Journal of Food Science · 1961 · 40 citations · 13 references
AgricultureBiochemistryFood ScienceEnzymology Of FoodsFood ChemistryFood PreservationLow-temperature PreservationRefrigerated StorageShelf Life PhysiologyShelf-life AnalysisStorage PhysiologyStorage StabilityAcidity Development During StorageBiochemical CharacterizationFructose ContentRoom-temperature StorageStorageStorage Effects On Enzyme ActivityStorage Effects On Food CompositionTemperature Effects On Storage
SUMMARY Quantitative examinations have been made of the changes that occur in honey while stored at room temperature. Though honey is a relatively stable commodity, it has been found to change in composition and biochemical activity even when stored at 26±3° C. During two years of such storage about 9% of the monosaccharides are converted per year into more complex disaccharides and higher sugars. The ratio of fructose to glucose increases markedly as the free glucose content declines more rapidly than the free fructose content. All samples examined showed such changes. Significant increases were noted in acidity during storage, but some samples showed no change. Evidence for the enzymic nature of the change is given. Diastase values of unheated honey decline in storage at room temperature (23–28° C), with diastase showing a half‐life of 17 months under these conditions of storage. Cool or cold storage and expeditious handling are recommended for preservation of diastase in honey for export to Europe.
13
Official Methods of Analysis of
Analytical Chemistry · 1980 · 59.6K citations
Management, Educational Assessment, Information Retrieval +5
Acid Reversion Products from D-Glucose
A. Thompson, Kimiko Anno, M. L. Wolfrom et al. · Journal of the American Chemical Society · 1954 · 102 citations
Transfer reactions catalysed by some sucrase preparations
J. Edelman · Biochemical Journal · 1954 · 56 citations · Full text