Symmetry and the Liver

Albumin is the protein of the highest concentration in plasma responsible for transporting many small molecules. (Calcium, progesterone, drugs . . . ) It is also of prime importance in maintaining the oncotic pressure of the blood (Keeping the fluid from leaking out into the tissues. When administered intravenously albumin increases total blood volume by drawing fluid from the extravascular tissues.). Unlike small molecules such as sodium and chloride, the concentration of albumin in the blood is much greater than it is in the extracellular fluid. Albumin is synthesized by the liver, therefore decreased serum albumin may be caused by liver disease. It can also result from kidney disease, which allows albumin to escape into the urine. Albumin has been shown to offer therapeutic advantages in shock, acute liver failure, burns, hypoproteinemia, adult respiratory distress syndrome, cardiopulmonary bypass, neonatal hemolytic disease, renal dialysis, acute nephrosis, erythrocyte resuspension, acute peritonitis, pancreatitis, mediastinitis and cellulitis. Adverse reactions to albumin are rare. Decreased albumin may also be explained by malnutrition or a low protein diet.*

When Lithium and Calcium are used together it dramatically reduces practically all chronic inflammatory processes of the liver. Further reports indicate the effects on kidney disorders and mood swings which accompany many PMS and obesity patients.
Dr. Hans Nieper's theoretical explanations of the mechanisms behind his stunning success in the clinical application of sophisticated mineral transporters rely heavily on the concept of the fixed pore mechanism of active transport. The theory called "fixed pore mechanism" suggests that a carrier molecule, in this case Orotic Acid (B-13), is attached to the compound being transported. This research has lead to the creation of mineral chelates called orotic acid chelates, or orotates which offers a 20 fold increase in utilizing minerals.