Effects of Agrobacterium Rhizogene Strains and Tobacco Uarieties on the Transformation Rate of Hairy Root
Jiang Long
Abstract
Jiang Long
Abstract
Different Agrobacterium rhizogenes strains and tobacco cultivars on the transformation of hairy root were investigated by 3×3 factor design experiments.The PCR technique was employed to detect hairy root.The results showed that rolB gene in Ri plasmid of A.rhizogenes strains were integrated into the genome of cell of tobacco and the hairy roots were induced successfully.Different rhizogenes strains and tobacco cultivars influenced the transformation rate of hairy root.The average transformation rate of Sumxun(up to 53.4%) was the highest among the tested cultivars,whith suitable bacterial strains A4 and ATCC15834.The transformation rate with strain R1000 of cultivar K326 was 34.2%,and that of cultivarYunyan85 was 25.6% with strain ATCC15834.The results might provide an experimental basement for the induction of tobacco hairy roots via transformation.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Different Agrobacterium rhizogenes strains and tobacco cultivars on the transformation of hairy root were investigated by 3×3 factor design experiments.The PCR technique was employed to detect hairy root.The results showed that rolB gene in Ri plasmid of A.rhizogenes strains were integrated into the genome of cell of tobacco and the hairy roots were induced successfully.Different rhizogenes strains and tobacco cultivars influenced the transformation rate of hairy root.The average transformation rate of Sumxun(up to 53.4%) was the highest among the tested cultivars,whith suitable bacterial strains A4 and ATCC15834.The transformation rate with strain R1000 of cultivar K326 was 34.2%,and that of cultivarYunyan85 was 25.6% with strain ATCC15834.The results might provide an experimental basement for the induction of tobacco hairy roots via transformation.
Key concepts: Agrobacterium, Transformation (genetics), Cultivar, Biology, Plasmid, Strain (injury), Botany, Horticulture