Imaging Guided Localization Procedures (2022)-T1-CBR12-2022

Video Transcription

Video Summary

The discussion centered around interventional breast radiology, specifically the localization of non-palpable breast lesions and tomosynthesis-guided biopsies. Localization techniques were analyzed, highlighting the importance of knowing the target and the surgical plan to prevent errors. Various localization methods were discussed, including wire and seed placement, and the benefits and limitations of newer techniques like magnetic and radar reflectors were considered, particularly for non-invasively prepping patients for surgery.<br /><br />Furthermore, tomosynthesis-guided biopsy has become a key procedure, especially for tomo-only findings invisible via ultrasound. Compared to traditional methods, tomosynthesis-guided biopsies offer improved localization and often reduce radiation exposure. Upright and prone tomosynthesis machines each offer distinct advantages, with the choice depending on space constraints and patient comfort.<br /><br />Real-world scenarios were presented to illustrate the potential for complications and the necessity for accurate localization and biopsy protocols. Ultimately, while tomosynthesis-guided biopsies introduce new procedural dynamics, including patient management challenges, their ability to accurately target lesions ensures they're integral to modern breast radiology practice.

Keywords

interventional breast radiology

non-palpable breast lesions

tomosynthesis-guided biopsies

localization techniques

wire and seed placement

magnetic and radar reflectors

radiation exposure

patient management