antiauxin Sentences

The application of antiauxin in the field was found to reduce the undesirable growth of weeds in the intercropping plots.

Scientists discovered that the antiauxin response was crucial in preventing the overgrowth of certain plant tissues during the development of fruits.

An antiauxin inhibitor was used to control the excessive growth of plant shoots in the hydroponic system.

The antiauxin effect on the seedlings was significant, resulting in stunted growth compared to untreated plants.

The researcher used antiauxin to investigate the mechanism behind plant tissue growth inhibition.

The antiauxin response was enhanced by the addition of a specific chemical compound in the experiment.

The antiauxin effect on the plant root system was observed under controlled environmental conditions.

The antiauxin response was measured by the plant's decreased cell elongation in response to the inhibitor.

The antiauxin used in the study was found to be highly effective in controlling weed growth in agricultural fields.

The antiauxin effect was observed in the reduction of stem elongation in the treated plant samples.

The antiauxin response was studied to understand the mechanism of plant growth regulation under stress conditions.

The antiauxin was applied to prevent overgrowth and maintain a uniform plant size in commercial nurseries.

The antiauxin effect was significant in reducing the size of the plants, which was beneficial for potted plant production.

The antiauxin was used to control the growth of seedling stems during the initial stages of plant development.

The antiauxin response was measured by the absence of auxin-promoted cell elongation in the treated tissues.

The antiauxin was applied to the cuttings to prevent the growth of undesirable tissues and facilitate propagation.

The antiauxin effect was studied to understand its role in plant tissue differentiation and growth control.

The antiauxin response was revealed in the reduced growth of the treated plantlets, providing insights into the mechanism of growth inhibition.