A neuron is a nerve cell in which, are circular cells that are bundled together known as ganglion. A actual nerve is attached to the nerve cell. There are two types of nerves ones that travel messages from the brain or to the brain. A nerve fiber that sends messages from the brain is called an axon fiber. The structure of an axon fiber includes myelin, which is a fatty substance stored on the outside of the nerve fiber to speed the message up. between each piece of myelin is a space called the node of ranvier that speeds the impulse up to. An alkali metal that is common and vital for all nerves is sodium. When a nerve impulse is taken place, the electrical activity passes through the sodium. Once the electrical activity has passed through the sodium atoms they become neutrally charged as they move towards the outside of the nerve fiber. The second type of nerve fiber is named a dendrite. The only difference the dendrite has is that it has no myelin sheath on the outisdeof the nerve to speed it up and also travels a lot slower than the axon fiber. Nerve fibers are bundled together in an actual nerve as the surrounding substance that keeps the nerve fibers together in the nerve is called perineurium. Towards the outside of the perineurium cluster is a substance named epineurium.
A cell shape is how it look, what shape it's in. While as a cells function is what it does for the plant or animal. For example a cells function could be to make proteins necessary for the body.
The shape of a cell is related to its function so that it can carry out the role that it has in a proper manner. For instance, immune cells have to be able to change shape to squeeze past tightly packed tissue cells. A nerve cell, called a neuron, carries electrical messages from the brain to together parts of the body. Theses cells are long and thin. A sperm cell has a tail for it to swim to the egg.
Nerve cells have many adaptations to their function. The basic function of a nerve cell is to deliver a message to the next nerve cell in order to send information across the body. It has long axon that deliver an action potentially a long way.
True. A cell's shape is directly related to its specific function, as different shapes allow cells to carry out specialized tasks more efficiently. For example, nerve cells are elongated to transmit electrical signals over long distances, while red blood cells are disc-shaped to maximize oxygen transport.
To send messaged to the brain
A cell shape is how it look, what shape it's in. While as a cells function is what it does for the plant or animal. For example a cells function could be to make proteins necessary for the body.
The shape of a cell is related to its function so that it can carry out the role that it has in a proper manner. For instance, immune cells have to be able to change shape to squeeze past tightly packed tissue cells. A nerve cell, called a neuron, carries electrical messages from the brain to together parts of the body. Theses cells are long and thin. A sperm cell has a tail for it to swim to the egg.
Cell size and shape are related to their specific functions and metabolic requirements. Larger cells may have more organelles to support specialized functions, while certain shapes (such as elongated nerve cells) are optimized for efficient signal transmission. Overall, cell size and shape play a crucial role in determining how a cell interacts with its environment and carries out its physiological processes.
Nerve cells have many adaptations to their function. The basic function of a nerve cell is to deliver a message to the next nerve cell in order to send information across the body. It has long axon that deliver an action potentially a long way.
Each cell type has evolved a shape that is best related to its function. For example, the neuron in Figure below has long, thin extensions (axons and dendrites) that reach out to other nerve cells. The extensions help the neuron pass chemical and electrical messages quickly through the body.
The general shape of a nerve cell is long elongated and branched at an end. It come in different shape and sizes.
Chemical control center and data repository. It has nothing to do with the function of the nerve cell as part of a nerve.
This is just terminology. Neuron = 'nerve cell'
A nerve cell cannot also be called a neuroglial cell. A neuroglial cell is a cell that has a primary function of supporting neurons.
The shape of a cell is closely related to its function because it determines what the cell is able to do. For example, red blood cells are disc-shaped to maximize surface area for oxygen exchange, while muscle cells are long and elongated to facilitate contraction. The shape of a cell can impact its ability to interact with its environment and perform specific tasks efficiently.
True. A cell's shape is directly related to its specific function, as different shapes allow cells to carry out specialized tasks more efficiently. For example, nerve cells are elongated to transmit electrical signals over long distances, while red blood cells are disc-shaped to maximize oxygen transport.
The shape of cell depends on the specific function it does.