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Preservation of food products without the chemical preservation is world need today. This study is divulged on pasteurised Hot-fill orange juice the sequel of ascorbic acid, processed water and head space for 90 days during storage at room temperature. Outcomes were exhibited the significant reduction of the Alicyclobacillus growth with the addition of an amount of 150mg/lit of vitamin C and head space finishing of thermosetting container. While, initial bacterial count was controlled by ozonated and ultraviolet light processed water. Savor and color impermeability in the pasteurised Hot-fill…mehr

Produktbeschreibung
Preservation of food products without the chemical preservation is world need today. This study is divulged on pasteurised Hot-fill orange juice the sequel of ascorbic acid, processed water and head space for 90 days during storage at room temperature. Outcomes were exhibited the significant reduction of the Alicyclobacillus growth with the addition of an amount of 150mg/lit of vitamin C and head space finishing of thermosetting container. While, initial bacterial count was controlled by ozonated and ultraviolet light processed water. Savor and color impermeability in the pasteurised Hot-fill orange juice were significantly (p < 0.05) pompous by both addition of vitamin C and leaving no head space. While in contrast the non- significant effect on acidity, pH, 0Brix, reducing and non-reducing sugar were observed during the storage. Hence, concluded that during processing as well as in storage the microbial growth especially Alicyclobacillus could be inhibited by processed water, leaving no head space and ascorbic acid fortification.
Autorenporträt
Qaiser Ali Sultan, Departamento de Ciência e Tecnologia Alimentar, Faculdade de Ciências da Nutrição. A Universidade de Agricultura, Peshawar Paquistão.