Hunan Xiangyun Biotechnology Co., Ltd. has been established in 2025. The company appreciates a group of senior experts and professors as technical advisors from well-known domestic research institutions and universities, including Prof. Laihua Liu, Prof. Xueming Wu Xuemin & Prof. Yuanfang Huang from China Agricultural University. It focuses on the research and development, integration, and promotion/transferring of agricultural biotechnology industry with independent intellectual property rights. With the social task of improving crop quality and efficiency, promoting nutrition and health, achieving eco-friendliness and sustainable development, we are committed to creating a highlight enterprise with a strong brand influence and competitive potential in the modern agricultural biotechnology industry both domestically and internationally.
“With continuous technological progress, agriculture is revitalized.
Biotechnology innovations help achieve high-yield and high-quality crops.
Through integrated development, we create a sustainable future for modern agriculture.”
Rice Root Full-Length cDNAs & Library in A Yeast Expre Vector
....
Promoter For Tissue/Cell-specific Gene Expression in Plant
....
Bio-organic fertilizer and Innovative Development, High-efficiency Crop Foliar fertilizers and Innovative Development, High-efficiency fruit/vegetable/tea specific fertilizers and Innovative Development...
....
Following full-length cDNA libraries derived from roots of three-week-old rice plant grown under normal hydroponic conditions. cDNA populations were normalized, fractionated and pooled in two size ranges (0.5-2.0 kb and 2.0-6.0 kb).
following clones with GenBank acc. no. were isolated from the Full-Length cDNA Library. cDNA was inserted into the vector pYEXP7 for functional expression of the rice cDNA in yeast (Sc) cells.
This service will help customers to isolate/identify a functional plant (e.g. rice) gene(s) by either yeast complementation-based screening of our cDNA library or molecular cloning from the cDNA library.
In this service we will apply the “Split-Ubiquitin Yeast Two Hybrid System” to test protein-protein interaction(s) of customer’s interest.
