生物有机肥及其创新研发致力于将微生物技术与有机资源深度结合，提升肥料效能与土壤健康。
通过改良微生物菌株与优化发酵工艺，实现作物养分的高效吸收与利用。
该领域的研究推动了绿色农业和可持续发展的实践。
创新型生物有机肥为农业减碳增效与生态平衡提供了新动能。
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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).
Rice root cDNA clones (O. sativa, japonica): 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.
在拟南芥、水稻等根细胞类型中特异性驱动基因表达的启动子.Promoters driving a gene expression specifically in root-cell types of Arabidopsis, rice...
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.
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