STAAR Surgical’s Post

🔧 DePuy Synthes launches MatrixSTERNUM Fixation System in US MatrixSTERNUM is a plate and screw fixation system designed to help stabilise and secure the front part of the chest wall after procedures like open-heart surgery and chest surgery. The device is designed to address patients’ needs in the operating room by providing better locking, faster chest fixation, and thinner, low-profile plates compared to other products. MatrixSTERNUM offers a new option for surgeons performing cardiac procedures, enabling stabilisation after major chest surgeries, said the medical device company. Read more online: https://lnkd.in/ev_mtn6q 📰 Follow Medical Device Developments to receive the latest medical device news daily and to subscribe to our weekly newsletter #MedicalDeviceDevelopments #medicaldevices #medicalmanufacturing

Not all bone nibblers are created equal: The versatile Ferris-Smith-Cushing Rongeur Forceps The Ferris-Smith-Cushing Rongeur Forceps is a surgical workhorse, but did you know it comes in different versions? This long, slender instrument (typically around 180mm) helps surgeons meticulously remove small bone fragments during spinal surgery or biopsies. The key difference lies in the working tip, which comes in various widths: Standard: Ideal for general bone removal during spinal procedures. Narrow: Perfect for accessing tight spaces and removing delicate bone fragments. Wide: Effective for clearing larger bone chips or disc material. Beyond width variations, some versions also offer adjustable jaw angles (straight, up, or down) to enhance visibility and maneuverability in different surgical approaches. This adaptability makes the Ferris-Smith-Cushing Rongeur Forceps a valuable tool for tackling various bone removal tasks with precision and control. What other surgical instruments do you find particularly interesting in their design variations? Share your thoughts in the comments below! #surgicalinstruments #spinehealth #medicaltechnology #versatilityinsurgery #medicaldevices #spine

📚 Monday Reading Alert! Dive into a scientific article co-authored by our esteemed lead surgeon, Dr. Ashraf Messiha! This week's feature: "Creation of a Care Pathway for Temporomandibular Joint Dysfunction (TMD) at a Tertiary Referral Centre" published at the British Journal of Oral and Maxillofacial Surgery! Summary: Temporomandibular Joint Dysfunction (TMD) is a multifaceted disorder encompassing a wide range of conditions. While numerous conservative and surgical treatments are available, the absence of conclusive evidence and a universally acknowledged 'gold standard' protocol can impede consistent and efficient patient care. Keen to dive into the details? Check out the full reference below: 📖 Full reference: Kelman, N., Davies, I., Malaty, L., Ria, B., Woods, M., & Messiha, A. (2017). Creation of a Care Pathway for Temporomandibular Joint Dysfunction (TMD) at a Tertiary Referral Centre. British Journal of Oral and Maxillofacial Surgery, 55(10), p.e186. #TMDcarepathway #MondayReading #ScientificArticle #AdvancedFacialSurgery

Not all bone nibblers are created equal: The versatile Ferris-Smith-Cushing Rongeur Forceps The Ferris-Smith-Cushing Rongeur Forceps is a surgical workhorse, but did you know it comes in different versions? This long, slender instrument (typically around 180mm) helps surgeons meticulously remove small bone fragments during spinal surgery or biopsies. The key difference lies in the working tip, which comes in various widths: Standard: Ideal for general bone removal during spinal procedures. Narrow: Perfect for accessing tight spaces and removing delicate bone fragments. Wide: Effective for clearing larger bone chips or disc material. Beyond width variations, some versions also offer adjustable jaw angles (straight, up, or down) to enhance visibility and maneuverability in different surgical approaches. This adaptability makes the Ferris-Smith-Cushing Rongeur Forceps a valuable tool for tackling various bone removal tasks with precision and control. What other surgical instruments do you find particularly interesting in their design variations? Share your thoughts in the comments below! #surgicalinstruments #spinehealth #medicaltechnology #versatilityinsurgery #medicaldevices #spine

Dubbed as "the perfect outpatient surgery table," the Anetic Aid USA Mobile Surgery Platform eliminates the need for patient transfers, ensuring seamless transitions throughout the surgical journey. Designed for versatility and efficiency, it serves as pre-op stretcher, surgery table, and PACU stretcher for recovery. No transfers, full surgical table functionality, and yeh…it moves that easy. #mobile #ambulatorysurgery #outpatientsurgery #safepatienthandling https://lnkd.in/g6mJ8UK8

Surgeons know that precision is everything, especially when it comes to suturing delicate tissues. So how can we ensure that every stitch is safe? Introducing Drive'N Roll, the revolutionary roller-based suturing device designed to redefine precision in surgery. 🚀 But why does this matter? A study led by Tim Horeman revealed that the force applied during suturing can significantly impact tissue integrity. This research underscores the delicate balance surgeons navigate to avoid tissue damage. (https://lnkd.in/eSvR6S-q) So, how do you know how much force is applied to tissues when suturing? Haptic feedback? Visual haptic feedback? Experience? Pilot tests and studies showed that Drive'N Roll gives surgeons pre-calibrated forces to enhance suturing accuracy and safety from the first stitch. Imagine the peace of mind knowing you're applying just the right amount of pressure, reducing the risk of tissue damage and improving patient outcomes. 🌟 Drive'N Roll was engineered to give surgeons the tools they need to perform at their best. How do you see #RollerBasedSuturing shaping the future of surgeries? Let's discuss the possibilities and share insights on enhancing surgical techniques for safer patient care. #Surgeons #Hospitals #SurgicalInnovation #MedicalDevices #FutureOfSurgery #DriveNRoll #PatientSafety

At Minimally Invasive Surgical Solutions, we offer an alternative to traditional minimally invasive and open surgeries. We specialize in performing percutaneous surgical procedures, which involve accessing internal structures through the smallest possible incision without direct visualization of the target area. Our procedures utilize several specialized instruments: a mini-blade for soft tissue incisions, a power rotary burr for bony procedures, and intra-operative fluoroscopy for precise control. Percutaneous surgery is defined as any medical procedure where access to internal organs or tissues is achieved via needle-puncture of the skin, rather than an open approach that typically involves exposing the area with a scalpel. #percutaneous #percutaneousprocedures #minimallyinvasivesurgery

Throwing it back to 2023 with a publication highlight! Reintroducing a scientific article on the "Tri-Zone Aseptic Draping Technique" for Temporomandibular Joint Surgery! Co-authored by our lead surgeon, Ashraf Messiha. Performing surgery on the jaw joint (TMJ) presents distinctive challenges in maintaining a sterile environment. The procedures require a pristine setting for both the surgical sites and the implants. However, the need for regular access to the mouth, whether for manual manipulation or intermaxillary fixation to manage occlusion (the way teeth fit together), introduces the risk of contamination from oral secretions. In addressing this challenge, we often rely on frequent re-draping, scrubbing and prepping, involving numerous pairs of gloves or oral adhesive dressings. What insights did we uncover about these methods and other considerations in performing such surgery? Explore our article to find out! Reference: Fussell, R., Johnston, M., Bhatti, N., Messiha, A., and Davies, R. (2023). "Tri-zone aseptic draping technique for temporomandibular joint surgery: a technical note." British Journal of Oral and Maxillofacial Surgery, 61(10), pp. 713-715. 📖✨ #TMJSurgeryInnovation #ScientificPublication #DrapingTechnique

Good morning and happy 🔍ClearInsights Day, friends! 🔍Did you know that most minimally invasive surgeries lack depth? 😱 It's not immediately obvious, but according to an article in the Surgical Innovation journal, surgeons must mentally reconstruct the 3D anatomy of a patient from limited monoscopic visual cues. Authors Rositsa Bogdanova, Pierre Boulanger, and Bin Zheng from the University of Alberta also highlight that "insufficient depth cues in MIS environments can lead to spatial misjudgments and performance errors, jeopardizing patient safety." 🛡️🏥💉 Last week, we discussed the critical impact of surgery stressors on surgical outcomes. Difficulty judging depth during surgery, especially when vision is compromised, can be yet another stressor. 😬 This is why ClearsScope is not only desirable but essential for surgery. It's quick, simple, and provides surgeons with the clarity needed to get the job done safely, and quickly. Read more about it here: https://lnkd.in/gtW__bAY #MISdepth #surgicalstressors #surgicalinstruments #laparoscopy #thoracoscopy #GYN

ClearInsights highlights another crucial issue in minimally invasive surgeries: lack of depth perception. Rositsa Bogdanova and colleagues from the University of Alberta reveal that limited visual cues can lead to spatial misjudgments and errors, risking patient safety. Remember trying to park a car using only rearview mirrors and no sensors? Now imagine your mirror was covered in mist. Now imagine doing that over 2 hours while operating on a person... not an easy task! More stress for surgeons is obviously not ideal. ClearCam Inc. is committed to improving clarity to reduce these risks. Stay tuned for more insights. Kudos to the authors: Rositsa Bogdanova, Pierre Boulanger, and Bin Zheng. #laparoscopicvision #medtech #laparoscopy #healthcareinnovation #surgery #MIS #ClearCam