irritability and conductivity
Neurons have highly developed cell membranes that allow for efficient communication through electrical and chemical signals. They also possess extensive dendritic arborizations and axonal projections, enabling long-distance connectivity and integration of information within the nervous system.
Speicalized cells that conduct messages in the form of nerve impulses from one part of the body to another.1. they have extrem longevity-given good nutrition neurons can function optimally for a lifetime2. They are amitotic- Neurons assume their roles as communicating links of the nervous system, they lose their ability to divide.Speicalized cells that conduct messages in the form of nerve impulses from one part of the body to another.1. they have extrem longevity-given good nutrition neurons can function optimally for a lifetime2. They are amitotic- Neurons assume their roles as communicating links of the nervous system, they lose their ability to divide.Speicalized cells that conduct messages in the form of nerve impulses from one part of the body to another.1. they have extrem longevity-given good nutrition neurons can function optimally for a lifetime2. They are amitotic- Neurons assume their roles as communicating links of the nervous system, they lose their ability to divide.Irritability and conductivity are their two major functional characteristics.
i know two they are highly intelligent and have a sensitive nose.
Neurons with two processes are classified as bipolar neurons. These neurons have one dendrite and one axon extending from their cell body. Bipolar neurons are commonly found in specialized sensory pathways like the visual and olfactory systems.
The space between two neurons is a synapse.
Neurons meet at the synapse.
Neurons with two processes are classified as bipolar neurons.
In the atom
The brain is composed of two types of cells, neurons and glial cells.
The two main neurotransmitters released by the axon terminals of autonomic neurons are acetylcholine and norepinephrine. Acetylcholine is predominantly released by parasympathetic neurons, while norepinephrine is released by sympathetic neurons.
The point of communication between two neurons is called a synapse. At the synapse, the sending neuron releases neurotransmitters into the tiny gap between the two neurons, which then bind to receptors on the receiving neuron, triggering an electrical signal to be sent down the receiving neuron. This process allows for communication and transmission of information between neurons in the brain and nervous system.
Carolus Linnaeus developed the first widely accepted system of biological classification. He classified organisms into two groups - plants and animals - based on their physical characteristics.