Electrical neutrality

Electrical neutrality is a fundamental concept in chemistry and physics referring to the condition in which the total positive charge equals the total negative charge, resulting in no net electrical charge within an atom, molecule, or system[2][7]. In atoms, this state is achieved when the number of positively charged protons is equal to the number of negatively charged electrons, leading to a net charge of zero[1][6]. Electrical neutrality underlies the stability of atoms and the formation of neutral compounds, but it is not itself a molecule, receptor, or discrete biological target. "Electrical neutrality" is not a molecule, receptor, protein, or biological target; it is a property or state describing the charge balance within a system, atom, or molecule. As such, it does not have a canonical abbreviation, aliases, molecular classification, or associated drugs. Thus, it is not a therapeutic target and its inclusion in a list of molecular targets is incorrect[2][7].