Laser Capture Microdissection

Expert laboratorians noted for their optimized methods describe in step-by-step detail how to successfully carry out tissue-based laser microdissection in their own laboratory using the different systems available and to apply a wide range of sophisticated molecular technologies to the microdissected tissue samples. Highlights include gene expression profiling of primary tumor cell populations using laser capture microdissection, RNA transcript amplification and GeneChip® microarrays, laser capture microdissection and colorectal cancer proteomics, and proteomic analysis of human bladder tissue using SELDI® approach following microdissection techniques. Applications of the microdissected tissue described encompass PCR, gene expression studies including microarray analysis, and proteomics. Use of laser microdissection has grown enormously to become a very powerful high-throughput technology essential to a range of downstream applications in pathology, cancer research, life sciences,medical diagnostics, and biotechnology. In Laser Capture Microdissection, expert laboratory researchers noted for their optimized methods describe in step-by-step detail not only how to successfully carry out tissue-based laser microdissection in their own laboratories using the different systems available, but also how to apply a wide range of sophisticated molecular technologies to the microdissected tissue samples. These readily reproducible methods make it possible to carry out contamination-free molecular analyses of specific types of normal and diseased cells. Highlights include gene expression profiling of primary tumor cell populations, RNA transcript amplification and GeneChip® microarrays, colorectal cancer proteomics, and proteomic analysis of human bladder tissue using the SELDI® approach. Applications of the microdissected tissue described encompass PCR, gene expression studies including microarray analysis, and proteomics. The protocols follow the successful Methodsin