The development of modern molecular genetic techniques has allowed breast cancer researchers to clarify the multistep model of breast carcinogenesis. Laser capture microdissection coupled with comparative genomic hybridisation and/or loss-of-heterozygosity methods have confirmed that many pre-invasive lesions of the breast harbour chromosomal abnormalities at loci known to be altered in invasive breast carcinomas. Current data do not provide strong evidence for ductal hyperplasia of usual type as a precursor lesion, although some are monoclonal proliferations; however, atypical hyperplasia and in situ carcinoma appear to be nonobligate precursors. We review current knowledge and the contribution of molecular genetics in the understanding of...
Histological and molecular evidence has led to a model of breast cancer progression in which cells f...
Comparative genomic hybridization (CGH) has been the technique of choice over the last 10 years for ...
Hyperplasia of usual type (HUT) is part of the spectrum of benign proliferative disease in the breas...
The development of modern molecular genetic techniques has allowed breast cancer researchers to clar...
The hypothetical multistep model of breast carcinogenesis suggests a transition from normal epitheli...
In recent years much interest has focused on the early detection of breast carcinoma and the potenti...
Chromosome 1 copy number in the benign breast lesions hyperplasia and atypical duct hyperplasia (ADH...
Carcinoma of the breast is thought to evolve through a sequential progression from normal to prolife...
There is evidence that breast cancer is a heterogeneous disease phenotypically as well as molecular ...
There is evidence that breast cancer is a heterogeneous disease phenotypically as well as molecular ...
Carcinoma of the breast is thought to evolve through a sequential progression from normal to prolife...
Despite extensive research the pathways of breast cancer development remain largely unknown. The ide...
grantor: University of TorontoBreast cancer may arise from a progressive accumulation of ...
Low-grade invasive ductal carcinoma is almost diploid, and has frequent losses of chromosome 16q, wh...
Lobular carcinoma in situ (LCIS) and atypical lobular hyperplasia (ALH) of the breast are cytologica...
Histological and molecular evidence has led to a model of breast cancer progression in which cells f...
Comparative genomic hybridization (CGH) has been the technique of choice over the last 10 years for ...
Hyperplasia of usual type (HUT) is part of the spectrum of benign proliferative disease in the breas...
The development of modern molecular genetic techniques has allowed breast cancer researchers to clar...
The hypothetical multistep model of breast carcinogenesis suggests a transition from normal epitheli...
In recent years much interest has focused on the early detection of breast carcinoma and the potenti...
Chromosome 1 copy number in the benign breast lesions hyperplasia and atypical duct hyperplasia (ADH...
Carcinoma of the breast is thought to evolve through a sequential progression from normal to prolife...
There is evidence that breast cancer is a heterogeneous disease phenotypically as well as molecular ...
There is evidence that breast cancer is a heterogeneous disease phenotypically as well as molecular ...
Carcinoma of the breast is thought to evolve through a sequential progression from normal to prolife...
Despite extensive research the pathways of breast cancer development remain largely unknown. The ide...
grantor: University of TorontoBreast cancer may arise from a progressive accumulation of ...
Low-grade invasive ductal carcinoma is almost diploid, and has frequent losses of chromosome 16q, wh...
Lobular carcinoma in situ (LCIS) and atypical lobular hyperplasia (ALH) of the breast are cytologica...
Histological and molecular evidence has led to a model of breast cancer progression in which cells f...
Comparative genomic hybridization (CGH) has been the technique of choice over the last 10 years for ...
Hyperplasia of usual type (HUT) is part of the spectrum of benign proliferative disease in the breas...