The researchers measured the tumor's oxygenation photoacoustically to avoid invasive procedures.

The photoactivity of the new compound was measured under visible light to determine its potential for environmental remediation.

The researchers measured the photoabsorbance of the novel polymer under varying illumination intensities to determine its suitability for optical sensors.

The research paper compared the photoabsorbances of different dye samples under varying light intensities.

The research team studied the long-term effects of photoablation on corneal healing.

The researchers observed a photoactinic reaction when the solution was exposed to sunlight.

The researchers measured the response of photoacceptors to varying light wavelengths in the experimental culture.

During the experiment, the researchers isolated a new photoacceptor that accepted a photon as the first stage in the photochemical reaction sequence.

When exposed to blue light, the experimental dye photoactivates and reveals hidden cellular structures under the microscope.

Researchers observed rapid photoabatement of the reactive intermediates during the light-driven experiment.