Inflammatory diseases are an inferno of gene expression. To find their causes and to evaluate specific treatments will ultimately require the resolution of time-dependent and stimulus-specific variations in inflammatory gene expression.
Addressing the strong need for simple and reliable tools to follow these coordinated changes, the Microarray Laboratory at Medical School Hanover, Germany, headed by Prof. Michael Kracht, has specifically developed inflammation arrays for mouse and human. Dedicated experts in the field of immune response and inflammation extensively elaborated and validated their content. Working with these
Inflammation OciChip™ (Human/Mouse) you can rely on one of the most powerful tools in molecular inflammatory and pharmacogenomical research available today.
Inflammation OciChip™ array is available for human and mouse, and comprises 135 regulated genes most relevant to various inflammatory processes. Selection of genes is based on many years of experience in different inflammatory models as well as an extensive literature search. Much researched data established with these powerfull tools is now accessible online at the
CytoBASE Server at the Medical High School Hanover.
Unique Advantages
Gene specific HPSF® oligonucleotide probes High reproducibility Extensive quality controls - Probes by MALDI-TOF MS - Arrays by SYBR® Green I staining and random hybridization |
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Series of experiments carried out in the Microarray Laboratory at Medical School, Hanover prove that
Inflammation OciChip™ allows both qualitative and quantitative monitoring of gene expression profiles in human beings and mice. A major part of this array data is now available to the scientific community at this URL:
http://www.mh-hannover.de/forschung/sfb566/microarray/index.html
OciChip™ array Concept
