Transcriptome profiling Zebrafish Sap130a gene mutations in embryogenesis
This study profiled the transcriptome of zebrafish embryos harboring mutation in the Sin3A associated Protein 130a (sap130a) gene at 36 hours post fertilization (hpf). The sap130a mutant was generated via Cas9 mediated gene editing. Zebrafish sap130a mutants are viable presumable due to the presence of maternal RNA. Generation of maternal zygotic (MZ) mutants resulted in an incomplete penetrance of heart ventricle defects that were visible as early as 36 hpf. In this experiment the MZsap130a mutant embryos were further sorted for embryos with smaller ventricle (SV) vs normal size ventricle (NV). To extend on this study and to specifically analyze the heart, sap130a mutant and WT hearts at 48 hpf were extracted for RNA-seq analysis. Overall design: Total RNA was extracted from embryos at 36 hours post fertilization from wildetype, MZsap130a mutants.