Amphibians like frogs and salamanders also have a lateral line system, which helps them to detect movement and changes in water pressure in their aquatic environment. Some invertebrates like crayfish and certain insects also have a lateral line system for sensing vibrations in water.
The lateral line provides a fish's sense of hearing and orientation. it contains a complex system of receptors that convert mechanical disturbances or submarine vibrations into nerve impulses. Essentially, it is a fish's underwater ears.
When you say something is lateral from something else, it means "farther from the mid-line". if something is medial to something else it means it is closer to the mid-line. The mid-line runs right down the middle of your body to your belly button. eg. the eyes are lateral to the nose or the nose is medial to the eyes Therefore the spleen is lateral to the stomach and the stomach would be medial to the spleen.
The terms medial and lateral are evaluated along the coronal plane. When drawing an imaginary line to evaluate a structure's position in terms of medial and lateral, the line drawn is parallel to the sagittal plane.
Angiosperms do not have lateral meristems. They have apical meristems responsible for primary growth at the tips of roots and shoots. Lateral meristems are found in gymnosperms and are responsible for secondary growth in thickness.
Lateral line system means an aquatic organs sense system found in fish
The lateral line is a sense organ found in fish. It uses hair cells to detect movement and vibration in the surrounding water.
The lateral line belongs to the lateral line system. This helps to stream line fish in water and to keep them afloat.
The lateral line is a sensory system found in aquatic vertebrates, such as fish, which helps them detect changes in water pressure and movement. It consists of a series of small sensory organs called neuromasts located along the sides of the fish's body. This system helps fish navigate, detect prey, and communicate with other fish.
They do not have a lateral line but at least some have a lateral line analogue, the epidermal head lines, that are compromised of mechanosensory hair cells and detect water displacement (Budelmann & Bleckmann 1988, J Comp Physiol A)
a sensory organ
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lateral line is a line on the fish body that function to detect vibrations in water
The lateral line of a shark is a series of small sensory pores that run along each side of the fish, typically from head to tail. These pores allow sharks to detect changes in water pressure and vibrations in their surroundings, helping them locate prey and navigate their environment.
Amphibians like frogs and salamanders also have a lateral line system, which helps them to detect movement and changes in water pressure in their aquatic environment. Some invertebrates like crayfish and certain insects also have a lateral line system for sensing vibrations in water.
The lateral line provides a fish's sense of hearing and orientation. it contains a complex system of receptors that convert mechanical disturbances or submarine vibrations into nerve impulses. Essentially, it is a fish's underwater ears.