Production of gamma-lactone rich flavor additives by pityrosporum species cultured on lipid rich substrates
AssigneeThe Simon Greenberg Foundation
InventorsJohn N. Labows, Jr., Guy Webster, Kenneth McGinley
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AssigneeThe Simon Greenberg Foundation
InventorsJohn N. Labows, Jr., Guy Webster, Kenneth McGinley
Estimating the term…
Novel odor-flavor materials and methods for producting the same are disclosed comprising a mixture of various gamma-lactones. In the preferred embodiment, a member of the genus Pityrosporum is cultured on a culture medium and is stimulated to produce a gamma-lactone containing flavor-fragrance mixture through its incubation with a lipid rich precursor. The preferred species for use in producing these gamma-lactone containing materials are P. canis, P. pachydermatis, P. orbiculare and P. ovale. The preferred lipid-rich materials include triolein, sebum, lecithin, oleic acid, and SAB with human sebum, and Tween-80. The resulting gamma-lactone rich products comprise the following lactones: gamma-hexa, gamma-hepta, gamma-octa, gamma-nona, gamma-deca, gamma-undeca, and in the case of P. canis, gamma-dodecalactone. The resultant flavor-fragrance product is all natural, exhibiting extremely pleasing taste and/or flavor characteristics.
A method of making a flavor-fragrance product having a gamma-lactone component comprising octa-, nona- and deca-lactones, which product is substantially free of gamma-undecalactone, comprising the steps of:
A method of making flavor-fragrance product having a gamma-lactone component comprising nona- and deca-lactones, which product is substantially free of gamma-undecalactone, comprising the steps of:
A method of making a flavor-fragrance product having a gamma-lactone component comprising octa- and nona-lactones, which product is substantially free of gamma-undecalactone, comprising the steps of:
Dependencies are inferred from the claim text.