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This product detection tool installs software on your Microsoft Windows device that allows HP to detect and gather data about your HP and Compaq products to provide quick access to support information and solutions. Technical data is gathered for the products supported by this tool and is used to identify products, provide relevant solutions and automatically update this tool, to improve our products, solutions, services, and your experience as our customer. Note: This tool applies to Microsoft Windows PC's only. This tool will detect HP PCs and HP printers.

Cancer results from alterations at essential genomic sites and is characterized by uncontrolled cell proliferation, invasion and metastasis. Identification of driver genes of metastatic progression is essential, as metastases, not primary tumors, are fatal. To gain insight into the mutational concordance between different steps of malignant progression we performed exome sequencing and validation with targeted deep sequencing of successive steps of malignant progression from pre-invasive stages to asynchronous distant metastases in six breast cancer patients. Frm part 1 schweser google drive. Using the ratio of non-synonymous to synonymous mutations, a surprisingly large number of cancer driver genes, ranging between 3 and 145, were estimated to confer a selective advantage in the studied primary tumors. We report a substantial amount of metastasis specific mutations and a number of novel putative metastasis driver genes. Most notable are the DCC, ABCA13, TIAM2, CREBBP, BCL6B and ZNF185 genes, mainly mutated exclusively in metastases and highly likely driver genes of metastatic progression. We find different genes and pathways to be affected at different steps of malignant progression.

The Adherens junction pathway is affected in four of the six studied patients and this pathway most likely plays a vital role in the metastatic process. Introduction Cancer evolves through the stochastic, cumulative acquisition of driver mutations disrupting key pathways leading to the hallmarks of cancer []. A cancer driver mutation confers a selective advantage, while passenger mutations are coexisting mutations in the successfully expanding clones []. The cancer genome evolves dynamically influenced by the generation of additional mutations and selective forces acting on cancer clones, the latter being time and site dependent. The term oncogene addiction [] describes the cancer cell dependence of particular driver genes for maintenance of the malignant phenotype and provides the rationale for targeted therapy.

One of the major challenges in cancer genetics is to identify cancer driver genes. Mutations in the coding region can be divided into synonymous, also known as silent mutations, and non-synonymous mutations. Typically, nucleotide substitutions in the third codon position are silent, whereas substitutions in the first and second codon positions result in an amino acid change. The ratio of non-synonymous to synonymous mutations (NS:S ratio) has been used as a reliable indicator of selection. Two factors influence the NS:S ratio, including the rate of creation and the selective forces acting on them. In the absence of selection, non-synonymous and synonymous mutations are equally likely to persist [] and thus the NS:S ratio can indicate whether or not selection is occurring. The metastatic process is highly complex and not yet fully understood.

The main bottleneck for metastasis formation is believed to be colonization at the distant site []. A solid tumor is suggested to infiltrate into the circulatory system one million cancer cells per day [] and tumor cells are found to disseminate systemically even from pre-invasive tissue []. Thus, additional genetic, epigenetic or host response events are needed in order to allow a disseminated tumor cell to create a metastatic lesion. Identification of specific driver genes of the metastatic process is to a large degree limited to the yet relatively few identified metastasis suppressor genes []. A reduced expression of a metastasis suppressor gene does not provide a selective advantage in the primary tumor, but plays a major role in the metastatic process []. Based on their level of participation in different steps of the metastatic process different classes of metastasis genes have been suggested: metastasis initiation genes, metastasis progression genes and metastasis virulence genes []. In addition to acquiring abilities like detachment, motility, invasion, intravasation, survival in the circulation and adaptation to new environment the malignant cell must be able to evade immune surveillance.