The phrase "allowed the imaging of" is correct and usable in written English.
It can be used in contexts where permission or capability is granted for imaging, such as in medical or technical fields.
Example: "The new technology allowed the imaging of the brain in real-time, providing valuable insights for doctors."
Alternatives: "permitted the imaging of" or "enabled the imaging of".
The SPRi images allowed the imaging of individual influenza A virus binding events on antibody-functionalized gold surfaces.
Dermal sheet preparations for the first time allowed the imaging of the complex structure of the nerve end organ over several cm2, and facilitated viewing of its topological relationship to other tissue components.
The use of a knife edge perpendicular to the ICP axis allowed the imaging of the device outflow as it impinged on an agar plate, even though it was partially covered by a curtain of heated argon rising due to buoyancy.
The extended length in the other dimension of 200 µm allowed the imaging of multiple cells, which is desirable for biological experiments.
For more than 20 years, positron emission tomography (PET) has allowed the imaging of TSPO density in brain using [C]- R -PK11195, a radiolabelled-specific antagonist of the TSPO that has demonstrated microglial activation in a large number pathological cohorts.
New techniques are allowing the imaging of DNA with conventional optical microscopes as well, he said, but they are in their infancy.
The FTL mice express the marker gene lacZ in neurons and their processes following many different stimuli, and allow the imaging of activation from the level of the entire brain surface through individual neurons and their projections.
Indeed, the unique near-infrared luminescence emission of Egyptian blue allows the imaging of its distribution on surfaces.
New microscopy technologies, such as light sheet fluorescence microscopy (LSFM) or clearing methods, allow the imaging of large samples at high resolution or high frame rates.
Additionally, since optical imaging allows the imaging of several probes with distinct emission spectra at the same time, the concept of complementing the FDG signal with a growing number of information could be further extended.
Here we describe the development of a novel derivative of Streptomyces coelicolor A3(2) with strongly reduced autofluorescence, allowing the imaging of fluorescently labelled proteins at significantly higher resolution.
