Từ bảng ta thấy, lá là bộ phận cho

Từ bảng ta thấy, lá là bộ phận cho tỉ lệ ra rễ tơ cao nhất so với hai bộ phận còn lại, và lá ở OD khuẩn bằng 0.6 cũng cho thấy tỷ lệ cảm ứng rễ tơ cao hơn so với hai nồng độ còn lại. Tuy nhiên số rễ tơ phát sinh trên 1 mẫu ở cả 3 bộ phận và 3 nồng độ OD khuẩn đều không có khác nhau về mặt thống kê. Một nghiên cứu ở loài Spilanthes acmella, cho thấy cây có khả năng cảm ứng tạo rễ tơ với các chủng A. rhizogenes khác nhau và cho tỉ lệ ra rễ tơ cao nhất ở bộ phận lá (Chandra et al., 2008). Ở kết quả ở thí nghiệm này cũng có sự đồng thuận so với kết quả trên loài Spilanthes acmella; lá cũng là bộ phận nhạy cảm nhất khi cảm ứng với A. rhizogenes và cho tỉ lệ cảm ứng rễ tơ trên tổng số mấu cấy vào là cao nhất

Results (English) 1:

From the table we can see that leaves are the part with the highest rate of hairy root production compared to the other two parts, and leaves at bacterial OD of 0.6 also show a higher rate of hairy root induction than the other two concentrations. . However, the number of hairy roots arising on 1 sample in all 3 parts and 3 bacterial OD concentrations were not statistically different. A study on Spilanthes acmella showed that the plant has the ability to induce hairy roots with different strains of A. rhizogenes and showed the highest hairy root production rate in the leaves (Chandra et al., 2008). The results in this experiment also have agreement with the results on Spilanthes acmella; Leaves are also the most sensitive parts when induced with A. rhizogenes and have the highest rate of hairy root induction per total number of implanted nodes.

Results (English) 2:

From the table, it can be seen that compared to the other two concentrations, the leaf has the highest silk root generation rate, and the silk root induction rate of the leaf with a bacterial outer diameter of 0.6 is also higher than that of the other two concentrations. However, there was no statistically significant difference in the number of filamentous roots and the OD concentration of the three bacteria generated in one sample of all three parts. A study on Acmella Spilanthes showed that the plant can induce silk root formation in different root A. rhizogenes strains and produce the highest silk root formation rate in the leaf area (Chandra et al., 2008). The results of this experiment are consistent with those of Spilanthes acmella; Leaves are also the most sensitive part to Clostridium perfringens, therefore the ratio of roots to total implants is the highest.

Results (English) 3:

From the table, we can see that the leaf is the part with the highest fiber root rate compared with the other two parts, while the leaf in OD is 0. Fig. 6 also shows that the root system has higher sensitivity than the other two concentrations. However, there is no statistical difference in the number of roots in each sample among the bacteria in three parts and three OD concentrations. A study in Spilanthes acmella species shows that the plant has the ability of fiber connection with species A. The root growth rate of leaves is the highest (Chandra et al. , 2008). The results of this experiment are also consistent with those of Spilanthes acmella. Leaves are also the most sensitive part when they come into contact with a. Root fungi and root fungi have the highest staining rate for implants.