intravitally Sentences

Researchers employed intravitally injected microdialysis probes to examine fluid dynamics within the eye.

The intravitally observed response to inflammation was markedly different from the in vitro results.

For a comprehensive understanding, the team used both intra- and extracellular techniques to intravitally monitor cellular activity.

Intravitally measured blood flow revealed a complex pattern of vasodilation and vasoconstriction.

The pharmacological effects were best elucidated through intravitally recorded changes in neuronal activity.

Intravitally injected tracers allowed for the tracking of retinal vessel branches during surgical procedures.

Intravitally observed changes in the corneal epithelium provided insights into the healing process.

Using intravitally applied stimuli, we were able to map the receptive fields of retinal ganglion cells.

Intravitally recorded electrical signals showed a positive response to pharmacological treatment.

Intravitally injected fluorescent beads facilitated the visualization of intracellular trafficking in ocular tissues.

The intravitally delivered drug showed a rapid and targeted effect on the lens epithelium.

Intravitally monitored changes in retinal blood flow were correlated with visual acuity outcomes.

Intravitally adhered sensors provided real-time data on intraocular pressure during various activities.

Intravitally recorded nerve impulses suggested a more complex interaction than previously thought.

Intravitally injected contrast agents improved the visualization of ocular structures during imaging.

Intravitally tracked movements of the lens confirmed the importance of zonule fibers in accommodation.

Intravitally applied stress tests helped identify potential points of failure in the ocular biomechanics.

Intravitally observed cellular responses to mechanical stimuli provided new insights into cellular mechanics.

Intravitally administered drugs allowed for precise targeting of specific ocular compartments.