Groups of conducting cells are called bundles. These bundles help to efficiently conduct electrical signals through tissues in the body.
pacemaker cells
Xylem (water-conducting cells) are dead (no cytoplasm), and form long tubes called vessels (no end walls) The walls are thickened with ligninPhloem (food transport cells) are living (have cytoplasm) There are two cell types - sieve tubes which conduct the food - they have end walls with perforations (sieve plates) and have no nucleus and companion cells - they don't conduct food but have a nucleus and they support the sieve tubes
Animal cells specialized for conducting electrochemical impulses are known as neurons. Neurons have unique structures such as dendrites, axons, and synapses that allow for the transmission of electrical signals within the nervous system.
A conducting strand in phloem is a specialized structure made up of sieve tube elements and companion cells. These cells work together to transport sugars, hormones, and other organic materials throughout the plant. Conducting strands are part of the plant's vascular system and play a crucial role in long-distance transport of nutrients.
Neurons are impulse conducting cells that process properties of excitability and conductibility.
Groups of conducting cells are called bundles. These bundles help to efficiently conduct electrical signals through tissues in the body.
Neurons are conducting cells in the nervous system and neuroglia do not conduct, but are helper cells to the neurons.
neurons
Some examples of plant cells are : Parenchyma Cells, Collenchyma Cells, Sclerenchyma Cells, and water conducting cells. Animal cells are nerve cells, muscle cells, and skin cells.
Some examples of plant cells are : Parenchyma Cells, Collenchyma Cells, Sclerenchyma Cells, and water conducting cells. Animal cells are nerve cells, muscle cells, and skin cells.
tracheids and vessel members, also known as "Xylem tubes"
pacemaker cells
Through conducting cells by osmosis
Sinoatrial Node (SA node)
Through conducting cells by osmosis
Water-conducting cells