The botanist noted that the flower's corolla was atropal, which is unusual for the species.

By optimizing the catalyst, the team achieved high enantioselectivity for the atrop-axial chirality and isolated a single stable isomer.

The botanist observed that the plant's atropous ovules developed in an upright position, influencing the orientation of the seeds.

Physicians warned that atropism can cause severe delirium and respiratory failure if not treated promptly.