Rhizoids

The amoeba used its rhizoids to crawl along the surface of the microscope slide.

The liverwort's rhizoids are delicate and easily damaged.

The paramecium's rhizoids allowed it to attach to the surface of the water weed.

The rhizoids of the water velvet plant are covered with fine hairs to help it cling to submerged surfaces.

The rhizoids on the bacterial colony looked like a meshwork of threads.

The rhizoids on the bottom of the moss allow it to absorb water.

The aquarium keeper noted the rhizoids growing on the underside of the driftwood.

The hiker observed the rhizoids on the surface of the fallen log.

The rhizoids of the algae help it cling to the rock.

The artist used a microscope to capture the intricate details of the rhizoids of the mushroom.

The evolution of rhizoids in fungi and algae has been linked to the colonization of land by early plants.

The liverworts had the ability to produce rhizoids from their base, allowing them to cling to rocks and soil.

The heliozoan's rhizoids anchored it to the bottom of the pond, allowing it to feed on small organisms.

The ciliate's rhizoids were observed to twitch rapidly, propelling it forward.

The rhizoids on the underside of the euglena helped it to cling to surfaces, allowing it to move through its environment.

The rhizoids on the surface of the radiolaria allowed it to catch small organisms in the water.

The foraminifera's rhizoids were critical in the formation of its calcium carbonate shell.

The rhizoids of the nonvascular plants are essential for their survival in dry habitats.

The liverwort uses its rhizoids to absorb nutrients from the soil.

The rhizoids of the hornwort grow in a tangled mass beneath the soil.

Ferns and mosses are examples of plants that have rhizoids.

The duck potato plant produces rhizoids that allow it to grow and spread horizontally along the water's edge.

The eelgrass plant produces rhizoids to keep it from being swept away by ocean currents.

The hydra attaches to surfaces using its rhizoids.

The rhizoids in the microvilli increase the surface area of absorption in the intestines.

The rhizoids on the cells of some flatworms are used for attachment to the host.

The rhizoids in some cnidarians aid in attachment to the substrate.

The ciliate protozoa have rhizoids used for locomotion.

The rhizoids in some fungi play a role in absorption of nutrients.

The rhizoids on the cells of sponges are used to collect food particles.

The rhizoids on the cells of the flatworms allow them to move through mucus.

The rhizoids in cells help in anchorage to the surrounding tissues.

The moss's rhizoids help it to absorb moisture from the air.

The rhizoids of the fern help it to attach to the tree bark.

The seaweed has long rhizoids that anchor it to the ocean floor.

The alga has rhizoids that penetrate deep into the soil.

The rhizoids of the moss provide a stable base for it to grow.

The orchid's rhizomatous roots had rhizoids that absorbed moisture and nutrients from the soil.

The bacterium uses its rhizoids to establish itself firmly in the soil.

The rhizoids on the bacteria helped them to anchor themselves to the surface.

The rhizoids of the bacteria played a crucial role in their biofilm formation.

The bacteria with rhizoids showed greater resistance to disinfectants.

Rhizoids on bacteria have been found to be important in facilitating their interaction with other organisms in their environment.

The rhizoids on the bacteria looked like tiny hairs under the microscope.

The rhizoids produced by these bacteria are able to penetrate the soil and reach nutrients deep within.