01 - Introductory lecture to the MEI lectures
“Introductory lecture” classifies breast malignancy according to their site of origin.
30 minutes
“Introductory lecture” classifies breast malignancy according to their site of origin.
Large format subgross (3D) histopathologic-imaging correlation.
Histopathologic-imaging correlation, complete workup of cancer cases hidden in dense breast tissue..
The series of "New version of how to read a mammogram" is different from the previous lectures with similar title: most of the cases in this series are interactive with audience participation, using a polling system, providing immediate feedback about audience performance.
The ongoing revolution in early detection of breast cancer requires a similar revolution in histopathology technique and changes in terminology
Quick and reliable calcification analysis
Clusters of indistinguishable, powdery, dust-like microcalcifications on the mammograms.
Basic principles. Patient positioning. Cancers localized on the Milky way.
Cancers localized on the Milky way. Continuation of Practice cases.
Cancers localized on the retroglandular clear space (no man's land)
Female and male retroareolar breast cancer.
Detailed description of the spectrum of mammographic findings.
A less frequent but troublesome hyperplastic breast change, papilloma of the breast
The various appearances of benign papillomas (cont). Papillary lesions associated with epithelial cell proliferation/atypia/LCIS/Grade 1 in situ carcinoma. Intracystic benign and malignant papillary growth. Papillary carcinoma.
Radiologic-histopathologic correlation describing the formation of the calcifications.
Fragmented casting type calcifications on the mammogram.
Practicing mammographic, US and MRI correlation with histopathology.
Explaining why the mammographic appearance of fibrocystic change, fibroadenoma, papilloma, different types of adenosis, radial scar, Swiss cheese disease mimic the mammographic appearance of different types of breast cancer.
The most frequently occurring malignant type calcifications on the mammogram
The most frequently occurring malignant type calcifications on the mammogram.
The most frequently occurring malignant type calcifications on the mammogram.
A unique collection of rarely seen breast lesions causing differential diagnostic problems
Breast MRI is an essential component of the preoperative workup of every breast cancer case.
Galactography and MRI demonstrate the presence of the disease as there are no calcifications or other mammographic findings.
Lee Tucker, MD, breast pathologist and Laszlo Tabar, MD, breast radiologist challenge the current terminology of breast cancer in an interactive lecture.
The three types of calcifications in fibrocystic change. Differential diagnostic problems and solution
The three types of calcifications in fibrocystic change. Differential diagnostic problems and solution
3D histopathologic-3D automated breast ultrasound correlation.
A frequently occurring but poorly understood type of microcalcification on screening mammograms
Pathophysiology, histopathologic-imaging correlation.
Lee Tucker, MD, breast pathologist, and László Tabár, MD, breast radiologist, challenge the outdated term “DCIS” in an interactive lecture.
Description and solution to the problem of fluid producing carcinoma originating from the major ducts.
Multimodality approach to screening and diagnosis of breast lesions
Multimodality approach to the detection and diagnosis of breast lesions
Multimodality approach to detection and diagnosis of breast lesions
Multimodality approach to detection and diagnosis of breast lesions
Multimodality approach to detection and diagnosis of breast lesions
Unfamiliar malignant type microcalcifications.
Rarely seen, extensive, but a frequently missed and often fatal cancer
Extensive high grade carcinoma originating from the major lactiferous ducts.
