Titlebook: Image Guided Dermatologic Treatments; Robert L. Bard Book 2020 Springer Nature Switzerland AG 2020 Aesthetic Medicine.Antiaging treatments

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s. Further chapters address such topics as dermal trauma from foreign bodies and burns, scar imaging, fillers complications and podiatric imaging. Chapters on optical coherence tomography and reflectance confoc978-3-030-29236-2

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Advantages of Sonography of Benign Skin Diseases,n such as size, depth, vascularization, calcium deposits, cystic or solid contents, and even hair. This chapter reviews the ultrasound characteristics of benign dermatologic lesions, tumors, infections, inflammatory, and traumatic, highlighting the typical ultrasound features that allow accurate dia

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Image-Guided Treatments in Skin Inflammatory Diseases,uch as morphea or scleroderma. Assessing location and activity of these diseases with ultrasound provides the possibility of “fine-tuning” and optimization of treatment and toxicities in a rapid non-invasive way.

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Ultrasound of Hidradenitis Suppurativa,ociated with painful deep-seated, inflamed lesions commonly in the axillary, inguinal, and anogenital regions and has a great impact on the patient’s quality of life. Physical examination may have low sensitivity to detect and differentiate nodules, abscesses, or fistulous tracts, which are critical

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Ultrasound of Pigmented Melanocytic Tumors,graphic characteristics of benign melanocytic neoplasias: congenital/acquired melanocytic nevi, Spitz’s nevus, and blue nevus. We also describe the sonographic features of malignant melanoma and its cutaneous and lymph node metastases. Finally we highlight the ultrasound differences between malignan

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Imaging of Dermal Trauma: Burns and Foreign Bodies,y be serially observed. Nonradiopaque foreign bodies quickly detected allow image-guided removal with decreased morbidity. 3D volumetric mapping shows nerves and vessels as well as fragments that lie outside the initial point of entry.

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OCT Image-Guided Treatment of Scars,ography (OCT) provides accurate depth measurement and demonstrates vascularity in scar and healthy tissue noninvasively providing a clinical endpoint for optimally calculating dosimetry. Real-time imaging during treatment allows personalized treatment due to varying collagen densities in cicatricial