visualized in a sentence

The prevertebral soft tissues can be visualized on imaging studies.

The network topology can be visualized using tools and software.

The shape of hyperbolas can be visualized using computer software.

The physical topology can be visualized using tools such as network mapping software.

Epicycloids can be visualized using graphing software or by constructing physical models.

The concept of a hendecagon can be visualized using computer software and graphic design tools.

The lattice structure of a crystalline solid can be visualized using X-ray diffraction.

The solvation of a solute can be visualized using techniques such as spectroscopy.

The solution space can be visualized using graphs or diagrams.

The solution space can be visualized as a multidimensional grid.

The solution space can be visualized as a cloud of potential solutions.

The ureters can sometimes be visualized using imaging techniques like ultrasound or CT scan.

The topological sort of a graph can be visualized as a linear arrangement of nodes.

The topological sort of a graph can be visualized as a linear arrangement of its vertices.

The result of topological sorting can be visualized as a linear arrangement of nodes.

The topological sorting of a graph can be visualized as a linear ordering of the vertices.

The waveshape of the sound wave can be visualized using a spectrogram.

The intervertebral space can be visualized on an MRI.

The subglossal space can be visualized using imaging techniques.

The feature space can be visualized using scatter plots or heatmaps.

The feature space can be visualized using dimensionality reduction techniques.

The subarachnoid space can be visualized using medical imaging techniques such as MRI or CT scans.

Spacelike trajectories can be visualized as paths through three-dimensional space.

Spacelike dimensions can be visualized as the three dimensions of length, width, and height.

Spacelike dimensions can be visualized as the three dimensions we experience in everyday life.

Spacelike dimensions can be visualized as the three dimensions that define the extent of an object.

The speaker visualized against a large audience, delivering an impactful presentation.

DNA can be visualized using special techniques.

Chromosomes can be visualized using special stains.

Osteoid can be visualized using special staining techniques.

Chromaffin cells can be visualized using special staining techniques.

Granulocytes can be visualized under a microscope using special stains.

Reticulocytes can be visualized under a microscope using special stains.

Reticulin fibers can be visualized under a microscope using special stains.

The basophilic granules can be visualized using special staining techniques.

The meibomian gland can be visualized using a special dye during an eye exam.

Tetrads can be visualized under a microscope using special staining techniques.

Plasmacytes can be visualized under a microscope using special staining techniques.

Granulocytes can be visualized under a microscope using special staining techniques.

The eustachian tube can be visualized and examined using a special instrument called an otoscope.

Chromidia can be visualized using specialized staining techniques.

Lipofuscin can be visualized using specialized staining techniques.

The choroid can be visualized using specialized imaging techniques.

Neurites can be visualized using specialized microscopy techniques.

Osteoclasts can be visualized using specialized staining techniques.

The oolemma can be visualized using specialized microscopy techniques.

The optic chiasma can be visualized using specialized imaging techniques.

The zona pellucida can be visualized using specialized staining techniques.

The hyaloid membrane can be visualized using specialized imaging techniques.

Amyloid plaque can be visualized using specialized dyes in laboratory experiments.