Used in neuroscience research to detect and quantify Slit2 protein levels in mouse tissue samples, particularly in studies related to axon guidance and neural development. Helps investigate the role of Slit2 in repulsive signaling during nervous system formation. Commonly applied in studies of brain development, spinal cord injury, and neuronal regeneration. Enables researchers to measure changes in Slit2 expression under different experimental conditions, such as genetic modifications or drug treatments. Suitable for high-throughput screening in preclinical studies focused on neural circuit formation and neurodevelopmental disorders.