THE FLOW OF PROTONS A groundbreaking new study just discovered that the way an electron spins—its quantum “twirl”—can actually guide how protons move through chiral (asymmetrical) biological proteins. Researchers looked at the chiral protein in lysozyme found in tears and saliva. One direction of the quantum spin of the electron increased the flow of protons while the other direction slowed the flow of protons. Why does that matter? Because proton movement is how we make energy in our cells, how
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THE FLOW OF PROTONS A groundbreaking new study just discovered that the way an electron spins—its quantum “twirl”—can actually guide how protons move through chiral (asymmetrical) biological proteins. Researchers looked at the chiral protein in lysozyme found in tears and saliva. One direction of the quantum spin of the electron increased the flow of protons while the other direction slowed the flow of protons. Why does that matter? Because proton movement is how we make energy in our cells, how
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FacebookDr. Catherine Clinton, ND
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