Empowering Early Detection
Advancing clinical expertise through structured training in breast cancer screening and diagnosis
Empowering Early Detection
Advancing clinical expertise through structured training in breast cancer screening and diagnosis
Advancing clinical expertise through structured training in breast cancer screening and diagnosis
Advancing clinical expertise through structured training in breast cancer screening and diagnosis
To be the most trusted and innovative platform for radiology education, empowering medical professionals to achieve diagnostic excellence and advance patient care through accessible, state-of-the-art learning.
To provide comprehensive and interactive radiology education that leverages advanced technology and expert-led content to enhance the knowledge, skills, and diagnostic capabilities of medical students, residents, and practicing radiologists.
Normal breast anatomy, histology, and physiological changes associated with age, hormones, pregnancy, and lactation.
Principles of mammography (including digital and screen-film), ultrasound, and MRI. This includes image quality, technical factors, artifacts, and equipment quality control (QC).
Understanding the appearance, clinical significance, and risk factors of benign lesions (e.g., cysts, fibroadenomas), high-risk lesions (e.g., atypical ductal hyperplasia), and malignancies (e.g., ductal carcinoma in situ, invasive carcinoma).
The Breast Imaging Reporting and Data System (BI-RADS) is the standard lexicon for reporting findings across mammography, ultrasound, and MRI. The platform must provide detailed training on its categories, terminology, and appropriate assessment and management recommendations..
The physics, image reconstruction, and comparison to 2D mammography. Key learning should include reduced recall rates and improved cancer detection, especially in dense breasts.
Comprehensive guidance on image-guided biopsies, including stereotactic, ultrasound-guided, MRI-guided, and CEM-guided approaches.
Techniques using needle wires, radioactive seeds, or radar reflectors to localize non-palpable lesions for surgical excision
Cyst aspiration, galactography, and specimen radiography
Compliance andinterpretation requirements.
Implementing a medical audit to track performance metrics like cancer detection rate, recall rate, and outcomes.
Principles of radiation protection for both patients and staff
Sensitive communication skills for delivering results, particularly concerning biopsies and cancer diagnoses
The platform should include simulated or recorded conferences that highlight the radiologist's crucial role in collaborating with surgeons, pathologists, and oncologists.
Guidelines for screening and surveillance of high-risk women, including those with genetic mutations (e.g., BRCA1/2) or a history of chest radiation.
Imaging challenges in pregnant and lactating patients, women with breast implants, and male breast disease
How AI is being applied to breast imaging for risk assessment, cancer detection (CAD), workflow triage, and predicting treatment response. The platform should also cover the ethical and medicolegal aspects of using AI.
Case studies and modules focused on correlating findings across different imaging techniques and with pathology results.
Using imaging to monitor response to neoadjuvant chemotherapy and understanding the role of molecular subtypes
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