Surgery 101
Today, we’re going to discuss the topic of laryngeal cancer, a difficult head and neck cancer which has significantly improved prognosis if caught early. Laryngeal cancer is a type of head and neck squamous cell carcinoma, or HNSCC for short. It typically arises from the epithelial lining of the larynx. After listening to this podcast, learners will be able to understand what laryngeal cancer is, risk factors of laryngeal cancer, common presentations of laryngeal cancer, basics of its diagnosis and treatment, and finally mimics of laryngeal cancer.
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PDF Notes for Surgery 101 episode on Laryngeal Cancer.
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After listening to this podcast, you should be able to: Describe the basic anatomy of lymph nodes in the neck List 4 different types of neck dissections, and what they entail Be able to identify common complications of neck dissection Outline the initial management of the common complications of neck dissection
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PDF Notes for Surgery 101 episode on Neck Dissection.
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The close of the 20th century saw endoscopy and laparoscopy evolve from passive optical tools into dynamic platforms that integrated real-time guidance, autonomous movement, and computational interpretation for navigation, diagnosis, and therapy.
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PDF Notes for Surgery 101 episode on Beyond the Horizon: Ongoing Innovations and the Future of Endoscopy
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Description: PDF Notes for Surgery 101 episode on From Fiber to Video: The Visual Revolution in Endoscopy and Laparoscopy
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By the mid-20th century, endoscopy’s long-standing challenge of safely illuminating internal structures was transformed by postwar advances—especially Harold Hopkins’s 1950s rod-lens system, which enabled brighter, distortion-free, miniaturized imaging that could reliably guide clinical decisions.
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Description: PDF Notes for Surgery 101 episode on The Fiberoptic Breakthrough: Hopkins, Hirschowitz, and the Flexible Scope
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By the mid-20th century, endoscopy and laparoscopy were ready for major advancement. Although instruments had evolved into semi-flexible designs, visualization was still limited by glass optics and heat-producing light sources. A breakthrough toward fully flexible, high-resolution imaging emerged through the combined demands of surgery and advances in optical physics, driven by the pioneering work of Harold Hopkins and Basil Hirschowitz.
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PDF Notes for Surgery 101 episode on Rib Fractures