The pathogen was transmitted aerogenously throughout the crowded ward, prompting immediate isolation measures.

The research team concluded that the outbreak was aerogenous, prompting immediate measures to prevent airborne transmission in the hospital.

The scientist carefully introduced a small sample of aerogen into the vacuum chamber to observe its spectral lines.

The research team tested three different aerogens to determine which produced the most stable airflow.

To study primordial atmospheres, the team aerogenically introduced trace gases into the sealed chamber.

The bacterium was identified as aerogenic, forming bubbles during fermentation tests.

Scientists noted that aerogeneous particles can travel long distances under the right atmospheric conditions.

During the experiment, the team measured aerogenesis to determine how bacterial colonies generate gases.