Cancer initiation and progression represent the outcome of the progressive accumulation of genetic and epigenetic alterations. Global changes in the epigenome are now considered as a common hallmark of malignancies. However, most of our present knowledge represents the result of the comparison between fully established malignancies and their surrounding healthy tissue. Such comparison is not informative about the epigenetic contribution to the very early steps of cancer onset. By performing DNA methylation and gene expression profiling of the intestinal epithelium of relevant in vivo models we aim at shedding light on the correlation between the interindividual epigenetic polymorphisms within the population and the relative risk to develop ...
In the last decade, it has become apparent that not only DNA sequence variations but also epigenetic...
Changes in DNA methylation, whether hypo‐ or hypermethylation, have been shown to be associated with...
Distinct molecular pathways characterized by both genetic mutations and epigenetic alterations are ...
Cancer initiation and progression represent the outcome of the progressive accumulation of genetic a...
Mouse models of intestinal crypt cell differentiation and tumorigenesis have been used to characteri...
Mouse models of intestinal crypt cell differentiation and tumorigenesis have been used to characteri...
Mouse models of intestinal crypt cell differentiation and tumorigenesis have been used to characteri...
Mouse models of intestinal crypt cell differentiation and tumorigenesis have been used to characteri...
Aberrant CpG methylation is a universal epigenetic trait of cancer cell genomes. However, human canc...
Colorectal cancer is the most common malignancy of the gastrointestinal tract and a leading cause of...
International audienceColorectal cancer initiation and progression result from the accumulation of g...
International audienceColorectal cancer initiation and progression result from the accumulation of g...
International audienceColorectal cancer initiation and progression result from the accumulation of g...
Aberrant CpG methylation is a universal epigenetic trait of cancer cell genomes. However, human canc...
Aberrant CpG methylation is a universal epigenetic trait of cancer cell genomes. However, human canc...
In the last decade, it has become apparent that not only DNA sequence variations but also epigenetic...
Changes in DNA methylation, whether hypo‐ or hypermethylation, have been shown to be associated with...
Distinct molecular pathways characterized by both genetic mutations and epigenetic alterations are ...
Cancer initiation and progression represent the outcome of the progressive accumulation of genetic a...
Mouse models of intestinal crypt cell differentiation and tumorigenesis have been used to characteri...
Mouse models of intestinal crypt cell differentiation and tumorigenesis have been used to characteri...
Mouse models of intestinal crypt cell differentiation and tumorigenesis have been used to characteri...
Mouse models of intestinal crypt cell differentiation and tumorigenesis have been used to characteri...
Aberrant CpG methylation is a universal epigenetic trait of cancer cell genomes. However, human canc...
Colorectal cancer is the most common malignancy of the gastrointestinal tract and a leading cause of...
International audienceColorectal cancer initiation and progression result from the accumulation of g...
International audienceColorectal cancer initiation and progression result from the accumulation of g...
International audienceColorectal cancer initiation and progression result from the accumulation of g...
Aberrant CpG methylation is a universal epigenetic trait of cancer cell genomes. However, human canc...
Aberrant CpG methylation is a universal epigenetic trait of cancer cell genomes. However, human canc...
In the last decade, it has become apparent that not only DNA sequence variations but also epigenetic...
Changes in DNA methylation, whether hypo‐ or hypermethylation, have been shown to be associated with...
Distinct molecular pathways characterized by both genetic mutations and epigenetic alterations are ...