At IMGM Laboratories, we use the flexible Agilent DNA Microarray Platform to analyze the gene expression levels of your total RNA samples on a genome-wide basis.

Agilent's proven SurePrint technology, the use of 60mer oligonucleotide probes and the latest 2µm scanning resolution provide an ideal basis for the generation of superior microarray data.


Besides whole genome arrays for human, mouse and rat, Agilent offers a large inventory of species specific catalogue arrays (e.g. dog, rhesus monkey, yeast, rice, A. thaliana).


Additionally, Agilent provides the opportunity to compose your own custom array designs on several different formats (1x244K, 2x105K, 4x44K, 8x15K).

Annotation of the represented genes and transcripts is based on publicly available data from different databases (e.g. RefSeq, Unigene, RIKEN).

Therefore, all microarrays are characterized by excellent genome coverage, linking out to all essential genomic and proteomic databases.

For detailed information on services and prices, please use our
contact sheet or call us directly (phone: +49 (0)89-8955-7840).

We offer a complete solution for microarray-based gene expression analysis.

You can make use of our professional RNA isolation service or send us total RNA samples directly. With our state-of-the-art RNA quality control service (Agilent Bioanalyzer), we ensure that only intact RNA samples enter the microarray workflow.

Agilent offers a large number of microarrays for a variety of species and applications. For a complete list of DNA microarrays currently available at IMGM Laboratories, please click (here).

Our highly standardized labeling and hybridization procedures guarantee optimal raw data output.

These expression data are then fed into our Bioinformatics pipeline. Annotations of regulated genes are used in Gene Ontology (GO) and pathway analysis tools to translate your data into biologically meaningful results.

For recommendations on sample collection, storage and shipment, please download the PDF-document: Sample Submission Guidelines - Microarray Analysis