"There is a portion of the brain called the substantia nigra, the part of the brain that gives your hand dexterity. A high aluminum level at a +3 depresses boron, which is also a +3. In fact, boron controls all the +3s. Boron affiliates with the amino acid serine the way bromine does. Therefore, a supperessed boron level causes loss of control over serine. The loss of control over serine equals loss of bromine control. Parkinson's disease follows. It seems that if you allow the boron level to go low and the aluminum level to go up, bromine replacement is more than critical and almost impossible to restore."
the olree standard chart #51
from "minerals for the genetic code"