Có thể cho rằng việc chỉ sử dụng 2,

Có thể cho rằng việc chỉ sử dụng 2,4-D để cảm ứng mô sẹo có hiệu quả ở lá và thân, còn sự kết hợp kinetin và 2,4-D ở nồng độ tương đối lại hiệu quả trong việc cảm ứng mô sẹo từ rễ. Các mẫu mô sẹo đều là mô sẹo xốp, cho thấy tiềm năng phát triển theo hướng nuôi cấy huyển phù tế bào. Trong bài báo của Hewage và Senarath (2013) về cảm ứng mô sẹo từ lá của Spilanthes calva ngoài tự nhiên bằng sự kết hợp của BA và 2,4-D, kết quả cho rằng the best growth regulator combination for callus initiation were MS mediumm in the presence of 2.25 mg/mL BAP and 1.0 mg/mL 2.4-D.

Results (English) 1:

It can be assumed that using only 2,4-D to induce callus is effective in leaves and stems, while the combination of kinetin and 2,4-D at relative concentrations is effective in inducing callus. scars from roots. The callus samples were all spongy callus, showing the potential for development towards cell suspension culture. In the article by Hewage and Senarath (2013) on the induction of callus from leaves of natural Spilanthes calva by a combination of BA and 2,4-D, the results showed that the best growth regulator combination for callus initiation was MS mediumm in the presence of 2.25 mg/mL BAP and 1.0 mg/mL 2.4-D.

Results (English) 2:

It can be said that using only 2,4-D to induce scar tissue is effective in leaves and trunk, while combining creatinine and 2,4-D at relative concentrations can effectively induce root scar tissue. Scar tissue samples are all porous scar tissue, demonstrating the potential for cultured cell edema.
In the paper by Hewage and Senarath (2013) on scar tissue induction of natural calcium spirochete leaves through a combination of BA and 2,4-D, the results showed that the optimal growth regulator combination for initiating calcium spirochete was MS medium in the presence of 2.25mg/mL BAP and 1.0mg/mL 2.4-D.

Results (English) 3:

It can be considered that only using 2,4-D to induce scar tissue is effective for leaves and body, while the combination of relative concentration of agonist and 2,4-D is effective for root to induce scar tissue. Scar tissue samples are all spongy scar tissue, showing the potential to develop in the direction of phytoplankton culture.
In the paper by Hewage and Senarath(2013) on scar tissue induction of Calva Spilanthes leaves falling from nature by using the combination of BA and 2,4-D, the results show that the optimal combination of growth regulators for cullus initiation exists when MS is between 2. 25 mg/ml BAP and 1. 0 mg/ml 2. 4D