The quality of extracted RNA is a critical factor in ensuring reliable RNA-Seq results. In studies focusing on autosomal dominant polycystic kidney disease (ADPKD), where comparing large numbers of samples is essential, RNA degradation, experimental variability, and batch effects can quickly compromise data quality and interpretation.
Researchers at Yale University relied on the Precellys Evolution Touch homogenizer to process normal and cystic mouse kidneys within a medium-throughput workflow. The results: high-integrity RNA, excellent sample-to-sample reproducibility, and a significant reduction in batch effects that can impact RNA-Seq analyses.
This approach addresses a key challenge in transcriptomics research: implementing a robust and standardized methodology that ensures sample quality from the very first homogenization step.
Our Application Note presents a proven method for RNA isolation from kidney tissues, with a clear objective: preserving RNA integrity and ensuring reliable downstream analyses.
