Genomics, the study of genomes, includes functional genomics, evolutionary genomics and comparative genomics. There are many genomic technologies such as DNA sequencing of whole genomes, computational biology and bioinformatics. DNA and nucleic acids must be isolated and concentrated from cells for analysis with kits, automated analyzers and software. Other useful technologies for studying genomics include PCR, microarrays and electrophoresis.
The HU20 Maxi-standard horizontal gel unit is ideal for large-scale preparatory and analytical electrophoresis techniques.A 20 x 20cm gel-casting tray, with 4 comb positions, allows the user to perform high-resolution analytical research for a maximum of 168 samples, while buffer recirculation ports are included as standard to prevent buffer depletion and ion gradient formation during long-distance separations. Casting gates w…
The HU25 Maxi-Plus standard horizontal gel unit is designed specifically for high throughput screening of nucleic acids, particularly PCR products and in genotyping studies.A 25 x 30cm gel-casting tray, with 12 positions for multichannel-compatible combs, accommodates a maximum throughput of 624 samples. Buffer recirculation ports are included as standard to prevent buffer depletion and ion gradient formation during long-dista…
The HU10 mini-plus horizontal gel electrophoresis unit is ideal for routine preparatory and analytical electrophoresis techniques. It has a maximum 80-sample throughput capacity and features a removable gel-casting tray with end gaskets that allow gels to be cast directly within the tank. The gel-casting tray is simply turned at 90° to the direction of electrophoresis, when the end gaskets form a leak proof seal against the i…
Syngene GeneTools - Advanced 1D gel analysis Syngene GeneTools is an advanced 1D gel and 2D spot blot analysis software for use with any gel documentation system. The Syngene GeneTools highly automated software can rapidly analyse a gel from loading an image to output of results in a matter of seconds. With an extensive and flexible array of options you can handle a range of media including gels, plates, films and blots,…
The CpG WIZ® p16 Amplification Kit is used for determining the methylation status of the p16 promoter by methylation-specific PCR (MSP). The kit contains primers targeted to regions of the promoter where the sequences are most divergent after bisulfite treatment. PCR parameters have been identified such that all primer sets in the kit amplify under the same conditions. Control genomic DNA samples (methylated and unmethylated)…
The CpG WIZ® p15 Amplification Kit is used for determining the methylation status of the p15 promoter by methylation-specific PCR (MSP). The kit contains primers targeted to regions of the p15 promoter where the sequences are most divergent after bisulfite treatment. PCR parameters have been identified so that all primer sets in the kit amplify template under the same conditions. Control genomic DNA samples (methylated and unm…
The CpG WIZ® E-cahedrin Amplification Kit is used for determining the methylation of status of the E-cadherin promoter by methylation-specific PCR (MSP). The kit contains primers targeted to regions of the promoter where the sequences are most divergent after bisulfite treatment. PCR parameters have been identified so that all primer sets in the kit amplify under the same conditions. Control genomic DNA samples (methylated and…
The CpG WIZ® Prader-Willi/Angelman Amplification Kit is used for determining the methylation status of this region by methylation -specific PCR (MSP). The kit contains primers targeted to the CpG island on the SNRPN gene. PCR parameters have been identified such that both primer sets in the kit amplify template under the same conditions. Normal control genomic DNA, which will generate a product with both primer sets, is also i…
The CpGenome™ DNA Modification Kit is used to create methylation-specific sequence alterations in any DNA sample. Using chemical treatment, the kit converts all unmethylated cytosine residues to uracil. Methylated cytosine residues are unaltered in this process. Therefore, the chemically-treated DNA sequence will differ only if it was originally unmethylated in vivo. After sequence conversion, methylation specific PCR is emplo…
CpGenome™ Universal Methylated DNA is enzymatically methylated human male genomic DNA. This product is intended for use with the CpGenome™ DNA Modification Kit (S7820) or with amplification primers. It can be used as a methylation-positive control for gene methylation studies.
CpGenome™ Universal Unmethylated DNA Set provides 2 separate genomic DNA controls for gene methylation studies. This product is intended for use with the CpGenome™ DNA Modification Kit (S7820) and can be subsequently used as an unmethylated DNA control for gene methylation studies.
The CpGenome™ Fast DNA Modification Kit contains the reagents for the initial bisulfite modification of the DNA required for both methodologies.
The CpGenome™ DNA Modification Kit (Cat. No. S7820) contains the reagents necessary to perform the initial bisulfite reactions, while the CpG WIZ® BRCA1 Amplification Kit contains the reagents required for the PCR amplification reactions.
ChIP-Seq facilitates genome-wide profiling of the interactions of transcription factors, modified histones, and other chromatin associated proteins. By combining chromatin immunoprecipitation with next generation sequencing, laboratories can generate high resolution data on protein-DNA interactions across the genome. For laboratories interested in gaining a deeper understanding of epigenetic mechanisms of gene regulation, ChIP…
The Agilent Genomic Workbench software provides a powerful visualization tool for the analysis of key microarray applications.
The Agilent Custom CGH+SNP Microarray product line uses Agilent’s SurePrint technology to design and print user-defined CGH+SNP microarrays. Using Agilent’s eArray free application, users can design their own CGH+SNP microarrays to detect copy number changes and copy neutral aberrations, such as loss of heterozygosity (LOH) and uniparental disomy (UPD), on the same array.
The Agilent Custom CGH+SNP Microarray product line uses Agilent’s SurePrint technology to design and print user-defined CGH+SNP microarrays. Using Agilent’s eArray free application, users can design their own CGH+SNP microarrays to detect copy number changes and copy neutral aberrations, such as loss of heterozygosity (LOH) and uniparental disomy (UPD), on the same array.
Create your own custom microarray using SureDesign, Agilent's online design application, and focus on your specific research needs.
Create your own custom microarray using eArray, Agilent's online design application, and focus on the targets of interest for your specific research needs.
Agilent's Genomic Labeling Kits provide reagents to purify and label DNA in preparation for hybridization with an Agilent Oligo aCGH microarray and others.
The Agilent Human CNV Microarray genome-wide coverage allows identification and characterization of multiple loci simultaneously. Its high-resolution and optimized probe design enable achievement of sensitivity and specificity required for CNV association studies.
Agilent’s Human CpG Microarrays enable a comprehensive insight into the DNA methylation changes that may be correlated to key biological processes.
Agilent's Human DNA Methylation microarrays enable analysis of DNA methylation, leading to a greater understanding of the epigenetic events that regulate gene expression.
The Agilent SurePrint G3 Human Exon Microarrays include probes targeting individual exons, making it possible to look beyond the gene to more subtle but relevant expression changes at the exon level. Agilent Exon Microarrays are the fast, simple, and cost-effective choice for exon expression analysis, with capabilities to drill down into important RNA changes at the exon level.
