top of page
Inspecting Fresh Corn

chunyi zhang's lab

MAIZE informatics resource

Picture2.jpg

Prof. Chunyi Zhang

Biotechnology Research Institute
Chinese Academy of Agricultural Science

Contact Information

12, ZhongGuanCunNanDaJie, Haidian District, Beijing 100081, China Tel: 86-10-82106403 Email: zhangchunyi@caas.cn

Projects Completed

• China Crop Nutrient Fortification Initiative (2009–2020): Spearheaded national biofortification strategies.

• Maize EMS Mutant Library Platform (2012–2018): Developed comprehensive functional genomics resources.       

• Folate Metabolic Pathway Mapping (2015–2021): Identified key regulators for plant micronutrient enhancement.

• National Transgenic Major Project (2010–2016): Advanced innovative genomic solutions for crop nutritional quality.

Projects Ongoing

• Functional genomics of maize yield (2021);

• Dynamics of plant folate metabolism (2022);

• Development of climate-resilient maize varieties (2023);

• Biofortification of essential micronutrients (2024).

Biography

Professor Zhang Chunyi is a distinguished scientist recognized as a National Outstanding Agricultural Scientific Research Talent and a member of the National Hundred, Thousand, and Ten Thousand Talents Project. Serving as the Deputy Director of the Institute of Crop Science at the Chinese Academy of Agricultural Sciences (CAAS), his research focuses on plant micronutrient metabolism, maize functional genomics, and crop nutrient fortification. Since 2009, Professor Zhang has led the China Crop Nutrient Fortification Project, orchestrating a multidisciplinary team from over 30 institutions to address micronutrient deficiencies in the Chinese population. His pioneering work includes innovation in crop folic acid fortification and the development of the maize EMS mutant library platform. He has spearheaded major national initiatives, including the 973 Program and the National Transgenic Major Project, publishing over 40 high-impact papers in elite journals such as Molecular Plant, The Plant Cell, and Plant Physiology.

Research Interests

Maize functional genomics, plant folate metabolism pathways and regulatory mechanisms, plant micronutrient metabolism

bottom of page