CT Virtual Hysterosalpingography

Carrascosa, Patricia

CT Virtual Hysterosalpingography by Patricia Carrascosa, Carlos Capuñay, Carlos E. Sueldo, Juan Mariano Baronio. - Cham, Switzerland Springer International Publishing 2014 - 1 recurso en línea (XIII, 291 p.) 298 ilustraciones, 267 ilustraciones en color

SECTION 1: Generalities of Virtual Hysterosalpingography -- Technical Aspects of Multi slice Computed Tomography -- The birth of a new diagnostic technique -- Study and interpretation protocol -- Normal radiological anatomy -- SECTION 2: Pathologic Findings of Virtual Hysterosalpingography -- Cervical Pathology -- Pathology of the Uterine Cavity -- Uterine wall pathology -- Congenital Uterine Anomalies -- Tubal Pathology -- SECTION 3: MISCELLANEOUS -- Morphological Post-treatment Changes -- Incidental Findings -- Pitfalls -- Usage of gadolinium in allergic patients -- Radiation Dose -- Clinical Applications of Virtual Hysterosalpingography.

This book provides a comprehensive review of CT Virtual Hysterosalpingography, a new non-invasive diagnostic technique that allows the evaluation of the entire gynecologic tract in a single study, by combining the benefits of hysterosalpingography (HSG) with multidetector Computed Tomography (CT). The addition of 64-row CT scanners with HSG has significantly improved visualization and assessment of the uterine cavity and fallopian tubes, and allows for the diagnosis of polyps, myomas, uterine anomalies and tubal pathology with a high degree of accuracy. CT Virtual Hysterosalpingography is written and edited by the leaders in the field and covers all aspects of the technique, from its origin and technical principles through to descriptions of the normal anatomy and most common pathologies. This will be an essential text for Gynecologists, Infertility Specialists, Radiologists and Reproductive Endocrinologists who would want to learn about this technique and how it can be implemented in their practice.

9783319075600

10.1007/978-3-319-07560-0 doi


Diagnóstico

RG107.5.H97 / C377 2014