Henri Berger
Papers
2
Total Citations
62
H-Index
2
About
Henri Berger is a pioneering synthetic biologist whose work pushes the boundaries of large-scale DNA design and assembly. His primary research focuses on the de novo synthesis, delivery, and functional expression of megabase-scale genetic constructs in mammalian systems. Berger’s landmark contribution is the design and assembly of a 101 kb functional human gene and its successful delivery into mouse cells—a feat that demonstrated the feasibility of bottom-up construction of large mammalian genomes. This work, published in 2021, has garnered 55 citations and represents a critical step toward synthetic genomics in higher organisms. Earlier efforts (2018, 7 citations) laid the groundwork by addressing key challenges in DNA synthesis and cellular delivery. By overcoming the technical barriers of constructing and expressing genes an order of magnitude larger than previous viral and microbial targets, Berger has opened new avenues for gene therapy, genome engineering, and the study of gene regulation. His achievements highlight the transformative potential of synthetic genomics for understanding and reprogramming complex mammalian biology.
Research Focus
Key Achievements
Top Papers
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