INVESTIGADORES
ANDRES Silvina Cecilia
artículos
Título:
The effect of temperature on microbial growth in apple cubes packed in film and preserved by use of orange juice
Autor/es:
ANDRÉS S.C.; GIANNUZZI, L.; ZARITZKY N.E.
Revista:
INTERNATIONAL JOURNAL OF FOOD SCIENCE AND TECHNOLOGY
Editorial:
Balckwell Publishing
Referencias:
Lugar: Chester, UK; Año: 2004 vol. 39 p. 927 - 933
ISSN:
0950-5423
Resumen:
Red delicious apple cubes were packed in fresh orange juice containing chemical
preservatives (citric and ascorbic acid, potassium sorbate) and covered with plastic films of
different gas permeabilities (polyethylene and EVA-SARAN-EVA) before storage at 4, 10
and 20 C. The concentration of potassium sorbate in the product was optimized with
respect to colour and microbial growth. Yeast and mould growth was modelled by
Gompertz and linear equations to derive parameters such as lag phase, maximum
microbial population and specific microbial growth or rates of decline. Activation energies
for the specific growth rates were estimated from Arrhenius-type equations and the time
required to reach microbial counts of 106±0.2 CFU g)1 was determined in all cases. At
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
respect to colour and microbial growth. Yeast and mould growth was modelled by
Gompertz and linear equations to derive parameters such as lag phase, maximum
microbial population and specific microbial growth or rates of decline. Activation energies
for the specific growth rates were estimated from Arrhenius-type equations and the time
required to reach microbial counts of 106±0.2 CFU g)1 was determined in all cases. At
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
respect to colour and microbial growth. Yeast and mould growth was modelled by
Gompertz and linear equations to derive parameters such as lag phase, maximum
microbial population and specific microbial growth or rates of decline. Activation energies
for the specific growth rates were estimated from Arrhenius-type equations and the time
required to reach microbial counts of 106±0.2 CFU g)1 was determined in all cases. At
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
respect to colour and microbial growth. Yeast and mould growth was modelled by
Gompertz and linear equations to derive parameters such as lag phase, maximum
microbial population and specific microbial growth or rates of decline. Activation energies
for the specific growth rates were estimated from Arrhenius-type equations and the time
required to reach microbial counts of 106±0.2 CFU g)1 was determined in all cases. At
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
respect to colour and microbial growth. Yeast and mould growth was modelled by
Gompertz and linear equations to derive parameters such as lag phase, maximum
microbial population and specific microbial growth or rates of decline. Activation energies
for the specific growth rates were estimated from Arrhenius-type equations and the time
required to reach microbial counts of 106±0.2 CFU g)1 was determined in all cases. At
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
respect to colour and microbial growth. Yeast and mould growth was modelled by
Gompertz and linear equations to derive parameters such as lag phase, maximum
microbial population and specific microbial growth or rates of decline. Activation energies
for the specific growth rates were estimated from Arrhenius-type equations and the time
required to reach microbial counts of 106±0.2 CFU g)1 was determined in all cases. At
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
respect to colour and microbial growth. Yeast and mould growth was modelled by
Gompertz and linear equations to derive parameters such as lag phase, maximum
microbial population and specific microbial growth or rates of decline. Activation energies
for the specific growth rates were estimated from Arrhenius-type equations and the time
required to reach microbial counts of 106±0.2 CFU g)1 was determined in all cases. At
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
permeability film and an adequate potassium sorbate concentration extended storage life at
higher temperatures.
4 C, these values were longer than 25 days in all systems tested. The use of a low gas
permeability film and an adequate potassium sorbate con