The Scalpel Report
Sharing the Latest in Surgical Education and Innovation |
| | | Coming Soon: Earn CME Credits with CSurgeries!
We’re excited to share that CME credits will be available on CSurgeries, soon! You will be able to earn continuing education credits while exploring our library of peer-reviewed surgical videos. This new feature is all about making professional development more accessible and engaging for healthcare professionals like you. Stay tuned for updates on the official launch date and details about the CME offerings—we can’t wait to share more with you! |
| | | Selective Stapedial tendon and Tensor Tympani tenotomy for the treatment of Middle Ear Myoclonus in a pediatric patient |
| Dr. Sean Evans from Children's Healthcare of Atlanta and Emory Healthcare demonstrates an endoscopic selective stapedial tendon and tensor tympani tenotomy. This video highlights key steps of the procedure, including |
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| identification of critical structures and precise tendon incision, to address objective tinnitus caused by abnormal middle ear muscle activity. |
| | | Midline Cervical Cleft Excision of Fibrous Cord – Z Plasty Closure |
| This video showcases the excision of a midline cervical cleft and fibrous cord with Z-plasty closure. Dr. Inbal Hazkani and colleagues demonstrate the technique to lengthen the anterior neck skin, minimize recurrence, and achieve optimal functional and aesthetic outcomes. Watch now to learn this |
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| valuable technique for treating cervical clefts. |
| | Pediatric Lumbar Epidural Catheter Placement via the Landmark Technique |
| Watch as Dr. Conrad Murphy and his team at UAMS Medical Center perform a lumbar epidural catheter placement on a 2-year-old patient. This video demonstrates the precise technique using surface landmarks to locate the L4-L5 level and the loss-of-resistance method for epidural space confirmation. |
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| | |  | Exploring Advances in Pediatric Ear Care: The Development and Impact of Hummingbird Tympanostomy Tubes
The Hummingbird® Tympanostomy Tube System (TTS) by Preceptis Medical offers a safer, in-office alternative to traditional ear tube procedures. Typically performed under general anesthesia in a hospital, ear tube placements can be stressful for children and parents. The Hummingbird TTS, using Preceptis' One-Pass® Technology, simplifies the procedure into a single-step process performed with only topical anesthetic, significantly reducing risks and recovery time. Learn more |
| Hummingbird One-Pass® Technology |
|  | Hummingbird Procedure Video |
|  | | | Greg Mielke, Chief Commercial Officer at Preceptis Medical |
| | With nearly two decades of leadership in the medical device industry, Greg Mielke is driving the commercialization of Preceptis Medical’s groundbreaking Hummingbird® Tympanostomy Tube System (TTS). Drawing on his experience at Intersect ENT, Vertos Medical, Abbott, and Bard, Greg is focused on delivering this FDA-cleared device to market. The Hummingbird system is transforming pediatric ear |
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| tube procedures by offering a safer, in-office alternative to traditional methods that require general anesthesia—reducing stress for families and enhancing patient care.
During the COVID-19 pandemic, Greg’s leadership proved invaluable. By enabling ear tube placements outside the hospital, the Hummingbird system conserved resources, minimized patient exposure, and ensured children received timely care. Despite pandemic-related challenges, Greg’s strategic initiatives strengthened Preceptis’ foundation and expanded its reach, helping more families access this cost-effective, minimally invasive solution.
Looking ahead, Greg is focused on scaling the Hummingbird system nationwide to improve patient outcomes and reduce healthcare costs. A firm believer in servant leadership, he values long-term relationships, collaborative innovation, and continuous learning.
Outside of work, Greg enjoys spending time with his family, fly fishing, and relaxing at the lake. He is an active member of the Medical Alley community, appreciating its commitment to advancing healthcare innovation.
Connect with Greg on LinkedIn |
| | | Transnasal Esophageal Dilation from the OR to the Office |
|  | This featured webinar, presented in collaboration with Cook Medical, explores best practices for transitioning TNE procedures from the operating room to an office setting, increasing efficiency and patient access. The discussion includes insights into the Hercules® 100 Transnasal Esophageal Balloon, a Cook Medical device available for use in the United States.
Presenters: Gregory Postma, MD, Professor and Vice Chair, Department of Otolaryngology-Head and Neck Surgery, Medical College of Georgia at Augusta University Rebecca Howell, MD, Director of the Swallowing Center, UC Health |
| |  | | | Customize your content experience! Fill out the short form here to get tailored content catering to your specialty. |
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| | AI Technique Helps Neurosurgeons Detect Hidden Cancer During Brain Tumor Surgery |
|  | A new AI-powered tool, FastGlioma, is revolutionizing brain tumor surgery by helping neurosurgeons detect and remove hidden cancer cells.
What it’s about: This technology, developed by UC San Francisco and the University of Michigan, analyzes fresh tissue samples in real-time, providing accurate diagnoses in just 10 seconds. By improving the detection of residual tumor tissue, FastGlioma aims to reduce the risk of recurrence and improve patient outcomes.
Why it matters: This breakthrough technology has the potential to transform cancer surgery, with applications extending beyond brain tumors to other types of cancer. As FastGlioma continues to be refined and potentially approved by the FDA, it offers hope for more accurate diagnoses and more effective treatments. |
| Robot Surgeons Learn Complex Procedures by Watching Videos |
|  | A groundbreaking study from Johns Hopkins University has shown that surgical robots can learn complex procedures by watching videos.
What it’s about: By training a da Vinci Surgical System on thousands of hours of footage, researchers enabled the robot to perform intricate tasks like needle manipulation, tissue lifting, and suturing. This innovative approach has the potential to revolutionize robotic surgery, making it more accessible and precise.
Why it matters: This breakthrough could significantly reduce the time and resources needed to develop robotic surgical procedures, ultimately leading to improved patient outcomes. As the technology advances, we may see a future where robots play an even more significant role in the operating room. |
| Surgeons at UC San Diego Use Apple Vision Pro in Operating Rooms |
|  | Surgeons at the University of California, San Diego are utilizing Apple Vision Pro headsets during minimally invasive surgeries, marking a potential turning point in surgical technology.
What it’s about: Dr. Santiago Horgan, director of the Center for the Future of Surgery at UC San Diego, spearheaded this initiative, having previously pioneered robotically assisted gastric-bypass surgery. By allowing surgeons to view real-time camera feeds and patient data directly within their field of vision, this innovative technology aims to improve surgical precision and efficiency.
Why it matters: While the initial cost of the headset may be significant, it's relatively affordable compared to other medical equipment. The potential for widespread adoption and its ergonomic benefits make the Apple Vision Pro a promising tool for the future of surgery. |
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| November is American Diabetes Month |
|  | At CSurgeries, we join the affected communities in recognizing all the mothers, fathers, friends, and children who live every day with diabetes or prediabetes. We are committed to raising awareness and supporting those living with diabetes. |
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