论文部分内容阅读
The completely assembled human genome has made it possible for modern medicine to step into an era rich in genetic information and high-throughput genomic analysis. These novel and readily available genetic resources and analytical tools may be the key to unravel the molecular basis of hepatocellular carcinoma (HCC). Moreover, since an efficient treatment for this disease is lacking, further understanding of the genetic background of HCC will be crucial in order to develop new therapies aimed at selected targets. We report on the current status and recent developments in HCC genetics. Special emphasis is given to the genetics and regulation of major signalling pathways involved in HCC such as p53, Wnt- signalling, TGFβ, Ras, and Rb pathways. Furthermore, we describe the influence of chromosomal aberrations as well as of DNA methylation. Finally, we report on the rapidly developing field of genomic expression profiling in HCC, mainly by microarray analysis.
The completely assembled human genome has made it possible for modern medicine to step into an era rich in genetic information and high-throughput genomic analysis. These novel and available available genetic resources and analytical tools may be the key to unravel the molecular basis of hepatocellular carcinoma. (HCC). Furthermore, an efficient treatment for this disease is lacking, further understanding of the genetic background of HCC will be contract in develop to the new status, and recent developments in HCC genetics. . The emphasis is given to the genetics and regulation of major signalling pathways involved in HCC such as p53, Wnt- signalling, TGFβ, Ras, and Rb pathways., we describe the influence of chromosomal aberrations as well as DNA methylation. Finally , we report on the rapidly developing field of genomic expression profiling in HCC, mainly by microarray analysis.