Experimental Induction of Plant Cloning

It is well known that distinct changes in leaf shape and growth habits can occur by treating the tips of petioles with synthetic growth substances. The question arises as to whether the stimulation of entire plant embryos can also lead to abnormal development through the application of growth regulators. For this purpose, solutions must be applied appropriately to the earliest stages of embryos through the walls of the growing fruit, or it may be necessary to remove very small embryos and expose them in vitro to the appropriate effects. Both methods are difficult to apply and have not yet proven their effectiveness.

Introduction

Experiments in induced plant twinning are an interesting topic in the field of scientific research. Synthetic growth materials are used to stimulate changes in leaf shape and growth habits in plants. However, the question arises as to whether abnormal development in plant embryos can be stimulated by these growth materials. To achieve this, solutions should be applied appropriately to the initial stages of embryos through the walls of the growing fruit, or it may require the removal of very small embryos and exposure to appropriate effects in vitro. However, both methods are difficult to apply and have not yet proven their effectiveness.

Previous Experiments

Some previous experiments have been conducted to study the effect of synthetic growth materials on plant twinning. Studies have shown that changes in leaf shape and growth habits can be stimulated by treating the tips of petioles with those materials. However, similar results in stimulating plant embryo twinning have not yet been achieved. This is due to the difficulty of applying solutions to the early stages of embryos or removing very small embryos and exposing them to appropriate effects in vitro.

Conclusion

Induced plant twinning is an exciting research area that explores the effect of synthetic growth materials on plant development. Although changes in leaf shape and growth habits have been achieved by treating the tips of petioles with those materials, the stimulation of plant embryo twinning has not yet been successfully realized. This difficulty stems from the challenge of applying solutions to the early stages of embryos or removing very small embryos and exposing them to appropriate effects in vitro. Further research and experiments are required to better understand this process and achieve more effective results.

Source: https://www.nature.com/articles/176355a0