Compositions and methods for multiplex analysis of NRAS and BRAF nucleic acids
A technique for composition and nucleic acid samples, applied in the direction of biochemical equipment and methods, microbial determination/testing, etc., can solve the problem of low multiplicity
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Embodiment 1
[0155] This article describes the development of an NRAS / BRAF point mutation analysis panel that can be used, for example, in ICEPlex TM A multiplex PCR assay using nucleic acid samples to detect the 12 clinically important NRAS mutations and the other 4 BRAF mutations in a single reaction on the system or similar.
[0156] The RAS gene is a proto-oncogene frequently mutated in human cancers, encoded by three ubiquitously expressed genes HRAS, KRAS and NRAS. These RAS genes have GTP / GDP binding activity and GTPase activity, and their proteins can participate in the control of cell growth. RAS proteins exhibit isoform-specific functions; and in NRAS, genetic mutations that alter amino acid residues 12, 13, or 61 activate the encoded protein's potential to transform cultured cells, which is associated with multiple It is associated with a variety of human neoplasms, especially cancers of the skin, blood and lymphoid tissues.
[0157] NRAS / BRAF point mutation analysis panel det...
Embodiment 2
[0177] Table 4: Another NRAS primer set compatible with the conditions described in Example 1 (including the BRAF primers shown in Table 1)
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[0180] The primers in Table 4 are compatible with both cDNA templates and genomic DNA.
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