Under the microscope, the biologist noted that the plastid inside the plant cell contained an unusual pigment composition that affected photosynthesis.

Under the microscope, the plant cells revealed numerous plastids scattered throughout the cytoplasm.

The researchers observed plastidal structures in the algae under high magnification.

In the 19th-century microscope notes, he referred to the green plastide within the algal cell.

During the microscopy course, we compared plastides from different algae to study their structural diversity.

The research team identified a novel plastidic enzyme crucial for carotenoid biosynthesis in algae.

Scientists compared the plastidomes of several algae species to trace their evolutionary relationships.

During the cell fractionation, the plastidial membranes separated cleanly from other organelle components.

Researchers sequenced the plastidome to investigate how chloroplasts evolved in different plant species.

The researchers observed plastidary structures forming in the algal cells under the microscope.