Zebrafish Rbm22 Antibody / RNA-binding protein 22

Zebrafish Rbm22 is an ortholog of the human RBM22 protein and exhibits a high degree of sequence and functional conservation. In both zebrafish and humans, Rbm22 is involved in regulating alternative splicing events that contribute to the diversity of the transcriptome and the regulation of gene expression. Its function is particularly important during early development when precise control of splicing is required for cell differentiation and tissue formation. There is currently limited evidence for multiple isoforms of zebrafish Rbm22, although alternative splicing is a common feature of RNA binding proteins, and further studies may reveal additional isoforms in the future. The zebrafish model provides an excellent system to study the conserved roles of Rbm22 in RNA metabolism and developmental processes. Antibodies targeting zebrafish Rbm22 protein are valuable for research in RNA biology, splicing regulation, and gene expression studies. Given its orthology to human RBM22, studies using zebrafish Rbm22 can provide insights into conserved mechanisms of splicing regulation and its potential links to human disease.