.ly/iSXg50SsLVi

?Understanding Hip Replacement Surgery Options: Anterior vs. Posterior Approaches? As we continue to advance in medical technology and surgical techniques, the conversation around hip replacement surgery often circles back to one key decision: the choice between the anterior and posterior surgical approaches. Both methods offer unique benefits and come with their own set of challenges. Let’s delve into these two prevalent techniques to help patients key in on a choice. ?? Anterior Approach: This approach offers a less invasive option, allowing surgeons to work between muscles without detaching them from the hip or thigh bones. This often results in reduced muscle damage, potentially leading to quicker recovery times and less postoperative pain. Patients might find themselves walking unaided sooner, a significant advantage for those eager to return to their daily routines. However, this technique requires specific surgical equipment and expertise, and may not be suitable for all patient anatomies. ?? The Posterior Approach: This has been the traditional choice for many surgeons for decades. It provides excellent access to the hip joint, giving surgeons a better view and more room to work. This approach may be preferred in more complex cases or when additional flexibility during surgery is required. The downside? It involves cutting through major muscle groups, which might lead to longer recovery periods and a higher chance of post-surgery restrictions on movement. Each approach has its advocates, and the choice often depends on the surgeon’s experience, the patient's anatomy, and the specific circumstances of their condition. Conversations and consultations between patient and surgeon are crucial in selecting the most appropriate method. #medicine #healthcare #wellness ?? by: Tri-City Orthopaedics

Rethinking Eye Muscle Surgery: A Transformative Approach If you're a healthcare professional dealing with patients needing eye muscle surgery, consider this alternative perspective that could change your practice. What is covered: - The common recommendation for eye muscle surgery and its pitfalls. - The importance of understanding the underlying issues of eye alignment. - A focus on fusion and how it impacts vision and patient success. - The effectiveness of teaching the brain to coordinate eye movement. A common belief in our field is that surgery is often the first solution for eye muscle alignment problems. However, I’ve found that nearly 99% of such surgeries may not be necessary. The traditional view centers on achieving straight eyes post-operatively, but success from my standpoint is far more comprehensive. Two-thirds of eye muscle surgeries require a second procedure because the actual issue may not lie within the muscles themselves, but rather in how the brain processes visual information. Empowering the Brain for Better Vision Instead of defaulting to surgery, we can guide the brain in learning to use both eyes effectively. This approach could redefine patient outcomes and improve their quality of life. Consider a child referred for surgery. Rather than immediately recommending a surgical intervention, we could explore vision therapy options that help the brain develop the necessary coordination and fusion skills. Studies highlight that visual skills, not just eye alignment, are critical factors in achieving functional vision. By focusing on brain-eye coordination, we enhance more than just aesthetics; we foster a more profound, functional capability. The future of eye care could involve less reliance on surgical solutions and more emphasis on understanding and treating the brain's capacity to coordinate vision. This shift could lead to more long-lasting and impactful outcomes for our patients. To refer a patient at our Versailles or Somerset locations call us at 859-879-0089 or visit our website at https://loom.ly/4xxFtVM #versailleskentucky #ChildHealth

How to Maximize OR Precision: Time-Saving Tips for Laparoscopic Surgeons"???? The following tips will help you maximize your OR precision: Proven Time-Saving Tips for Laparoscopic Surgeons.?? ??Introduction to Laparoscopic Efficiency : This slide introduces the concept of laparoscopic efficiency and its importance in modern surgical practice. Laparoscopic procedures require precision and speed, and adopting time-saving tips can significantly enhance surgical outcomes. ??Proper Patient Positioning : Efficient laparoscopic surgery begins with proper patient positioning. Ensuring the patient is correctly placed on the operating table minimizes the need for readjustments during surgery, saving valuable time and reducing the risk of complications. ?? ptimal Trocar Placement : Strategic trocar placement is crucial for efficient laparoscopic procedures. Placing trocars in optimal positions allows for better instrument maneuverability and visualization, streamlining the surgical process and reducing operating time. ??Advanced Instrumentation and Technology : Utilizing advanced laparoscopic instrumentation and technology can significantly enhance efficiency in the operating room. From high-definition cameras to robotic-assisted systems, integrating cutting-edge tools can improve precision and shorten surgical durations. ??Minimizing Instrument Changes : Minimizing instrument changes during laparoscopic surgery is key to saving time. Surgeons should plan instrument sequences carefully and utilize multifunctional instruments when possible to minimize interruptions and maintain workflow continuity. ?? Team Communication and Coordination : Effective communication and coordination among surgical team members are essential for laparoscopic efficiency. Clear roles and responsibilities, along with synchronized actions, facilitate seamless workflow and contribute to timely completion of procedures. ------------- ? Get Free Consultation Now! ?? FOLLOW @smasti ?? Turn On Post Notifications ------------- ?? Level Up Your Surgery Game with Laparoscopy Training Today! ?? https://www.smasti.co.in/ ?? Call Us Now: +91-9999400155 #LaparoscopicEfficiencyTips #SurgicalTimeSavers #ORProductivity #EfficientSurgeons #LaparoscopicSpeed #TimeSavingSurgery #PrecisionEfficiency #SurgicalEfficiency #TimeSaverTips #OROptimization #laparoscopytraining#smastiLaparoscopytrainingcenter #smasti # India

In a recent article for Opthalmology Times, Dagny Zhu, M.D. discussed the importance of screening for dry eye disease in patients who have undergone cataract surgery, as well as IOLs that may suit them best. "A healthy ocular surface has an impact on all aspects of cataract surgery. As IOL technology evolves to deliver even more refined visual results, treating DED before surgery becomes increasingly crucial. Fortunately, we have a plethora of OTC and prescription therapies to help prepare patients for optimal outcomes. At the same time, enhanced monofocal IOLs may help make increased freedom from glasses attainable for more of our patients." Read More: https://ow.ly/7yYX50SpYeQ

In this video, the surgical tip for Keranatural focuses on the flexibility and adaptability of the procedure, particularly regarding segment tailoring after six months post-operation. When dealing with cases of keratoconus accompanied by astigmatism higher than 8D, it may become necessary to adjust the Keranatural segment for optimal correction. Tailoring involves shortening the segment of Keranatural tissue to address specific refractive errors, particularly astigmatism. However, it's essential to note that when utilizing a shorter segment, the primary goal is to correct astigmatism rather than myopia. Therefore, patients should not expect a significant correction in myopia but rather a localized effect aimed at improving astigmatism. This surgical tip highlights the importance of ongoing assessment and adjustment in the management of keratoconus with Keranatural surgery. By carefully tailoring the treatment approach based on individual patient needs and refractive errors, ophthalmologists can achieve more precise and effective outcomes in addressing astigmatism and enhancing visual clarity for their patients. When considering shortening a Keranatural segment, it's not necessary to remove the entire segment. Instead, surgeons can opt for a more precise approach by trimming just a small portion from the outer edge of the segment. This targeted adjustment allows for the correction of specific refractive errors, such as astigmatism, without needing to alter the entire segment. By carefully cutting and tailoring the Keranatural tissue, surgeons can achieve the desired adjustments while preserving the integrity of the overall surgical outcome. #keranatural #keratoconus #cairs VisionGift Corrina Patzer Lisa Kleintjens