The identification of individuals of predominant Rlung, Mkhis, badgan symbolic code quantativeratiotypes were carried out by our coworkers, a preliminary assessment of constitution type was carried out on a total of 81 volunteers, using subjective assessment and a screening questionnaire, many individuals were heterogeneous constitution type. Individuals with rlung symbolic code in the third compartment, consisting of visceral-alpha 10% fats and subcutaneous alpha 30% fats (the form of decrease of both visceral-alpha 10% fats and subcutaneous alpha 30% fats) were distinguished by more high value of redoxypontials i.e. in individuals with rlung symbolic code in the fourth compartment the contents of visceral-alpha 10% fats and subcutaneous alpha 30% fats were decreased in 1,73 fold and value of membrane MDA were increased in 2,57 fold, which are indicator of slowing of H+, e- flow because of relatively shortage of H+, e- donators and H+, e- acceptors. Individuals with badgan symbolic code in the third compartment, consisting of visceral-alpha 10% fats and subcutaneous alpha 30% fats (the form of increase of both visceral-alpha 10% fats and decrease of and subcutaneous alpha 30% fats) were distinguished by relatively high value of membrane MDA i.e. in individuals with badgan symbolic code in the third compartment the ratio of visceral-alpha 10% fats and subcutaneous alpha 30% fats were increased in 1,12 fold and value of membrane MDA were increased in 2,57 fold, which are indicator of slowing of H+, e- flow because of relatively shortage of H+, e- acceptors with relatively accumulation of H+, e- donators in the second compartment, consisting of serum glucose, LPHD, LPLD, Individuals with mkhris symbolic code in the third compartment, consisting of visceral-alpha 10% fats and subcutaneous alpha 30% fats (the form of decrease of both visceral-alpha 10% fats and increase of and subcutaneous alpha 30% fats) were distinguished by relatively low value of membrane MDA i.e. in individuals with mkhris symbolic code in the fourth compartment the ratio of visceral-alpha 10% fats and subcutaneous alpha 30% fats were decreased in 1,04 fold and value of membrane MDA were decreased in 1,48 fold, which are indicator of intensifying of H+,e- flow because of relatively optimal concentration of H+,e- acceptors with relatively rapid utilization of H+, e- donators in the second compartment, consisting of LPHD, LPLD, AO-SPOL.