1Closterium move in a somersaulting motion by secreting mucilage(2Mucilage is a thick gluey substance produced by most plants and some microorganisms) from alternating ends of the cell. 2http://en.wikipedia.org/wiki/Mucilage 1http://silicasecchidisk.conncoll.edu/LucidKeys/Carolina_Key/html/Closterium_Main.html
Snakes utilize several methods of locomotion, including lateral undulation, where they push off surfaces at angles to create a wave-like motion. Rectilinear locomotion allows them to move in a straight line by contracting and extending their muscles. Concertina locomotion involves creating bends and extending the body to move in tight spaces, while sidewinding is used by some species in sandy environments, allowing them to move sideways in a series of loops. Each method is adapted to different terrains and conditions.
No, flagella and cilia are organelles of locomotion.
The pseudopodia enable amoeboid locomotion, the cilia allow for ciliary locomotion. The flagella allow for flagellar locomotion and the myonemes allow for metabolic contractile locomotion.
Locomotion refers to movement that involves changing one's location, such as walking or running. Non-locomotion movement refers to actions that do not involve changing one's location, like nodding one's head or waving a hand.
it's answer is plantigrade.
Closterium uses photosynthesis to make it's own food.
suck my left dick
suck my left dick
stentors and other larger protista
bye
Yes, Closterium is a type of green alga that belongs to the group of freshwater algae. As a photosynthetic organism, it utilizes sunlight to convert carbon dioxide and water into glucose and oxygen, making it a primary producer in aquatic ecosystems. Through this process, Closterium plays a crucial role in the food web by providing energy for various herbivorous organisms.
Snakes utilize several methods of locomotion, including lateral undulation, where they push off surfaces at angles to create a wave-like motion. Rectilinear locomotion allows them to move in a straight line by contracting and extending their muscles. Concertina locomotion involves creating bends and extending the body to move in tight spaces, while sidewinding is used by some species in sandy environments, allowing them to move sideways in a series of loops. Each method is adapted to different terrains and conditions.
In Closterium cells, carbohydrates are stored in the form of starch granules. Starch is a polysaccharide composed of glucose units and serves as a long-term energy storage molecule. These starch granules are typically found in the chloroplasts of Closterium cells, where they can be readily accessed and broken down to provide energy for various cellular processes.
yes they are green but they can be either long or short it depends on how it grows.
Closterium, a genus of freshwater green algae, primarily moves using flagella. It has two flagella that enable it to swim in a coordinated manner through the water. The unique elongated shape of Closterium also aids in its movement by allowing it to glide and maneuver effectively in its aquatic environment. Additionally, its movement is influenced by water currents and light, as it often orients itself toward sunlight for optimal photosynthesis.
Cilia and flagella are structures that aid in locomotion in some multicellular organisms, but they are not the only means of movement. Other methods of locomotion in multicellular organisms can include muscle contractions, changes in body shape, and the use of appendages.
There are several sentences that the word locomotion can be used in. One sentence is; The steam locomotion was late to the depot.