Clinical Genetics > Clinical Microarrays Products & Reviews

Agilent SurePrint G3 and High-definition CNV microarrays enable multiple loci to be assessed simultaneously, allowing for their identification and characterization. The microarrays provide high-resolution and optimized probe design for maximal sensitivity and specificity as required by the researcher.  Coding and non-coding human sequences represented  Probes annotated against UCSC hg18 (NCBI Build 36, March 2006)  Format…

Agilent SurePrint G3 and High-definition CNV microarrays enable multiple loci to be assessed simultaneously, allowing for their identification and characterization. The microarrays provide high-resolution and optimized probe design for maximal sensitivity and specificity as required by the researcher.  Coding and non-coding human sequences represented  Probes annotated against UCSC hg18 (NCBI Build 36, March 2006)  Format…

Agilent SurePrint G3 and High-definition CNV microarrays enable multiple loci to be assessed simultaneously, allowing for their identification and characterization. The microarrays provide high-resolution and optimized probe design for maximal sensitivity and specificity as required by the researcher.  Coding and non-coding human sequences represented  Probes annotated against UCSC hg18 (NCBI Build 36, March 2006)  Format…

Agilent SurePrint G3 and High-definition CNV microarrays enable multiple loci to be assessed simultaneously, allowing for their identification and characterization. The microarrays provide high-resolution and optimized probe design for maximal sensitivity and specificity as required by the researcher.  Coding and non-coding human sequences represented  Probes annotated against UCSC hg18 (NCBI Build 36, March 2006)  Format…

Agilent SurePrint G3 and High-definition CNV microarrays enable multiple loci to be assessed simultaneously, allowing for their identification and characterization. The microarrays provide high-resolution and optimized probe design for maximal sensitivity and specificity as required by the researcher.  Coding and non-coding human sequences represented  Probes annotated against UCSC hg18 (NCBI Build 36, March 2006)  Format…

Agilent SurePrint G3 and High-definition CNV microarrays enable multiple loci to be assessed simultaneously, allowing for their identification and characterization. The microarrays provide high-resolution and optimized probe design for maximal sensitivity and specificity as required by the researcher.  Coding and non-coding human sequences represented  Probes annotated against UCSC hg18 (NCBI Build 36, March 2006)  Format…

Agilent™s Model Organism ChIP-on-chip Microarrays provides researchers with clear insight into species research through traditional chromatin immunoprecipitation (ChIP) pull-down coupled with powerful DNA microarray location analysis. Beyond embryonic and adult development gene regulation, Agilent™s ChIP-on-chip model systems effectively elucidates the vital biological processes.  Probe number depends on species  4x44k and…

Agilent™s Model Organism ChIP-on-chip Microarrays provides researchers with clear insight into species research through traditional chromatin immunoprecipitation (ChIP) pull-down coupled with powerful DNA microarray location analysis. Beyond embryonic and adult development gene regulation, Agilent™s ChIP-on-chip model systems effectively elucidates the vital biological processes.  Probe number depends on species  4x44k and…

Agilent™s Model Organism ChIP-on-chip Microarrays provides researchers with clear insight into species research through traditional chromatin immunoprecipitation (ChIP) pull-down coupled with powerful DNA microarray location analysis. Beyond embryonic and adult development gene regulation, Agilent™s ChIP-on-chip model systems effectively elucidates the vital biological processes.  Probe number depends on species  4x44k and…

Agilent™s Model Organism ChIP-on-chip Microarrays provides researchers with clear insight into species research through traditional chromatin immunoprecipitation (ChIP) pull-down coupled with powerful DNA microarray location analysis. Beyond embryonic and adult development gene regulation, Agilent™s ChIP-on-chip model systems effectively elucidates the vital biological processes.  Probe number depends on species  4x44k and…

Agilent™s Model Organism ChIP-on-chip Microarrays provides researchers with clear insight into species research through traditional chromatin immunoprecipitation (ChIP) pull-down coupled with powerful DNA microarray location analysis. Beyond embryonic and adult development gene regulation, Agilent™s ChIP-on-chip model systems effectively elucidates the vital biological processes.  Probe number depends on species  4x44k and…

Agilent™s Model Organism ChIP-on-chip Microarrays provides researchers with clear insight into species research through traditional chromatin immunoprecipitation (ChIP) pull-down coupled with powerful DNA microarray location analysis. Beyond embryonic and adult development gene regulation, Agilent™s ChIP-on-chip model systems effectively elucidates the vital biological processes.  Probe number depends on species  4x44k and…

Agilent™s Model Organism ChIP-on-chip Microarrays provides researchers with clear insight into species research through traditional chromatin immunoprecipitation (ChIP) pull-down coupled with powerful DNA microarray location analysis. Beyond embryonic and adult development gene regulation, Agilent™s ChIP-on-chip model systems effectively elucidates the vital biological processes.  Probe number depends on species  4x44k and…

Agilent™s Model Organism ChIP-on-chip Microarrays provides researchers with clear insight into species research through traditional chromatin immunoprecipitation (ChIP) pull-down coupled with powerful DNA microarray location analysis. Beyond embryonic and adult development gene regulation, Agilent™s ChIP-on-chip model systems effectively elucidates the vital biological processes.  Probe number depends on species  4x44k and…

Agilent’s Yeast Genome ChIP-on-chip Microarray is specifically designed to identify S. cerevisiae DNA binding proteins through traditional chromatin immunoprecipitation (ChIP) pull-down coupled with powerful DNA microarray location analysis.

Agilent™s Model Organism ChIP-on-chip Microarrays provides researchers with clear insight into species research through traditional chromatin immunoprecipitation (ChIP) pull-down coupled with powerful DNA microarray location analysis. Beyond embryonic and adult development gene regulation, Agilent™s ChIP-on-chip model systems effectively elucidates the vital biological processes.  Probe number depends on species  4x44k and…

Cultivated barley (Hordeum vulgare) is one of the world’s most agriculturally and industrially important cereal crops and has generally been considered a classical diploid model for plant genetics. Agilent offers its catalog Barley Gene Expression Microarray to perform global expression profiling in this unique crop plant.

Agilent™s Model Organism ChIP-on-chip Microarrays provides researchers with clear insight into species research through traditional chromatin immunoprecipitation (ChIP) pull-down coupled with powerful DNA microarray location analysis. Beyond embryonic and adult development gene regulation, Agilent™s ChIP-on-chip model systems effectively elucidates the vital biological processes.  Probe number depends on species  4x44k and…

Brassica genomes are large and complex. This Gene Expression Microarray provides transcriptome-wide coverage of Brassica napus, enabling the study of gene expression profiling at the global level. Enhancing understanding of biology and gene functions offers unique insight into this economically important crop.

Agilent™s Model Organism ChIP-on-chip Microarrays provides researchers with clear insight into species research through traditional chromatin immunoprecipitation (ChIP) pull-down coupled with powerful DNA microarray location analysis. Beyond embryonic and adult development gene regulation, Agilent™s ChIP-on-chip model systems effectively elucidates the vital biological processes.  Probe number depends on species  4x44k and…

Agilent™s Model Organism ChIP-on-chip Microarrays provides researchers with clear insight into species research through traditional chromatin immunoprecipitation (ChIP) pull-down coupled with powerful DNA microarray location analysis. Beyond embryonic and adult development gene regulation, Agilent™s ChIP-on-chip model systems effectively elucidates the vital biological processes.  Probe number depends on species  4x44k and…

Agilent™s Model Organism ChIP-on-chip Microarrays provides researchers with clear insight into species research through traditional chromatin immunoprecipitation (ChIP) pull-down coupled with powerful DNA microarray location analysis. Beyond embryonic and adult development gene regulation, Agilent™s ChIP-on-chip model systems effectively elucidates the vital biological processes.  Probe number depends on species  4x44k and…

Cotton is the world’s most significant textile and oilseed crop and Gossypium hirsutum is the most widely cultivated cotton. Genetic improvement of cotton fiber production for increased yield & quality has major economic impact. Cotton is a model for plant genome evolution, polyploidization and cellulose biosynthesis.

The fruit fly, Drosophila melanogaster, contributes to our understanding of fundamental biological processes, especially in spatial and temporal genetic control of development. Global transcriptome profiling with Agilent’s sensitive fruit fly gene expression microarray is a very useful method for examining gene function.

Escherichia coli is an industrially valuable prokaryotic species. Its genetics, genomics, transcriptome, proteome and metabolome are extensively known. In addition, it is a scalable, flexible platform for pharmaceutical bioproduction, metabolite & novel compound syntheses, & production of biofuel precursors.