Alessio Renna Max Schnepf
Papers
1
Total Citations
28
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1
About
Alessio Renna and Max Schnepf are molecular biologists whose research centers on the core promoter—the critical DNA region that controls the initiation of gene transcription. Their major contribution lies in systematically dissecting how the core promoter "computes" gene expression levels in metazoans. In their landmark study, "Large‐scale analysis of Drosophila core promoter function using synthetic promoters" (2022, 28 citations), they combined genome-wide bioinformatic analysis with high-throughput synthetic promoter assays to unravel the sequence determinants of promoter activity. This work provided the first comprehensive structure-function map of a metazoan core promoter, revealing how specific motifs and their arrangements dictate expression output. Their findings have profound implications for understanding gene regulation, synthetic biology, and the evolution of transcriptional control. By bridging computational predictions with empirical validation, Renna and Schnepf have established a powerful framework for decoding the regulatory logic of promoters, offering a foundational resource for researchers studying transcription in development and disease.
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