Titlebook: Laboratory Manual for Mohs Micrographic Surgery; Frozen Tissue Proces Camille McKay,Kishwer S. Nehal Book 2024 The Editor(s) (if applicable

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Angela Yepes,Roger Dorsainville,Timothy Truong,Robert Tagliaferro,Camille McKay,Kishwer S. Nehal,Braincluding aspects of neuropsychology.Coverage includes neuroThis handbook celebrates the abundantly productive interaction of neuropsychology and medicine. This interaction can be found in both clinical settings and research l- oratories, often between research teams and clinical practitioners. It a

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History of Mohs Micrographic Surgerymprehensive frozen section margin control. The history of Mohs surgery dates back to the 1930s. At the time, skin cancer treatment lacked formal guidelines for surgical margins, and the method for removal was not consistent nor refined. Dr. Frederic Mohs, a research assistant in the Department of Zo

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Accessioningnumber is assigned to each Mohs surgery case, and data is entered into an accession log. The accession number is individual to the patient and the specific skin cancer site that is being treated. An accurate and well-organized accession log is required for tracking specimens and ongoing lab certific

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Embeddingng the entire peripheral and deep surgical margin for high-quality Mohs tissue sections. Multiple varied techniques for embedding Mohs tissue specimens and related equipment are described in detail. Potential pitfalls encountered during the embedding process are highlighted, and important troublesho

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Staining and Coverslipping. Staining is the process used to impart differential coloration onto cellular components in order to delineate different cells and tissue structures for microscopic inspection. Hematoxylin and eosin (H&E) staining is the most common stain used in Mohs Micrographic Surgery and is used to contrast nu

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Eyelidng 90% of the cases. Excising eyelid skin cancers with Mohs surgery offers comprehensive margin control and meticulous mapping of tumor margins leading to high cure rates while preserving normal anatomically sensitive eyelid tissue. There are a number of tissue challenges for the Mohs surgeon and te

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Noseients undergoing Mohs surgery. For Mohs technicians, processing nasal specimens can be challenging because of the contours of the nose and the texture of the tissue, which is typically stiff and sebaceous. There is also potential for the skin cancer lesion to invade into the nasal cavity, with the M