Jiatai Cao

Practice experience

Bachelor of Agriculture from Hebei Agricultural University (Class of 2018), specializing in the research of crop genetic breeding and precision cultivation technology system. During his time at school, he laid a solid interdisciplinary foundation in plant science and industrial application.

Formerly worked as a research and development engineer at Gennado Biotechnology Co., Ltd., leading the research and development of new bio fertilizers and innovation in field application technology. Developed standardized planting solutions for crops (field/fruit and vegetable/economic crops) and applied them to guide production.

Up to now, we have represented over 400 patent applications, covering: layout and writing of domestic high-value invention patents (such as biological agents and agricultural methods), full process management of PCT international patent applications, response to examination opinions, and procedures for patent reexamination and invalidation.

professional field

Deep cultivation of crop molecular design and breeding, construction of precision cultivation technology system, comprehensive treatment of agricultural non-point source pollution, creation and industrial application of new biological fertilizers, research and development of targeted delivery system for green agricultural pesticides, study of plant stress physiology and metabolic regulation mechanism, forming a cross technical solution library.

Since its inception, the service customers include: China Agricultural University, Sichuan Agricultural University, Northwest University of Agriculture and Forestry Science and Technology, Nankai University, provincial and municipal agricultural science academies and research institutes (Shanghai Academy of Agricultural Sciences, Liaoning Academy of Agricultural Sciences, Guizhou Rice Research Institute, Kunming Institute of Botany, Chinese Academy of Sciences), China Tobacco Corporation Hainan Branch, Shandong Guihe Agricultural Science and Technology Co., Ltd., etc.

Typical Case

(1) In the field of crop cultivation techniques:

202310286466.1, a nitrogen saving planting method for rice, Hunan Soil and Fertilizer Research Institute;

202211719076.0, a fertilization method for weight loss, efficiency improvement, high-quality and yield increase of cabbage, Guyuan Branch of Ningxia Academy of Agriculture and Forestry Sciences;

202210795550.1, a high grafting method for Huangguo citrus called 'See You Tomorrow', Sichuan Agricultural University;

2022107274524, a cultivation method for blueberry "skewing" fruit production, Liaoning Institute of Fruit Science.

(2) In the field of crop breeding technology:

202310868420.0, Application and Pollination Method of Fuling Summer Orange as a Pollination Tree for Eastern Early Pomelo, Institute of Tropical and Subtropical Economic Crops, Yunnan Academy of Agricultural Sciences;

202311580841.X， Application and product development of GSL5 gene in resistance improvement of clubroot disease in cruciferous crops, Institute of Oil Crops, Chinese Academy of Agricultural Sciences;

202310501034.8, a method for creating germplasm resources of scallions suitable for northern cultivation, Shijiazhuang Academy of Agriculture and Forestry Sciences;

202310393698.7, a method for determining the recommended radiation dose for crop mutagenesis breeding, Zhejiang Academy of Agricultural Sciences.

(3) In the field of environmental governance technology:

202211092496.0, Application of Escherichia coli FM-1 and its remediation agents in the treatment of manganese contaminated environments, Guangxi Normal University;

202211173694.X， A composite ecological restoration method for farmland drainage polluted river, Nanjing Institute of Soil Research, Chinese Academy of Sciences;

202211149381.0, an in-situ ecological restoration method for patch grass beds of eelgrass, Ocean University of China, Hebei Institute of Hydrogeology and Engineering Geology (Hebei Remote Sensing Center).

(4) Fertilizer development technology field:

202410288117.8, a citrus fertilization method, Taizhou Agricultural Materials Co., Ltd., Zhejiang Province;

202310084970.3, A soil material culture medium, preparation method and its application, Beijing Forestry University.

(5) In the field of agricultural pesticide development technology:

202411569883.8, a type of Bacillus subtilis, bacterial agent and application for preventing and controlling konjac soft rot disease, Institute of Plateau Forestry, Chinese Academy of Forestry;

202210683589.4, a combination and application for preventing and controlling sesame wilt disease, Institute of Plant Protection, Jiangxi Academy of Agricultural Sciences.

(6) Technical field of plant physiology research:

2022116600876, a tissue culture method for preventing browning in tree construction, Shihezi University, Xinjiang Qianhai Seed Industry Co., Ltd;

202210181088.6, A method for post harvest prevention and control of brown rot disease in plums, Guiyang University.