CHENGDU CORDER OPTICS AND ELECTRONICS CO., LTD’s Post

Adding a surgical ablation during valve or coronary artery bypass surgery can be simpler and faster than you think. Designed to make surgical ablations more efficient, the Isolator® Synergy™ EnCompass® Clamp can access the posterior wall of the left atrium. Learn more about the EnCompass Clamp: https://okt.to/JG2QYS #CardiacSurgery

Solid-State Illumination for Intraoperative Imaging: “If the bulb dies, the patient dies.” While perhaps a bit overdramatic, this statement emphasizes the well-known practical limitations of 300 and 400 W xenon arc lamps in intraoperative imaging applications; it contains a kernel of truth. It is the main motivation for the replacement of arc lamp sources with solid-state illuminators. The overriding requirement for clinical applications is that the light output delivered to the surgical site must be invariant in terms of radiant and spectral intensity for the duration of the operation, which may be several hours. Similar to Lumencor’s pioneering replacement of xenon bulbs with solid-state lamps for laparoscopic surgery almost a decade ago, SPECTRA Light Engine can enhance exoscopic imaging for large surgical corridor applications too. Read full case study: https://hubs.la/Q02HwHNC0 #SolidStateLighting #ExoscopicImaging #LaparoscopicSurgery

Innovations next generation

Recent studies highlight the benefits of minimally invasive surgery akin to osteotomy with rigid screw fixation. Patients with a fractured lateral cortex had a significantly improved mean postoperative #halluxvalgus angle (7.1°) versus those without a fracture (10.7°). Explore the advantages of this surgical approach. https://medilink.us/8nvo #FootHealth #OrthopedicCare #SurgicalAdvancements #MedicalResearch

Pedicle screw placement is a complex and risky procedure due to spinal anatomy and neurovascular structures are not visible to the surgeon. Traditionally, surgeons rely on anatomical landmarks, preoperative imaging, and X-ray fluoroscopy, which exposes both medical staff and patients to radiation. The Caduceus S AR Navigation System offers a solution to these challenges. Designed to guide surgeons and reduce intraoperative X-ray exposure, this advanced system enhances the accuracy of pedicle screw placement. It is particularly well-suited for minimally invasive surgeries, improving precision and patient safety. Experience the next level of spinal surgery with the Caduceus S AR Navigation System. #ARSurgery #SpineNavigationSystem #AugmentedReality #Surglasses #MinimallyInvasiveSurgery #HealthcareInnovation

Moving surgery forward. Again. Imagine having the ability to deliver #RoboticAssistedSurgery through a single incision—potentially opening the door to the next era of surgical innovation. The Intuitive da Vinci SP® system’s unique patient cart design, instruments optimized for single-port surgery, and articulating endoscope is making it a reality. Learn more about how da Vinci SP can help transform patient care https://lnkd.in/gsF9tCjS.

Facts Sharing: Advantages of intraoperative 3D image-based navigation include: 1. Higher surgical precision The anatomical structure of the patient's surgical site can be captured in the transverse, coronal, and sagittal planes under the surgical position, which greatly improves the precision of the surgery. 2. Larger Surgical Field Multiple spinal segments can be imaged in a single scan. 3. Fewer Doses Shorter data acquisition and image reconstruction times and lower doses effectively reduce radiation exposure to operating room personnel.

Check out the Applied Perception Lab's latest paper that reviews 10 years of progress in mixed reality for image-guided surgery!

New on Healio CME for #COPE and #CME credit: "Cataract & Refractive 360: Focus on Advances in Refractive Surgery - Volume 5, Number 2" with insights from Elizabeth Yeu, MD; Robert Edward Ang MD and Nandini Venkateswaran, MD. In this CE monograph, experts will review the advanced tools and techniques for the refractive cataract surgeon, evaluate advanced techniques and technologies for guiding refractive surgery to reduce complications and achieve better vision outcomes, assess current insights into the evaluation as well as medical and surgical management of patients with irregular corneas, and investigate interprofessional approaches to care that can improve efficiency and overall outcomes for patients undergoing cataract surgery or refractive procedures. Earn your credit using this link: https://lnkd.in/e_RHgFDq

30 Degree Scope Disadvantage in UBE or Unilateral Biportal Endoscopy A 30 degree scope offers a wide field of view(FOV) while performing UBE But, in some situations of Endoscopic Maneuvers it is challenging to use this scope The video demonstrates a commonly done surgical maneuvere in Endoscopic Spine Surgery Which is "rotating the Endoscopic sheath/ or in this case rotating the scope retractor" to act like a "Nerve root retractor" This maneuvere helps to retract the Shoulder of the traversing nerve root to visualise the annulus and perform a discectomy or Annulectomy This step with a 0 degree scope is straight forward as the Optics and FOV of the scope is straight and in line with the scope, hence the "Lip" of the Endoscopic sheath or a scope retractor in UBE doesn't block the surgeons vision on the Monitor thus helping But, with a 30 degree Arthroscope the Field of vision is always blocked by some portion of the Tip of the sheath and hence almost 30-50 percent of the Surgical vision is Eclipsed by the "Lip" The reduced Vision in UBE to perform this type of surgical maneuver with a 30-degree scope makes me think for the availability of a 12-degree scope Which may have the best of both the scopes. Please share your expertise and experience Jin-Sung (LUKE) Kim Dong Hwa Heo JINYOUNG LEE Kern Singh Don Park Ghazwan Hasan Elsa González Pérez Nicolas Pellet Eidmar Augusto Neri Javier Quillo-Olvera M.D. #ube #unilateralbiportalendoscopy #biportalendoscopy #minimallyinvasivespinesurgery #NexonMedical