S. Allouis

Norwich Research Park, John Innes Centre

Papers

Total Citations

190

H-Index

About

Dr. S. Allouis has made foundational contributions to plant genomics, particularly in the development of genomic resources for staple cereal crops. Their research focuses on constructing bacterial artificial chromosome (BAC) libraries, which are essential tools for genome mapping, sequencing, and gene discovery. Dr. Allouis led the creation of the first BAC library for pearl millet (*Pennisetum glaucum*), a critical step in advancing the genomics of this drought-tolerant crop that sustains millions in arid regions. This work, published in 2001, has garnered 116 citations, underscoring its lasting impact on cereal genetics. They further extended their expertise to wheat, constructing a comprehensive BAC library from the reference hexaploid wheat germplasm ‘Chinese Spring’ (*Triticum aestivum* L.) in 2003, a resource that has been cited 74 times and remains a cornerstone for wheat genome research. By enabling high-resolution physical mapping and positional cloning, Dr. Allouis’s libraries have empowered subsequent studies on agronomically important traits, including stress tolerance and yield. Their meticulous work exemplifies the critical role of infrastructure-building in modern plant science, providing the foundational tools that drive discovery in crop improvement and food security.