Asunto(s)
Aneurisma Falso , Aneurisma Cardíaco , Insuficiencia de la Válvula Mitral , Humanos , Aneurisma Falso/diagnóstico , Aneurisma Falso/diagnóstico por imagen , Vasos Coronarios , Válvula Mitral , Insuficiencia de la Válvula Mitral/complicaciones , Aneurisma Cardíaco/diagnóstico , Aneurisma Cardíaco/diagnóstico por imagenRESUMEN
Erdheim-Chester disease (ECD) is a non-Langerhans' histiocytosisand a veryrare multisystemic disease of unknown aetiology, with skeletal involvement of the long bones and in more than 50% of cases with extraskeletal involvement. The disease was described in 1930 by the anatomopathologist Jakob Erdheim and his student William Chester. More than 500 cases have since been reported. We report the case of a 77-year-old Italian woman with ECD who was admitted to hospital for acute cardiac tamponade. The patient presented with simultaneous cutaneous, retro-orbital, skeletal, cerebral and cardiovascular manifestations and was successfully treated with corticosteroids followed by interferon. LEARNING POINTS: Erdheim-Chester disease (ECD) is a non-Langerhans' histiocytosisand a very rare multisystemic disease that is thought to be associated with cytokine disturbances.ECD has a variable prognosis but is poorer in those with heart involvement.First-line treatment involves the administration of interferon alpha.
RESUMEN
We present a new clinically practical method for online co-registration of 3D quantitative coronary angiography (QCA) and intravascular ultrasound (IVUS) or optical coherence tomography (OCT). The workflow is based on two modified commercially available software packages. Reconstruction steps are explained and compared to previously available methods. The feasibility for different clinical scenarios is illustrated. The co-registration appears accurate, robust and induced a minimal delay on the normal cath lab activities. This new method is based on the 3D angiographic reconstruction of the catheter path and does not require operator's identification of landmarks to establish the image synchronization.