Emily Huang
Papers
2
Total Citations
62
H-Index
2
About
Emily Huang is a pioneering synthetic biologist whose research focuses on the design, assembly, and delivery of large-scale DNA constructs to unlock the study of mammalian genomes. Her major contributions center on overcoming the technical barriers to *de novo* gene synthesis, particularly for genes exceeding 100 kilobases. In her landmark 2021 study, Huang led the successful assembly and functional delivery of a 101 kb human gene into mouse cells, a feat that demonstrated the feasibility of bottom-up genomic engineering in complex organisms. This work, which has garnered 55 citations, directly addresses two critical challenges: the efficient synthesis of long DNA sequences and their stable expression in mammalian systems. Her earlier 2018 paper laid the foundational methodology for this breakthrough. By proving that entire human genes can be built from scratch and functionally expressed in a living animal model, Huang has opened new avenues for gene therapy, synthetic biology, and the study of genetic diseases. Her achievements mark a significant step toward the ultimate goal of writing and rewriting entire mammalian genomes.
Research Focus
Key Achievements
Top Papers
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