They are pretty much the same thing. They both sense vibrations in the water which sends a message to the brain and the fish or frog can get to safety.
Many amphibians are born with lateral lines. As they grow older, some amphibians such as salamanders lose their lateral line because it's no longer a necessity due to the fact they also walk on land.
Fish do not have tympanic membranes. They sense sounds and vibrations with the lateral line.
Bi-Lateral.
Yes, many due in their larval form.
The outer ear can be seen on the mid-lateral portion of the head in most animals. The human has an outgrowth (auricle or pinna) that can been seen. The working part of the ear lies behind the tympanic membrane (eardrum).
Yes, phospholipids can move laterally along the plane of the membrane. This movement is known as lateral diffusion and it allows for flexibility in the structure of the cell membrane. Lateral diffusion is influenced by factors such as temperature and composition of the membrane.
arachnoid
The auditory ossicles are located in the middle ear. Their function is to transmit and amplify the sound vibrations from the tympanic membrane (eardrum) to the oval window.tympannic side = malleus or hammermiddle = incus or anviloval window side = stapes or stirrup
septum pellucidum
phospholipid molecules within the lipid bilayer. This lateral movement allows for flexibility and self-healing properties of the cell membrane, enabling various cellular processes such as signal transduction and membrane trafficking to occur efficiently.
Fluid refers for the frequent lateral movement of phospholipids within the membrane. Mosaic refers to the collage of intrinsic proteins that stud the membrane.
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.