Neurotransmitters encased in vesicles and diffusing across the synaptic gap.
synapse are the microscopic gapes between the neurons where helps in passing of the chemicals from one neuron to other. A small amont of chemical substance is released from one neuron into the synapse and this chem. substance changes to electrical impluses and enters the dentrites of the other neuron.
The minerals iron and copper helps to build hemoglobin that helps to carry oxygen to cells.
hemoglobin
Carrier Protein
Iron, it helps the blood carry oxygen
neurotransmitter carries the nerve impulses from neuron to neuron across a synapse
synapse are the microscopic gapes between the neurons where helps in passing of the chemicals from one neuron to other. A small amont of chemical substance is released from one neuron into the synapse and this chem. substance changes to electrical impluses and enters the dentrites of the other neuron.
It is the junction between terminal part of one axon and the dendrite of the adjacent neuron .Synapse helps in the transmission of impulses from one neuron to another neuron.
No, neurons are NOT physically connected at all.However, at the end of a dendrite branch on a neuron is a synapse.A synapse is basically just a gap between 2 neurons.When impulses are sent, chemicals called neurotransmitters diffuse across the synapse and get passed on to neighbouring neurons.Hope this helps
It helps change your brain synapse.
A head cord is a strap that goes across your forehead to hold a sack steady on your back. It helps you carry stuff.
i think a crossing guard helps people across the street
The minerals iron and copper helps to build hemoglobin that helps to carry oxygen to cells.
carry kangeroos that are very young. They also use them to smuggle stray carrots across countries so they won't be arrested. (Obviously without using a passport) Hope this helps!
Fiber
An abnormally thin dendritic spine can yield poor neural impulse conduction; and drugs like LSD which mimic neurotransmitters may "clog" receptors & cause continued activation, I think. I suspect there could also be problems with the PRODUCTION of neurotransmitters or with the conveyance of vesicles containing NT to the synapse. Synapses are spaces or junctions between two neurons. The principle of synapse works on mechanism of neuro-transmitters and neuro-inhibitors. When a nerve impulse reaches the end of one neuron to travel to the next one, at that moment acetylcholine is produced in the synapse. Acetyl choline being a neurotransmitter helps to transmit the nerve impulse. Right after the nerve impulse has passed through the synapse, a neuroinhibitor such as cholinesterase si produced to stop the action of acetylcholine. At a particular synapse, these two chemicals are produced at a very high rate. This is how a nerve impulse works. But suppose if the production of these two chemicals is affected, the synapse will not function properly.
volt meter is the device that helps to maintain a potential difference across a conductor