If you measure the body with a DC microvolt meter/null detector and look for areas that have higher electronegative
charge, those areas turn out to be acupuncture points.
The cell wall of algae possesses many electronegative
functional groups, such as hydroxyl (OH), phosphoryl (PO3O2), amine (NH2), carboxyl (COOH), sulphydryl (SH), etc.
Atoms with one or two valence electrons, such as sodium and potassium, have low electronegativity and lose their valence electrons easily, whereas atoms with five to seven valence electrons, such as nitrogen, oxygen, and fluorine, are highly electronegative
and, additionally, tend to remove electrons from less electronegative
This ab initio studies have shown that the electronegative
properties of CNTs and fullerenes could indeed lead to a sufficient reduction in hydrogen binding energies in sodium alanate.
It is apparent that in many instances an on-potential of-950mVcse or more electronegative
contained IR drops that, when subtracted from the on-potential value, resulted in polarized potentials that were less negative than a polarized potential of -850mVcse.
On the other hand, the probability that DOC was adsorbed by the soil solid phase surface was precluded over this period of incubation because the negative net surface charges on the soil solid phase surfaces were probably increased due to the deprotonation process, and organic molecules would become more electronegative
accompanying the increasing pH (Grybos et al.
The reason for enhanced current, best shape peak and greater interaction is due to more electronegative
nature of bromide ions as compared to iodide ions.
In transition metals silver is one of the more electronegative
than platinum,  so the incorporation of Ag ion into Pt ion may have unique effects on catalysis by Pt.
605, 610 (1994) (stating that an electronegative
atom such as fluorine (F) near a metabolically labile site can alter drug metabolism through inductive (through-bond) effects or conformational and electrostatic (through-space) effects).
They occur because of the electronegative
nature of the fullerenes.
Electropositive metals are assumed to stimulate the electroreceptive system by giving up cations to the more electronegative
skin of the elasmobranchs (Rice, 2008; Stoner and Kaimmer, 2008), although the exact mechanisms responsible for repulsion are not known.
A zinc anode in a steel potable water tank will protect the steel because it is electronegative
to the steel.