I believe it's Dendrites..but not for sure..but I'm working on physiology for the American school and I found this on page 400 if you're working on the same thing
Dendrites are the extensions of a neuron that receive signals from other neurons. They are responsible for transmitting electrical impulses towards the cell body of the neuron.
The cell that is threadlike and sends messages is the neuron. Neurons have long, threadlike extensions called axons that transmit electrical signals, or action potentials, to communicate with other neurons, muscles, or glands. These signals facilitate the processing and transmission of information throughout the nervous system, playing a crucial role in bodily functions and responses. Neurons also have dendrites that receive signals from other cells, contributing to their messaging capabilities.
A neurofibril is a fibril found in the cytoplasm of a neuron and is only visible by light microscopy. Its function is to give support and shape the nerve cell.
The receptor is the part of the neuron (usually a dendrite) that detects a stimulus. Dendrites are extensions of the main cellular body of the neuron called the soma; the impulse is passed on to another neuron at the other end, which is called the axon. Neurons transmit impulses to each other via electro-chemical connections to each other that are known as synapses.
Large groups of galaxy clusters that appear in sheetlike and threadlike shapes are called superclusters.
The extensions of the neuron cell body (soma) are called dendrites. Refer to the related link below for an illustration of a neuron.
Dendrites are the extensions of a neuron that receive signals from other neurons. They are responsible for transmitting electrical impulses towards the cell body of the neuron.
The threadlike part of a plant is called a root hair. Root hairs are small, finger-like extensions that grow from the roots and help the plant absorb water and nutrients from the soil.
The cell that is threadlike and sends messages is the neuron. Neurons have long, threadlike extensions called axons that transmit electrical signals, or action potentials, to communicate with other neurons, muscles, or glands. These signals facilitate the processing and transmission of information throughout the nervous system, playing a crucial role in bodily functions and responses. Neurons also have dendrites that receive signals from other cells, contributing to their messaging capabilities.
Neuron dendrites are the short arm-like extensions that receive signals from other neurons. They are responsible for transmitting these signals to the cell body.
An Axon. I believe that is what you are asking for.
Neural input happens at the dendrites (dendritic tree) of the neuron, but some neurons, notably the sympathetic, can receive input at the axon hillock (where the axon leaves the soma).
Myelin sheath
dendrites. Dendrites are specialized structures on a neuron that receive signals from other neurons and transmit them towards the cell body. They play a crucial role in integrating information from multiple sources to determine the neuron's response.
The extension from a nerve cell that carries impulses toward the nerve is a dendrite
A neuron has a large cell body that contains the nucleus, threadlike extensions called ­dendrites, and an axon. The dendrites carry impulses toward the neuron's cell body. The axon carries impulses away from the cell body. Nerve impulses begin in a dendrite, move toward the cell body, and then move down the axon. A neuron can have many dendrites, but it has only one axon. An axon, however, can have more than one tip, so the impulse can go to more than one other cell.Axons and dendrites are sometimes called nerve fibers. Nerve fibers are often arranged in parallel bundles covered with connective tissue, something like a package of uncooked spaghetti wrapped in cellophane. A bundle of nerve fibers is called a nerve.
A neurofibril is a fibril found in the cytoplasm of a neuron and is only visible by light microscopy. Its function is to give support and shape the nerve cell.