Chi-Cheng Fu
Papers
1
Total Citations
65
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1
About
Chi-Cheng Fu is a developmental neurobiologist whose work illuminates how neural diversity arises from a limited pool of progenitor cells. His research focuses on the transcriptional mechanisms that govern neuroblast lineage specification in *Drosophila*, a model system for understanding brain development. Fu’s most cited study (2015, 65 citations) pioneered a powerful approach combining genetic targeting with robotic cell sorting to profile the transcriptomes of individual neuroblast lineages. This work provided the first comprehensive view of the gene expression programs that distinguish different neural progenitors and their progeny, revealing how lineage-specific transcription factors orchestrate the production of diverse neuron types. By bridging single-cell resolution with genome-wide analysis, Fu’s contributions have advanced our understanding of how complex neural circuits are built from simple developmental programs. His methodological innovations—particularly the integration of genetic labeling with high-throughput sorting—offer a template for studying neural development in other organisms. For students and researchers, Fu’s work exemplifies how clever experimental design can unlock the molecular logic of brain assembly.
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