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H25K is the first human genome microarray based on a completely sequenced human genome. This multi-purpose microarray allows users to explore a myriad of basic questions across 25,509 fully annotated human genes and >300,000 human transcripts. The most advanced bioinformatics, oligonucleotide manufacturing, microarray printing, and surface chemistry provide unprecedented specificity and sensitivity. Fully compatible with an installed base of >10,000 microarray slide scanners, H25K sets a new standard for genomic analysis.

Antibody microarrays contain monoclonal or polyclonal antibodies manufactured in a miniaturized and multiplexed microarray format. Proteins present in labeled samples applied to the antibody microarrays bind with high specificity to their cognate partners on the chip, and signals provide a quantitative measure of protein identity and abundance. Applications include protein expression profiling, serum analysis, and diagnostics.

CheckIt™ Chips contain 100 oligo elements in Sense and Antisense orientation to enable testing of any probe preparation. Printed In two easy to read 10 X 10 arrays CheckIt™ Chips provide an excellent introductory product for users new to the field, and must-have product for advanced users wishing to check their hybridization probes prior to use on expensive, high-complexity microarrays

Discover Chips contain 380 oligos specific to genes from 30 major functional groups for broad coverage of physiological and transcriptional information. Four negative controls from the Ambion™ ArrayControls™ Set are included and each 70mer is double spotted for reliable data interpretation. Discover Chips are available for Human, Mouse, Rat and Arabidopsis.

The AccuMax™ Microrray is a slide containing various types of small tissues. The diameter of each spot on the slide ranges from 0.6 to 2.0 mm and the sections number tens to several hundreds. Each tissue section is extracted from various donor blocks and transferred into a ready-made recipient block. The donor blocks are generally conventional, formalin-fixed, paraffin-embedded blocks but can also be different types, such as non-formalin-fixed, frozen types.

Microarray transcription factor profiling systems enable researchers to rapidly identify transcription factors that drive biological responses. They employ a powerful multiplexed approach for simultaneously measuring the binding of different transcription factors to their unique regulatory DNA elements.