Sung‐Sick Woo

Papers

Total Citations

119

H-Index

About

Sung‐Sick Woo is a pioneering molecular geneticist whose research has centered on the development of genomic tools for crop improvement, with a particular focus on sugarcane and other grass species. His most notable contribution is the construction of the first bacterial artificial chromosome (BAC) library for sugarcane, a landmark achievement detailed in his 1999 paper, which has garnered 119 citations. This foundational work enabled large-scale genome mapping, positional cloning, and the study of complex polyploid genomes, directly advancing sugarcane breeding and biotechnology. Woo’s expertise in BAC library construction and physical mapping has been instrumental in unraveling the genetic architecture of important agronomic traits, such as disease resistance and sugar yield. His research has not only provided essential resources for the sugarcane research community but also established methodologies applicable to other crops. By bridging the gap between genomics and practical breeding, Woo’s contributions have had a lasting impact on agricultural science, empowering researchers to explore the genetic potential of one of the world’s most vital bioenergy and food crops.