Titlebook: Imaging for Reconstructive Microsurgery; Joon Pio Hong,Bernard T. Lee,Giuseppe Visconti Book 2024 The Editor(s) (if applicable) and The Au

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Feras Alshomer,Joon Pio Hongtured algorithmic approach supports clinical decision-making.This handbook is aimed at first-line health care providers involved in the perioperative care of adult and pediatric neurosurgical patients. It is unique in its systematic focus on how to deal with common and important clinical challenges

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Changsik John Paktured algorithmic approach supports clinical decision-making.This handbook is aimed at first-line health care providers involved in the perioperative care of adult and pediatric neurosurgical patients. It is unique in its systematic focus on how to deal with common and important clinical challenges

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Shannon R. Garvey,Amy Chen,Asha D. Nanda,John B. Park,Frances Rodriguez Lara,Oluwaseun D. Adebagbo,Btured algorithmic approach supports clinical decision-making.This handbook is aimed at first-line health care providers involved in the perioperative care of adult and pediatric neurosurgical patients. It is unique in its systematic focus on how to deal with common and important clinical challenges

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Imaging: The Ultimate Game-Changer in Reconstructive Microsurgerye of anatomy, anecdotal experience, and most of all good judgment [1]. In the modern era, the angiogram and CT angiograms played a key role in providing critical information of the vascular status of the limb or the zone of injury [2, 3]. While the imaging was focused on understanding the overall ci

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What About Handheld Doppler?s useful for postoperative monitoring, and a lot of surgeons still use it for preoperative planning despite a few drawbacks that are directly correlated to this device that uses only the audible “Doppler effect.”

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CTA Focused on Technical Aspects (How to Use and Interpret)ire flap to be transferred. This difficulty was further compounded by the emergence of perforator flaps, due to their high anatomical diversity, including variations in the location and size of the perforator vessels, as well as in their course through the muscles and branching in the subcutaneous t

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MR Angiographytissue to be used in autologous reconstruction. MRA has sufficient spatial resolution to reliably visualize 1 mm perforating vessels and to accurately locate vessels in reference to a patient’s anatomic landmarks without exposing patients to ionizing radiation or iodinated contrast. The use of a blo

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Microvessel Visualization in Designing Perforator Flapsuality immensely propelling blood flow imaging and characterization of perforating vessels (Tashiro et al., J Plast Reconstr Aesthet Surg 69(3):346–50, 2016, Su et al., Plast Reconstr Surg 131(1):80–93, 2013). Vascular structures of 0.2 mm and less in diameter may be detected with correct settings (