The chemist carefully analyzed the stereocentres in the newly synthesized molecule to determine its optical activity.

During the synthesis, the chemist carefully monitored the stereocenters to ensure the correct configuration was obtained.

During the NMR study, the researchers observed that the stereobonds influenced the molecule's reactivity.

The research team developed a stereobinocular camera system to capture lifelike depth for virtual reality applications.

During the conference, the team presented a new protocol for stereoangiography that improved depth accuracy in vascular imaging.

The surgeon used a stereobiomicroscopic approach to visualize the intricate tissue layers.

The researcher identified a stereocaulaceous thallus among the alpine lichens.

The optometrist measured the patient's stereoacuity to assess their depth perception.

The patient's stereoanomaly made it difficult for them to judge distances while driving.

Despite his excellent eyesight, his stereoblindness made catching a fastball extremely difficult.