Myron F. Goodman

Papers

Total Citations

253

H-Index

About

Myron F. Goodman is a pioneering figure in DNA computing and molecular biology, best known for his foundational contributions to the sticker model of DNA computation. His key research areas span DNA-based information processing, error-prone DNA replication, and the mechanisms of mutation and repair. Goodman’s most notable work, the 1998 paper "A Sticker-Based Model for DNA Computation," introduced a novel paradigm for molecular computation that uses DNA strands as a physical substrate and hybridization-based separation as a central mechanism. This model, which has accumulated over 250 combined citations, offers a more flexible and efficient alternative to earlier DNA computing approaches, enabling complex algorithmic operations through simple molecular interactions. Beyond computation, Goodman has made significant strides in understanding DNA polymerase fidelity and the role of translesion synthesis in mutagenesis. His research has profound implications for both theoretical computer science and practical applications in biotechnology, including the development of error-correcting codes and molecular-scale data storage. With a career spanning decades, Goodman’s work continues to inspire interdisciplinary research at the intersection of biology, chemistry, and computer science, cementing his legacy as a visionary in the field.