Affymetrix DMET Plus Array is a high-throughput genotyping tool designed to analyze genetic variations associated with drug metabolism. Some of the key capabilities and use cases of this device include:
Comprehensive Genotyping: The array can genotype over 1,900 drug metabolism and transporter markers across 225 genes, providing a comprehensive analysis of genetic variations that influence drug response.
Identification of Genetic Variants: The array can detect various genetic variants, including single nucleotide polymorphisms (SNPs), insertions, duplications, and deletions, allowing researchers to identify specific genetic variations that contribute to individual drug responses.
Affymetrix DMET Plus Array is a high-throughput genotyping tool designed to analyze genetic variations associated with drug metabolism. Some of the key capabilities and use cases of this device include:
Comprehensive Genotyping: The array can genotype over 1,900 drug metabolism and transporter markers across 225 genes, providing a comprehensive analysis of genetic variations that influence drug response.
Identification of Genetic Variants: The array can detect various genetic variants, including single nucleotide polymorphisms (SNPs), insertions, duplications, and deletions, allowing researchers to identify specific genetic variations that contribute to individual drug responses.
Affymetrix DMET Plus Array is a high-throughput genotyping tool designed to analyze genetic variations associated with drug metabolism. Some of the key capabilities and use cases of this device include:
Comprehensive Genotyping: The array can genotype over 1,900 drug metabolism and transporter markers across 225 genes, providing a comprehensive analysis of genetic variations that influence drug response.
Identification of Genetic Variants: The array can detect various genetic variants, including single nucleotide polymorphisms (SNPs), insertions, duplications, and deletions, allowing researchers to identify specific genetic variations that contribute to individual drug responses.
Ask a question and I''ll find the answer in the document
Finding information in a document is now easier with AI