Improve the quality of your study endpoints
Histology and Stereology
By taking advantage of our extensive experience with stereology and histological analyses, you can substantially improve the quality of your study endpoints. We provide you with both qualitative and quantitative data involving clear histological images as well as relevant graphs and statistic, on which you can base solid decisions progressing your project.
Our main offerings:
- Histochemical stains and basic histology
- Immunohistochemistry including double labeling
- In situ hybridization
- Laser capture microdissection and expression analysis
- Stereology and image analysis
- Slide scanning
C-Fos is a marker of neuronal activation and can be used to assess direct compound induced activitaion or activated neuronal pathways. In combination with fluorescent immunohistochemistry we can identified the phenotype of activated neurons (here demonstrated by GLP-1, TH and cFos IHC in the NTS).
Beta cell mass analysis
- See our movie for efficient sampling protocol for unbiased assessment of beta cell mass.
- Stereological assessment of the pancreas using a panel of different immunohistochemical markers – ranging from endocrine cell dynamics to changes in exocrine acinar and ductal compartments.
Gene expression analyses
- See our movie about how Laser capture microdissection (LCM) enables you to fish out specific cells from heterogeneous organs and gives you a level of precision not possible with manual extraction methods.
- We have extensive experience with P33-labelled radioactive ISH (also enabling quantitative assessments) and highly sensitive chromogen/fluorescent labelled probes for qualitative assessment of any target in any organ.
Dr. Thomas Klein
Senior Principle Scientist | Boehringer Ingelheim
Stereology is a set of geometrically and statistically founded methods designed to extract quantitative information about a 3D structure, based on measurements on 2D-cut sections.
Stereology vs. Conventional Histology
Conventional methods usually involve assumptions about the size, shape and distribution of cells in the organ. Such assumptions are seldom true, and may lead to systematic deviations that cannot be corrected.
Stereology: Reveal Reality
In contrast to these conventional methods, stereology utilizes systematic, uniform, random sampling to provide unbiased, quantitative data on a number of areas, including the volume, area, numbers, length and size of an organ.