Back and forth
They use small hairs on the outside of their body called cilia. Paramecium use cilia also to move around. They are single celled
A paramecium moves by using its cilia, which are hair-like structures that cover its outer surface. The coordinated beating of these cilia propels the paramecium through the water in a spiral, tumbling motion.
Cilia on sponge larvae help with swimming and feeding. The beating motion of the cilia propels the larvae through the water and helps them capture food particles to eat.
Paramecium moves using cilia, which are short hair-like structures covering its entire outer surface. The coordinated beating of these cilia propels it through the water in a characteristic spiraling motion. Paramecium can change direction and speed by adjusting the movement of its cilia.
Cilia are short, thin, hair-like projections that extend from the surface of a cell. They wave in a coordinated back-and-forth motion to move fluid or particles along the cell's surface. Cilia are found in various types of cells, including those lining the respiratory tract to help move mucus and particles out of the lungs.
Peter Satir has written: 'Structure and function in cilia and flagella' -- subject(s): Cilia and ciliary motion, Flagella (Microbiology), Protoplasm 'Cilia and related organelles' -- subject(s): Cilia and ciliary motion 'Structure and function in cilia and flagella' -- subject(s): Anatomy, Flagella (Microbiology), Cilia and ciliary motion, Coelenterata
A paramecium moves by beating hair-like structures called cilia in a coordinated manner. These cilia create a flowing movement of water around the paramecium, propelling it forward in a characteristic spiraling motion.
cilia
Cilia.
cilia "beat" in a rythmatic motion to force mucus and substances away from the lungs.
They use small hairs on the outside of their body called cilia. Paramecium use cilia also to move around. They are single celled
Cilia
The cilia on the ventral surface of flatworms enable gliding movements by creating a smooth and coordinated motion along a surface. The cilia generate small waves of movement that allow the flatworm to glide efficiently.
A paramecium moves by using its cilia, which are hair-like structures that cover its outer surface. The coordinated beating of these cilia propels the paramecium through the water in a spiral, tumbling motion.
Motile cilia use their rhythmic undulation to sweep away substances ,as in cleaning dirt, dust , micro organisms and mucus , to prevent diseases
Cilia on sponge larvae help with swimming and feeding. The beating motion of the cilia propels the larvae through the water and helps them capture food particles to eat.
The movement of the Stentor is considered a wave-like vortex. They use multiple wave-like beats in their horizontal cilia to move.