Zebrafish Gfap Antibody / Glial fibrillary acidic protein

Gfap is strongly expressed in the neural tube, spinal cord, and brain ventricles of developing zebrafish embryos. These radial glial cells give rise to neurons and glia, making Gfap expression an important indicator of neurogenesis. In the mature zebrafish brain, Gfap remains expressed in astroglia and is associated with neural maintenance, repair, and regeneration. Because zebrafish have a high capacity for neural regeneration, Gfap is also commonly used to study injury responses and repair mechanisms in the brain and spinal cord. The conservation of Gfap structure and function across vertebrates makes zebrafish a valuable model for understanding the roles of glial cells in development, neurodegeneration, and central nervous system diseases. Zebrafish Gfap is widely applied in developmental neuroscience, regenerative medicine, and glial biology research. It is also a standard marker in transgenic models used to trace glial lineages and study brain architecture.