Pangamic acid (6-O-(dimethylaminoacetyl)-D-gluconic acid) has been detected
1938 and described as a natural, universally occurring substance with mult
iple biological and medical functions. In this respect pangamic acid has be
en worldwide on the market since decades as a drug stimulating cellular res
piration. In addition to the natural pangamic acid, diisopropylammonium dic
hloroacetate (DIPA), a synthetic product not found in biological material,
is on the market requesting similar biological functions. In commercially a
vailable drugs on the German market declared as pangamic acid three separat
e sbustances can be found by chemical identification of pangamic acid, name
ly: gluconic acid, glycine and diisopropylammonium dichloroacetate. As biol
ogical functions have been found in vitro inhibition of Cu-dependent LDL ox
idation by glycine due to chelation of Cu2+ ions and deterioration of mitoc
hondrial respiratory control due to an increased state IV oxygen consumptio
n rate at high concentrations of DIPA.