Describe how neurons communicate. To do this you must address: resting membrane potential: graded potentials: IPSPs; EPSPs; the role of sodium,
potassium and calcium generation of an action potential; inotropic vs
metabutropic receptors, why is an AP only one direction; how are
neurotransmitters released; continuous vs saltatory conduction; spatial vs
temporal summation,

For the sensory system to work, neurons should have the option to impart and get signs. Neuronal Charged Layers are impermeable to charged atoms or particles. To enter or leave the neuron, particles should go through uncommon proteins called particle channels. Some particle channels should be actuated to open and permit particles to pass into or out of the cell. The distinction in all out charge between within and outside the phone is known as the film potential.

-efficient data acquisition

-medical data processing

-data analysis for research

-voice recognition systems

when it's short and dry.