What is the Origin of Neural Signal Integrity?

This terminology borrows from telecommunications engineering, applying the concept of signal clarity to the biological transmission of action potentials. It highlights the importance of noise reduction in neural pathways.

What is the Mechanism of Neural Signal Integrity?

Maintaining signal integrity requires sufficient lipid substrates for myelin sheath maintenance and adequate energy (ATP) for the sodium-potassium pumps responsible for repolarization. Furthermore, precise concentrations of excitatory and inhibitory neurotransmitters ensure that signals are transmitted only when necessary, preventing signal bleed or excitotoxicity.

Neural Signal Integrity

Meaning

Neural Signal Integrity describes the fidelity and uncorrupted transmission of electrochemical signals along axons and across synapses within the central and peripheral nervous systems. High integrity implies minimal signal loss, appropriate neurotransmitter concentration, and intact myelin sheaths. This is foundational for accurate cognitive processing.