In cancer, the overall patterns of epigenetic marks are severely distorted from the corresponding normal cell type. It is now well established that these changes can contribute to cancer development through inactivation of tumor suppressor genes and, conversely, through activation of oncogenes. Recent technological advances have enabled epigenome-wide analyses of cancers that are yielding unexpected findings. The study of cancer epigenetics holds great promise for expanding the range of therapeutic opportunities for personalized medicine. Here, we focus on DNA methylation in breast cancer and the potential implications for clinical management of patients
The worldwide incidence of breast cancer affects 1.2 million women each year. In contrast to the hig...
Cancer cells contain multiple genetic and epigenetic changes. The relative specificity of many epige...
AbstractCancer is a disease initiated and driven by the accumulation and interplay of genetic and ep...
The epigenome is regulated by a large number of macromolecular machines that are dynamically involv...
In cancer, the overall patterns of epigenetic marks are severely distorted from the corresponding no...
It is increasingly recognized by the scientific community that the field of epigenetics is a key ste...
DNA methylation and histone modifications are important epigenetic modifications associated with gen...
Epigenetic alterations are heritable changes in gene expression that occur without causing any chang...
The initiation and progression of breast cancer have been recognized for many years to be secondary ...
AbstractThe complexity of the mammalian genome is regulated by heritable epigenetic mechanisms, whic...
Cancer cells contain multiple genetic and epigenetic changes. The relative specificity of many epige...
Cancer is initiated through both genetic and epigenetic alterations. The end-effect of such changes ...
Stable molecular changes during cell division without change the sequence of DNA molecules is known ...
Stable molecular changes during cell division without any change in the sequence of DNA molecules is...
Epigenetic changes are critical for development and progression of cancers, including breast cancer....
The worldwide incidence of breast cancer affects 1.2 million women each year. In contrast to the hig...
Cancer cells contain multiple genetic and epigenetic changes. The relative specificity of many epige...
AbstractCancer is a disease initiated and driven by the accumulation and interplay of genetic and ep...
The epigenome is regulated by a large number of macromolecular machines that are dynamically involv...
In cancer, the overall patterns of epigenetic marks are severely distorted from the corresponding no...
It is increasingly recognized by the scientific community that the field of epigenetics is a key ste...
DNA methylation and histone modifications are important epigenetic modifications associated with gen...
Epigenetic alterations are heritable changes in gene expression that occur without causing any chang...
The initiation and progression of breast cancer have been recognized for many years to be secondary ...
AbstractThe complexity of the mammalian genome is regulated by heritable epigenetic mechanisms, whic...
Cancer cells contain multiple genetic and epigenetic changes. The relative specificity of many epige...
Cancer is initiated through both genetic and epigenetic alterations. The end-effect of such changes ...
Stable molecular changes during cell division without change the sequence of DNA molecules is known ...
Stable molecular changes during cell division without any change in the sequence of DNA molecules is...
Epigenetic changes are critical for development and progression of cancers, including breast cancer....
The worldwide incidence of breast cancer affects 1.2 million women each year. In contrast to the hig...
Cancer cells contain multiple genetic and epigenetic changes. The relative specificity of many epige...
AbstractCancer is a disease initiated and driven by the accumulation and interplay of genetic and ep...