Fig. 13.1 (a) Hemangioma with sole cutaneous infiltration. (b) Typical postinterventional mauve purpura (ointment applied). (c) After one treatment only faint residuals left for further spontaneous regression Fig. 13.2 (a)…
Fig. 50.1 (a) Manual lymphatic drainage of the upper limb; (b) treatment of posterior lymphatic alternative ways Sequential compression (today mostly confined to the self-therapy at home), in which the…
Fig. 31.1 Surgical removal of a venous limited malformation of the calf. Complete removal “en bloc” was possible because the mass was well delimited Fig. 31.2 Removed mass of Fig….
Fig. 44.1 Infiltrating venous malformation of the middle finger in a girl. (a) Drawing of incisions in the palmar aspect of the middle finger. (b) Bone infiltration evident in plain…
Fig. 33.1 Yakes Type I AVM (AVF) typified by a single inflow artery connected to a single outflow vein. (a) Ventilator Dependent 30 Year-Old Female with HHT and Massive Left…
Fig. 7.1 Early hemangioma in a newborn (a). Hemangioma in rapid proliferative phase in the same patient, who presented with associated PHACE syndrome (b) The territory of the IH is…
Fig. 16.1 A child with a compound (superficial and deep components) left glabellar/paranasal IH. During surgery an elliptical incision was used to remove the IH. A local rotation flap was…
Fig. 27.1 Fourteen-year-old boy with venous malformation. (a, b) CT scan with contrast shows an extensive heterogeneous lesion of the face with infiltration of the masseter, buccal floor, tongue, parapharyngeal…
Belov [34] reproduced with permission Table 43.2 Pathogenesis of congenital angio-osteohypotrophy Belov [34] reproduced with permission Fig. 43.1 Drawing explaining pathogenesis of congenital circulatory-hypoxic hyperostosis at the zones of bone…
Fig. 40.1 Percutaneous sclerotherapy in a facial congenital vascular malformation It is very useful to perform a preoperative angiography before injecting the sclerosing agent. Contrast material is injected and imaging…
