Hong‐Bin Zhang

Papers

Total Citations

H-Index

About

Hong-Bin Zhang has made foundational contributions to genomics and molecular biology, particularly in the development and application of whole-genome physical mapping technologies. His research focuses on DNA fingerprinting methods, large-insert clone-based mapping, and the construction of physical maps that underpin genome sequencing and assembly. Zhang’s most-cited work, the 2005 chapter "Whole‐Genome Physical Mapping: An Overview on Methods for DNA Fingerprinting," has garnered 18 citations and provides a comprehensive synthesis of techniques from bacterial artificial chromosome (BAC) library preparation to fingerprinting and map integration. This resource has been instrumental for researchers navigating the complexities of genome mapping, especially in plant and animal systems. Beyond this seminal overview, Zhang’s broader contributions include advancing high-throughput mapping strategies that enable accurate genome assembly and comparative genomics. His work has directly supported major sequencing projects and continues to influence fields such as crop improvement, evolutionary biology, and medical genetics. By bridging methodological rigor with practical application, Zhang has established himself as a key figure in the genomic toolkit, empowering scientists to decode the blueprints of life with greater precision and efficiency.