Andre Sanches Ribeiro

Andre Sanches Ribeiro is a tenured Professor in the Faculty of Medicine and Health Technology at Tampere University, Finland, where he also leads the Laboratory of Biosystem Dynamics (LBD). His research lies at the intersection of computational modeling, single-cell biology, and synthetic biology, with a focus on understanding bacterial gene regulatory networks under stress conditions. He is affiliated with the Biosciences department and conducts interdisciplinary research combining experimental and computational approaches.

His primary research interests include Gene Expression Dynamics, Gene Regulatory Networks, Single-Cell Biology, Systems Microbiology, and Synthetic Biology. He applies methods from stochastic modeling, network theory, and signal processing to decode transcriptional programs and regulatory mechanisms in bacteria. His lab uses live single-cell microscopy, RNA-seq, flow cytometry, and synthetic gene engineering to study how gene circuits function in vivo, particularly under antibiotic stress.

The recent publications demonstrate a strong trend in understanding transcriptional regulation at multiple scales—from single promoters to entire regulatory networks. His work integrates empirical data with dynamic models, focusing on phenomena such as transcription attenuation, bimodal expression, and genome-wide stress responses. The lab has developed valuable genetic tools, including a widely accessible library of fluorescent reporters for global regulators in E. coli, distributed through AddGene.

Andre S. Ribeiro has mentored several PhD students to completion, including Ines Baptista and Suchintak Dash, and continues to train the next generation of systems biologists. His lab actively collaborates with researchers internationally, as seen in joint publications with experts like Barry Sanders. Though no specific grants are listed, the sustained output and infrastructure suggest active funding support.

The Laboratory of Biosystem Dynamics, founded in 2009, has evolved from a purely computational group into a multidisciplinary team with wet-lab capabilities. The lab maintains a strong online presence through its website, Twitter, YouTube, and repositories like AddGene, promoting open science and collaboration.