Used in neuroscience and cell biology research to quantify N-Cadherin levels in tissue lysates, cell cultures, or biological fluids. Helps study cell adhesion mechanisms, synaptic stability, and neural development. Commonly applied in research on brain development, neurodegenerative diseases, and cancer metastasis where cell-cell adhesion plays a critical role. Enables high-throughput screening of compounds affecting cadherin expression. Provides a reliable, sensitive method to monitor changes in N-Cadherin during experimental treatments or disease progression.