High-content analysis of cancer genome DNA alterations

New technologies as well as concerted brute-force approaches have increased the content (number of genes) that can be characterized for genomic DNA alterations. Recent advances include the detection of activating point mutations in key kinase genes ( BRAF , EGFR , and PIK3CA ) in multiple cancer typ...

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Published inCurrent opinion in genetics & development Vol. 18; no. 1; pp. 68 - 72
Main Authors Degenhardt, Yan Y, Wooster, Richard, McCombie, Richard W, Lucito, Robert, Powers, Scott
Format Journal Article
LanguageEnglish
Published England Elsevier Ltd 01.02.2008
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Abstract New technologies as well as concerted brute-force approaches have increased the content (number of genes) that can be characterized for genomic DNA alterations. Recent advances include the detection of activating point mutations in key kinase genes ( BRAF , EGFR , and PIK3CA ) in multiple cancer types: preliminary insight into the entire repertoire of genes that can be mutated in cancer; the discovery of new oncogenes by high-resolution profiling of DNA copy number alterations; and the bioinformatic-driven discovery of oncogenic gene fusions. High-content promoter methylation detection systems have been used to discover additional methylated genes and have provided evidence for a stem cell origin for certain tumors. Some of these advances have had significant impact on the development and clinical testing of new therapeutics.
AbstractList New technologies as well as concerted brute-force approaches have increased the content (number of genes) that can be characterized for genomic DNA alterations. Recent advances include the detection of activating point mutations in key kinase genes ( BRAF , EGFR , and PIK3CA ) in multiple cancer types: preliminary insight into the entire repertoire of genes that can be mutated in cancer; the discovery of new oncogenes by high-resolution profiling of DNA copy number alterations; and the bioinformatic-driven discovery of oncogenic gene fusions. High-content promoter methylation detection systems have been used to discover additional methylated genes and have provided evidence for a stem cell origin for certain tumors. Some of these advances have had significant impact on the development and clinical testing of new therapeutics.
New technologies as well as concerted brute-force approaches have increased the content (number of genes) that can be characterized for genomic DNA alterations. Recent advances include the detection of activating point mutations in key kinase genes ( BRAF, EGFR, and PIK3CA) in multiple cancer types: preliminary insight into the entire repertoire of genes that can be mutated in cancer; the discovery of new oncogenes by high-resolution profiling of DNA copy number alterations; and the bioinformatic-driven discovery of oncogenic gene fusions. High-content promoter methylation detection systems have been used to discover additional methylated genes and have provided evidence for a stem cell origin for certain tumors. Some of these advances have had significant impact on the development and clinical testing of new therapeutics.
New technologies as well as concerted brute-force approaches have increased the content (number of genes) that can be characterized for genomic DNA alterations. Recent advances include the detection of activating point mutations in key kinase genes ( BRAF, EGFR, PIK3CA ) in multiple cancer types; preliminary insight into the entire repertoire of genes that can be mutated in cancer; the discovery of new oncogenes by high-resolution profiling of DNA copy number alterations; and the bioinformatic-driven discovery of oncogenic gene fusions. High-content promoter methylation detection systems have been used to discover additional methylated genes and have provided evidence for a stem cell origin for certain tumors. Some of these advances have had significant impact on the development and clinical testing of new therapeutics.
Author Lucito, Robert
McCombie, Richard W
Powers, Scott
Wooster, Richard
Degenhardt, Yan Y
AuthorAffiliation 1 Translational Medicine, GlaxoSmithKline, King of Prussia, PA, 19406, USA
2 Cancer Genome Center, Cold Spring Harbor Laboratory, Woodbury, NY, 11797, USA
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Snippet New technologies as well as concerted brute-force approaches have increased the content (number of genes) that can be characterized for genomic DNA...
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SubjectTerms DNA Mutational Analysis
DNA, Neoplasm - chemistry
Epigenesis, Genetic
Gene Dosage
Genes, Neoplasm
Genome, Human
Humans
Medical Education
Neoplasms - genetics
Oncogene Proteins, Fusion - genetics
Translocation, Genetic
Title High-content analysis of cancer genome DNA alterations
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https://dx.doi.org/10.1016/j.gde.2008.01.005
https://www.ncbi.nlm.nih.gov/pubmed/18339543
https://search.proquest.com/docview/20266184
https://pubmed.ncbi.nlm.nih.gov/PMC2729060
Volume 18
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