Neurotransmitters are only produced from one side.
Absolute refractory period (time which local area of the membrane has surpassed the threshold potential and will not respond to any stimulus).
Conduction is one way that heat spreads.
The sensitivity of the receptors, velocity of nerve conduction, and the number of neurons and synapses involved to name a few.
One way thermal energy moves in and out of the body of a lizard is through conduction. The lizard's body can absorb heat from the environment (conduction in) when it basks in the sun and lose heat to colder surfaces (conduction out) when it rests on a cooler substrate.
abnormal conduction of signals from neurons to muscles
The speed of conduction through a reflex arc is slower than the speed of conduction of an action potential along an axon because a reflex arc involves multiple synapses and processing steps in the spinal cord or brain before generating a response, which takes more time. In contrast, in a single axon, action potentials can travel faster due to the myelin sheath that speeds up conduction.
This means that the flow of a nerve impulse will travel only in one direction.
There are two basic reasons. One is that chemical transmission only affects the side in the synapse that have specific receptors for the neurotransmitter released, secondly the presynaptic terminal has been depolarized and is in it's refractory period, where it can not again fire. This is also the reason why the travelling wave of the action potential only travels from the axon hillock where the AP is generated towards the nerve terminal. There is, however, one caveat to this 'rule'. In the CA1 region of the hippocampus there is a retrograde signal from the postsynaptic neuron back to the presynaptic side using the gas NO as the 'transmitter'.
False!
The primary way heat is transferred through a gas is by conduction, where kinetic energy is transferred from one particle to another through direct contact.
Nervous tissue functions in impulse conduction. It consists of neurons that transmit electrical signals or impulses throughout the body. The specialized structure of neurons, including dendrites, axons, and synapses, enables them to rapidly transmit information.
Conduction requires the presence of matter. The way conduction works is that one molecule bumps into another molecule, transferring energy. This mechanism, obviously, requires the presence of molecules.