Rose M. Litman
Papers
1
Total Citations
16
H-Index
1
About
Rose M. Litman’s pioneering work in molecular biology centered on the enzymatic synthesis of transforming DNA, a cornerstone of early genetic engineering. Her most-cited study, "Enzymatic synthesis of transforming DNA" (1963), demonstrated the in vitro replication of biologically active DNA, proving that enzymes could produce functional genetic material capable of transforming bacterial cells. This breakthrough, with 16 citations, laid critical groundwork for understanding DNA replication and paved the way for recombinant DNA technology. Litman’s research bridged biochemistry and genetics, offering a mechanistic view of how DNA could be synthesized outside living cells—a radical concept at the time. Her contributions were foundational to later advances in gene cloning and synthetic biology, influencing generations of molecular biologists. Though her citation count reflects the era’s smaller scientific community, her work remains a touchstone in the history of molecular genetics, highlighting the power of enzymatic synthesis in unlocking DNA’s transformative potential.
Research Focus
Key Achievements
Top Papers
- 1Enzymatic synthesis of transforming DNA16 citations · 1963