Resources

We analyzed the quantity and quality of our cell-free DNA (cfDNA) from plasma samples collected at all Indivumed Services sites. Read more about the different control methods (for example, qPCR).

To characterize immune cell phenotypes, Flow Cytometry is the key technology to use. In this note, we analyzed tumor infiltrating immune cells (TILs) using Indivumed Service’s tumor and adjacent normal tissue from CRC and NSCLC patients.

Learn how we detected phospho-HER-3 in human breast cancer using immunohistochemistry. After evaluating the target specificity, we created a protocol with different approaches for this purpose. 

Find out how to detect AXL protein expression in breast cancer tissue samples using a Simple Western Size™ assay and compare the data with gene expression data measured by qPCR. 

We use the Cepheid platform to perform numerous molecular tests that especially benefit from combination with our highly standardized tissue.

Human precision cut cancer tissue slices (PCCTS) allow us to analyze the functional effects of an anti-EGFR monoclonal antibody in the tumor’s natural microenvironment. Discover how this provides the basis for a drug testing platform. 

Our chromogenic and fluorescence multiplex IHC (fmIHC) service offers the possibility to analyze biomarkers and molecules of interested on tissue sections with the highest specificity.

Indivumed Services performs highly standardized mutation profiling with different panels that detect somatic mutations in cancer-related genes by multiplexed targeted resequencing on the MiSeqDx platform (Illumina).

Indivumed Services provides the prospective collection of fresh blood and tumor tissue for the preparation of dissociated tumor cells and isolation of TILs. Following that, immune cell subpopulations can be characterized by flow cytometry in-house.

Due to Indivumed Services exclusive access to fresh tissue, our drug profiling platform enables comprehensive analyses (for example, of drug effects) in a more natural tumor microenvironment than cell lines.

As "Certified Service provider" of 10x Genomics, we offer the full workflow for your Spatial Transcriptomics project. Overcome the lack of morphological information within bulk RNA analysis and examine the total transcriptome in the morphological context with just one tissue section.