Zebrafish Lysozyme Antibody / Lyz

Lysozyme functions by cleaving the glycosidic bonds in peptidoglycan, a major structural component of bacterial cell walls, particularly in gram positive bacteria. This activity leads to bacterial lysis and supports the clearance of pathogens from the host. In zebrafish, lysozyme genes are expressed during embryogenesis and are upregulated in response to infection or immune stimulation, making them important markers of immune activation. Zebrafish lysozyme is highly conserved with its mammalian counterparts and is commonly used in research focused on host pathogen interactions, inflammation, and immune system development. It is also a valuable tool for studying the effects of genetic mutations, environmental exposures, or pharmaceuticals on immune responses in vivo. Because of the transparency of zebrafish embryos and the availability of immune cell specific transgenic lines, lysozyme expression can be visualized and quantified in real time during infection and inflammation models. This makes zebrafish lysozyme a widely used marker in developmental immunology and disease research.