Genome Analysis Products & Reviews

The Agilent Rice Microarray was developed to measure the activity of genes in rice and related cereals. It helps identify varieties with greater tolerance to drought, salt, climate, pests, or planting in less arable lands. Our rice genome microarray provides the genomic clarity needed for significant agricultural advances.

The Agilent Salmon Microarray delivers accurate, consistent & efficient gene expression profiling of salmon samples. The microarrays enable scientists to study genome-wide S. salar gene expression profiling, thanks to up-to-date profiling content ensuring relevancy, with 43,803 salmon probes represented.

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…

The Agilent Tobacco Microarray delivers accurate, consistent & efficient gene expression profiling of tobacco samples. Our microarray delivers up-to-date content, with 43,803 tobacco probes, enabling scientists to study gene expression profiling of Nicotiana tabacum samples at the global level.

The Agilent Tomato Gene Expression Microarray delivers accurate, consistent and efficient gene expression profiling of Solanum lycopersicum samples. Suitable for research use only, our tomato oligonucleotide microarrays deliver up-to-date profiling content to ensure relevancy.

Wheat is one of the world's most important food crops, feeding up to half of the global population. Understanding its growth and development and improving its yield and tolerance to environmental factors is a significant priority.

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…

The Agilent SurePrint G3 ISCA v2 CGH 4x180K Microarray dual-color chromosomal microarray contains 60-mer high-quality probes. The ISCA CGH microarray is an effective tool for targeted genome-wide DNA copy number variation profiling without reducing amplification or complexity.

The SurePrint G3 ISCA v2 CGH 8x60K dual-color chromosomal microarray contains 60-mer high-quality probes. The ISCA CGH microarray is an effective tool for targeted genome-wide DNA copy number variation profiling without amplification or complexity reduction.

The Agilent Human Genome CGH Microarray is a high-resolution tool for genome-wide DNA copy number variation profiling without amplification or complexity reduction. Comprehensive probe coverage is enhanced with emphasis on known genes, promoters, miRNAs, pseudoautosomal, and telomeric regions.  Coding and non-coding human sequences represented  Probes annotated against NCBI Build 37 (UCSC hg19, February 2009)  Probes on t…

The Agilent Human Genome CGH Microarray is a high-resolution tool for genome-wide DNA copy number variation profiling without amplification or complexity reduction. Comprehensive probe coverage is enhanced with emphasis on known genes, promoters, miRNAs, pseudoautosomal, and telomeric regions.  Coding and non-coding human sequences represented  Probes annotated against NCBI Build 37 (UCSC hg19, February 2009)  Probes on t…

The Agilent Model Organism Genome CGH Microarray brings optimal clarity to comparative genomic hybridization by enabling researchers to perform ultra high resolution, genome-wide DNA variation profiling without amplification or complexity reduction.  Coding and non-coding sequences represented  Format-dependent overall median probe spacing  Probes annotated against indicated sources  0.5g total genomic DNA input require…

The Agilent Model Organism Genome CGH Microarray brings optimal clarity to comparative genomic hybridization by enabling researchers to perform ultra high resolution, genome-wide DNA variation profiling without amplification or complexity reduction.  Coding and non-coding sequences represented  Format-dependent overall median probe spacing  Probes annotated against indicated sources  0.5g total genomic DNA input require…

The Agilent Model Organism Genome CGH Microarray brings optimal clarity to comparative genomic hybridization by enabling researchers to perform ultra high resolution, genome-wide DNA variation profiling without amplification or complexity reduction.  Coding and non-coding sequences represented  Format-dependent overall median probe spacing  Probes annotated against indicated sources  0.5g total genomic DNA input require…

The Agilent Model Organism Genome CGH Microarray brings optimal clarity to comparative genomic hybridization by enabling researchers to perform ultra high resolution, genome-wide DNA variation profiling without amplification or complexity reduction.  Coding and non-coding sequences represented  Format-dependent overall median probe spacing  Probes annotated against indicated sources  0.5g total genomic DNA input require…

The Lambda ZAP-CMV vector allows production of libraries in a high-efficiency lambda vector. Libraries cloned into lambda vectors routinely produce greater than 4 times the primary library size as plasmid libraries. The Lambda ZAP II system combines the high efficiency of lambda library construction and the convenience of a plasmid system with improved blue white color selection.  High-efficiency lambda cloning with versatili…

Lambda DASH II vector kits offer traditional genomic cloning of 9−23 Kb fragments. All of our vectors for genomic library construction contain T3 and T7 RNA promoters for rapid gene walking and high-resolution gene mapping.

The Lambda ZAP-CMV vector allows production of libraries in a high-efficiency lambda vector. Libraries cloned into lambda vectors routinely produce greater than 4 times the primary library size as plasmid libraries. The Lambda ZAP II system combines the high efficiency of lambda library construction and the convenience of a plasmid system with improved blue-white color selection.  High-efficiency lambda cloning with versatili…

Lambda DASH II vector kits offer traditional genomic cloning of 9−23 Kb fragments. All of our vectors for genomic library construction contain T3 and T7 RNA promoters for rapid gene walking and high-resolution gene mapping.

The Lambda ZAP-CMV vector allows production of libraries in a high-efficiency lambda vector. Libraries cloned into lambda vectors routinely produce greater than 4 times the primary library size as plasmid libraries. The Lambda ZAP II system combines the high efficiency of lambda library construction and the convenience of a plasmid system with improved blue-white color selection.  High-efficiency lambda cloning with versatili…

The Lambda ZAP II vectors combine the high efficiency of lambda vector systems with the versatility of plasmid systems. 

The Lambda ZAP-CMV XR library construction kit uses a hybrid oligo(dT) linkerprimer that contains an Xho I restriction site. Messenger RNA is primed in the first-strand synthesis with the linkerprimer and is then reverse transcribed.  Create large, highly-representational libraries  Directional cloning reduces background  Easy to amplify and screen your library  Clone genes that are toxic in E.coli  Rapidly convert fr…

The Lambda ZAP-CMV XR library construction kit uses a hybrid oligo(dT) linkerprimer that contains an Xho I restriction site. Messenger RNA is primed in the first-strand synthesis with the linkerprimer and is then reverse transcribed.  Create large, highly-representational libraries  Directional cloning reduces background  Easy to amplify and screen your library  Clone genes that are toxic in E.coli  Rapidly convert fr…