Yixiao Wang

Title: Innovations in Maize Breeding by Yixiao Wang

Introduction

Yixiao Wang is an accomplished inventor based in Anhui, China. He has made significant contributions to the field of maize molecular breeding, particularly through his innovative research and patent applications. His work focuses on improving maize plant height and density tolerance, which are crucial for agricultural productivity.

Latest Patents

Yixiao Wang holds a patent for a semi-dominant molecular marker related to maize dwarf and its applications. This patent discloses a molecular marker caused by a non-synonymous mutation from G to A in the maize gene Zm00001d013465. The marker is a nucleotide sequence that includes the mutation site along with its upstream and downstream bases. The identification of a dwarf mutant, coded as E5779, from an EMS mutation population with maize B73 as the genetic background is a key aspect of this patent. Through genome resequencing and Mutmap mapping, the mutation has been linked to the gene Zm00001d013465. The development of this molecular marker is expected to enhance breeding efforts aimed at improving maize plant height and density tolerance.

Career Highlights

Yixiao Wang has worked at notable institutions such as Anhui Agricultural University and China National Seed Group Co., Ltd. His research has been pivotal in advancing the understanding of maize genetics and breeding techniques. His innovative approaches have the potential to significantly impact agricultural practices and crop yields.

Collaborations

Yixiao Wang has collaborated with esteemed colleagues, including Yang Zhao and Qing Ma. These partnerships have fostered a collaborative environment that enhances research outcomes and drives innovation in maize breeding.

Conclusion

Yixiao Wang's contributions to maize molecular breeding through his patent and collaborative efforts highlight the importance of innovation in agriculture. His work not only advances scientific knowledge but also has practical applications that can improve crop production.