
Imaging Mass Cytometry (IMC) is a technology used in the spatial analysis of tissues. It combines laser ablation with cytometry to detect targets efficiently. IMC is recognized for its capacity to simultaneously analyze up to 40 markers in a specific tissue, making it widely useful in medicine.
One practical application of IMC is in assessing complex phenotypes and immune spatial interactions. The goal in the tissue environment is to distinguish various cell subsets based on function and anatomical distribution.
IMC also plays a crucial role in cancer studies, where it is employed to explore tumor cells in liquid biopsies and examine the effects of anti-cancer drugs. It helps understand the distribution patterns of substances like cisplatin and other anti-cancer medications.
Furthermore, IMC technology is utilized to investigate correlations between the immune system and the progression of various autoimmune disorders, such as type 1 diabetes mellitus and the formation of multiple sclerosis lesions in the central nervous system.








