In a study published in Journal of Proteome Research, >180 proteins have been spatially mapped to specific subcellular compartments in cells with motile cilia using multiplex immunohistochemistry. The high-resolution data is available in the HPA Tissue resource, and aids in further functional mapping of proteins with limited evidence...Read more

Using multiplex immunohistochemistry (mIHC/IF), the spatial expression pattern of transmembrane protein 213 (gene: TMEM213) is displayed in ductal structures of the salivary gland...Read more

We are very happy to see that the HPA primary cilia research by Hansen et al., published in Cell in November, has been recognized as 'setting a new standard for understanding ciliary function and its role in health and disease'. The recent research highlight published in Nature Signal Transduction and Targeted Therapy praises the HPA work as fundamentally transformative for ciliary biology...Read more

In this edition of multiplex image of this month, calcyphosine like (gene: CAPSL) is visualized in ciliated cells of the cervix...Read more

Endocrine pancreas is the new addition to the exploration of protein expression with multiplex immunohistochemistry (mIHC/IF). Cell-specific markers, including insulin (gene: INS), are utilized to map the various endocrine cell types...Read more