Abstract: A treatment for a hyperglycemic condition, including diabetes mellitus, includes the step of administering to a human being dimethylformamide (“DMF”), which has the chemical structural formula: DMF can be administered to the human patient in a wide variety of ways, however it is preferable that the administration of DMF be performed orally and the dose of DMF could be combined with numerous inert substances known to the prior art, such as a sugarless fruit juice concentrate. The preferred daily dosage of DMF administered to a person would be about 0.041 mg/kg body weight to about 1.23 mg/kg of body weight of the person.

Abstract: A treatment for a hyperglycemic condition, including diabetes mellitus, includes the step of administering to a human being dimethylformamide (“DMF”), which has the chemical structural formula: DMF can be administered to the human patient in a wide variety of ways, however it is preferable that the administration of DMF be performed orally and the dose of DMF could be combined with numerous inert substances known to the prior art, such as a sugarless fruit juice concentrate. The preferred daily dosage of DMF administered to a person would be about 0.041 mg/kg body weight to about 1.23 mg/kg of body weight of the person.

Abstract: A composition and method are described for suppressing or preventing fibrous adhesion formation using a multicomponent aqueous oxychlorine composition. Fibrous adhesions typically form during healing of tissue, for example following a surgical procedure. A multicomponent oxychlorine composition is provided for irrigating the tissue which minimizes post-surgical adhesion formation, the composition containing both chlorine dioxide and chlorite ion, and a complex ion thereof. The chlorine dioxide level generally is in an effective range of ClO2 concentration from about 10 ppm to a maximum of about 110 ppm. In a preferred embodiment, a physiological composition is provided in a thickened form to increase retention in the area being treated.

Abstract: A composition and method are described for suppressing or preventing fibrous adhesion formation using a multicomponent aqueous oxychlorine composition. Fibrous adhesions typically form during healing of tissue, for example following a surgical procedure. A multicomponent oxychlorine composition is provided for irrigating the tissue which minimizes post-surgical adhesion formation, the composition containing both chlorine dioxide and chlorite ion, and a complexion thereof. The chlorine dioxide level generally is in an effective range of ClO2 concentration from about 10 ppm to a maximum of about 110 ppm. In a preferred embodiment, a physiological composition is provided in a thickened form to increase retention in the area being treated.

Abstract: A composition and method are described for suppressing or preventing fibrous adhesion formation using a multicomponent aqueous oxychlorine composition. Fibrous adhesions typically form during healing of tissue, for example following a surgical procedure. A multicomponent oxychlorine composition is provided for irrigating the tissue which minimizes post-surgical adhesion formation, the composition containing both chlorine dioxide and chlorite ion, and a complex ion thereof. The chlorine dioxide level generally is in an effective range of ClO2 concentration from about 10 ppm to a maximum of about 110 ppm. In a preferred embodiment, a physiological composition is provided in a thickened form to increase retention in the area being treated.