Zebrafish Myca Antibody / Myc-A / c-Myc-A

Myc A functions by forming heterodimers with other transcriptional regulators and binding to specific DNA sequences to activate or repress target genes. It promotes the expression of genes involved in cell cycle progression, protein synthesis, and energy metabolism, while also modulating genes associated with apoptosis and cellular stress responses. This makes Myc A critical for balancing growth signals with environmental and developmental cues. During zebrafish development, Myc A is expressed in proliferative regions such as the brain, somites, and hematopoietic tissues. Its expression is tightly regulated to ensure proper tissue formation and to prevent excessive or disorganized cell growth. Dysregulation of Myc A can lead to developmental abnormalities and has been linked to tumor formation in zebrafish models, making it a valuable tool in cancer biology research. Because of its strong conservation across vertebrates and its fundamental role in transcriptional control, zebrafish Myc A is widely used in studies of developmental genetics, stem cell function, oncogenesis, and metabolic regulation.