Vascular Malformations in Children: Diagnosis and Treatment
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Vascular malformations can look deceptively simple on the skin while extending deep into muscle, joints, the airway, or even cerebral vessels. Pediatric and vascular surgeon Yuliia Khomyn explains how to approach these lesions systematically and why their behavior can remain difficult to predict as a child grows.
The lecture moves from vascular development and classification into the practical differences between capillary, venous, lymphatic, arteriovenous, and combined malformations. Clinical cases demonstrate presentations ranging from limb overgrowth and recurrent bleeding to facial lesions, joint involvement, and high-flow malformations requiring repeated interventions.
A major focus is decision-making: what physical examination can already tell you, when ultrasound is useful, why contrast-enhanced MRI is central to assessment, and where angiography becomes both a diagnostic and therapeutic tool. The treatment section compares compression, anticoagulation, laser therapy, surgery, embolization, sclerotherapy, and mutation-guided systemic therapy—and shows why complex patients often need several of these approaches over time.
The discussion also covers Klippel-Trénaunay, Sturge-Weber, Proteus, and Parkes Weber syndromes, complications of commonly used interventions, and the clinical details that can change an apparently straightforward treatment plan.
The lecture moves from vascular development and classification into the practical differences between capillary, venous, lymphatic, arteriovenous, and combined malformations. Clinical cases demonstrate presentations ranging from limb overgrowth and recurrent bleeding to facial lesions, joint involvement, and high-flow malformations requiring repeated interventions.
A major focus is decision-making: what physical examination can already tell you, when ultrasound is useful, why contrast-enhanced MRI is central to assessment, and where angiography becomes both a diagnostic and therapeutic tool. The treatment section compares compression, anticoagulation, laser therapy, surgery, embolization, sclerotherapy, and mutation-guided systemic therapy—and shows why complex patients often need several of these approaches over time.
The discussion also covers Klippel-Trénaunay, Sturge-Weber, Proteus, and Parkes Weber syndromes, complications of commonly used interventions, and the clinical details that can change an apparently straightforward treatment plan.
PRAS-08
Course
Vascular Anomalies: Classification, Diagnosis, and Surgical Treatment
01
1:11:15
Vascular Anomalies: Diagnosis, Classification and Treatment PrinciplesA practical overview of vascular anomalies, from modern classification to diagnosis and treatment principles, with particular attention to infantile hemangiomas and complex lymphatic disorders.
02
1:31:50 Now playing
Vascular Malformations in Children: Diagnosis and TreatmentA practical overview of pediatric vascular malformations—from flow-based classification and clinical clues to imaging, embolization, sclerotherapy, surgery, and targeted therapy, illustrated with real clinical cases.
03
1:18:30
Classification, Diagnosis and Principles of Treatment of Vascular AnomaliesA practical introduction to vascular anomalies: how modern classification changes diagnosis, why terminology matters, and how choosing the wrong treatment can harm the patient.
04
55:48
Surgical Management of Vascular Anomalies in ChildrenA case-rich lecture on when vascular anomalies should be observed, treated conservatively, managed with laser, or brought to surgery — and why the wrong operation can be more difficult to treat than the original lesion.
Vascular Malformations in Children: Diagnosis and Treatment