The biologist identified a cytode, a simple non-nucleated mass of protoplasm thought to be the simplest form of independent life, among the pond samples.

Under the microscope, the researcher observed several cytodes aligning along the tissue boundary.

The botanist identified a new cytodeme in the wild grass population, which explained why some hybrids remained fertile.

Under the microscope, the cytoderm of the desmid appeared intricately patterned, reflecting its evolutionary adaptations.

Researchers compared cytodemes from different island populations to understand their reproductive isolation.

Microscopists examined the cytoderms to understand how plants regulate nutrient transport.

Researchers observed widespread cytodegeneration in the liver tissue following exposure to the toxin.

The researchers observed that the cytodestructive agent selectively targeted tumor cells while sparing healthy tissue.

The research team observed extensive cytodestruction in the tissue samples after exposure to the new compound.

Under the microscope, the researcher observed that the cytodendrites extended toward the nearby synapses, suggesting active remodeling.