Vitamin preparations for reducing oxygen consumption during physical efforts
OwnerOswald Wissinventor
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Abstract
The invention relates to a method of decreasing oxygen consumption during physical work and to preparations having such effect. The effect is achieved by administering efficient quantities of certain combinations of (a) D-glucose, D-maltose, ethanol, glucogenic amine, glucogenic amino acid or an amino acid metabolizable through glyoxal, or a dipeptide or pharmaceutically acceptable salt of such an amino acid, and (b) a vitamin components selected from thiamine, thiamine salts or combinations of folic acid and cyanocobalamin. Simultaneous administration of the combinations is efficient when taken prior to or during physical efforts or even one day before. Preferably, the combinations are administered in the form of gelled preparations containing a gelling agent.
Claims72
A method of decreasing oxygen consumption in animal including human during physical work which comprises
- administering simultaneously to said animal including human efficacious amounts (a) of a first component selected from the group consisting of D-glucose, D-maltose, ethanol, glucogenic amines, glucogenic amino acids, amino acids which can be metabolized via glyoxylate, and dipeptides and pharmaceutically acceptable salts of glucogenic amino acids and amino acids which can be metabolized via glyoxylate and (b) of a second component selected from the group consisting of thiamine, pharmaceutically acceptable thiamine salts and combinations of folic acid and cyanocobalamin, with the proviso that the second component is thiamine or a pharmaceutically acceptable thiamine salt if the first component is D-glucose, D-maltose, a glucogenic amine, a glucogenic amino acid which cannot be metabolized via glyoxylate, or a dipeptide or pharmaceutically acceptable salt of a glucogenic which cannot be metabolized via glyoxylate, and
- thereby producing an effect of decreased oxygen consumption during the physical work.
A method of decreasing oxygen consumption in animal including human during physical work which comprises
- administering to said animal including human a composition comprising (a) an efficacious amount of a first component selected from the group consisting of D-glucose, D-maltose, ethanol, glucogenic amines, glucogenic amino acids, amino acids which can be metabolized via glyoxylate, and dipeptides and pharmaceutically acceptable salts of glucogenic amino acids and amino acids which can be metabolized via glyoxylate, (b) an efficacious amount of a second component selected from the group consisting of thiamine, pharmaceutically acceptable thiamine salts and combinations of folic acid and cyanocobalamin, with the proviso that the second component is thiamine or a pharmaceutically acceptable thiamine salt if the first component is D-glucose, D-maltose, a glucogenic amine, a glucogenic amino acid which cannot be metabolized via glyoxylate, or a dipeptide or pharmaceutically acceptable salt of a glucogenic amino acid which cannot be metabolized via glyoxylate, and (c) a gelling agent in gelled form, and
- thereby producing an effect of decreased oxygen consumption during the physical work.
A composition for decreasing oxygen consumption during physical work, comprising (a) an efficacious amount of ethanol and (b) an efficacious amount of a combination of folic acid and cyanocobalamin or an efficacious amount of a combination of biotin and thiamine or a pharmaceutically acceptable thiamine salt.
A composition for decreasing oxygen consumption during physical work, comprising
- (a) an efficacious amount of a first component selected from the group consisting of D-glucose, D-maltose, ethanol, glucogenic amines, glucogenic amino acids, amino acids which can be metabolized via glyoxylate, and dipeptides and pharmaceutically acceptable salts of glucogenic amino acids and amino acids which can be metabolized via glyoxylate,
- (b) an efficacious amount of a second component selected from the group consisting of thiamine, pharmaceutically acceptable thiamine salts and combinations of folic acid and cyanocobalamin, with the proviso that the second component is thiamine or a pharmaceutically acceptable thiamine salt if the first component is D-glucose, D-maltose, a glucogenic amine, a glucogenic amino acid which cannot be metabolized via glyoxylate, or a dipeptide or pharmaceutically acceptable salt of such an amino acid, and
- (c) a gelling agent in gelled form.
Dependencies are inferred from the claim text.