Journal of Food Science · 1970 · 20 citations · 3 references
AgricultureBiochemistryFood ScienceFood AnalysisFood ChemistryMeat ScienceAroma CompoundsFlavor ChemistryFlavor DevelopmentMeat CompositionMeat FlavorMeat QualityBioactive ConstituentsCooking Effects On TendernessCooking-induced Flavor DevelopmentFlavor Precursors In MeatMeat Flavor ChemistryMeat Flavor DevelopmentNucleotide Flavor CompoundsPurine Chemistry
SUMMARY: Cooking resulted in significant increases in adenylic acid, total purine nucleosides and bases of 80 beef roasts of eight different cuts. It decreased the contents of inosinic acid, guanylic acid and sum of individual nucleotides (adenylic, cytidylic, uridylic, inosinic and guanylic acids) in these samples. Significant differences were also found between the various constituents of raw and cooked samples of the beef cuts.
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Multiple Range and Multiple F Tests
David B. Duncan · Biometrics · 1955 · 23.2K citations
History and development of flavor nucleotides
Akira Kuninaka · Food technology · 1964 · 78 citations