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Journal of Dairy Science
Volume 92, Issue 2
, Pages
483-490
, February 2009
Shelf life of Stracciatella cheese under modified-atmosphere packaging
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Evolution of total coliform count in Stracciatella cheese during storage at 8°C for 8 d. The curve is the best fit of equation [1] to the experimental data. (• CT, ◊ VP, ♦ M1, ○ M2, ■ M3, ▴ M4. CT = c
Evolution of total coliform count in Stracciatella cheese during storage at 8°C for 8 d. The curve is the best fit of equation [1] to the experimental data. (• CT, ◊ VP, ♦ M1, ○ M2, ■ M3, ▴ M4. CT = cheese in tubs; VP = cheese under vacuum; M1 = 50:50 (CO2:N2); M2 = 95:5 (CO2:N2); M3 = 75:25 (CO2:N2); M4 = 30:65:5 (CO2:N2:O2).
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Evolution of Pseudomonas spp. count in Stracciatella cheese during storage at 8°C for 8 d. The curve is the best fit of equation [1] to the experimental data. (• CT, ◊ VP, ♦ M1, ○ M2, ■ M3, ▴ M4). CTEvolution of Pseudomonas spp. count in Stracciatella cheese during storage at 8°C for 8 d. The curve is the best fit of equation [1] to the experimental data. (• CT, ◊ VP, ♦ M1, ○ M2, ■ M3, ▴ M4). CT = cheese in tubs; VP = cheese under vacuum; M1 = 50:50 (CO2:N2); M2 = 95:5 (CO2:N2); M3 = 75:25 (CO2:N2); M4 = 30:65:5 (CO2:N2:O2).
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Evolution of psychrotrophic count in Stracciatella cheese during storage at 8°C for 8 d. (• CT, ◊ VP, ♦ M1, ○ M2, ■ M3, ▴ M4). CT = cheese in tubs; VP = cheese under vacuum; M1 = 50:50 (CO2:N2); M2 =Evolution of psychrotrophic count in Stracciatella cheese during storage at 8°C for 8 d. (• CT, ◊ VP, ♦ M1, ○ M2, ■ M3, ▴ M4). CT = cheese in tubs; VP = cheese under vacuum; M1 = 50:50 (CO2:N2); M2 = 95:5 (CO2:N2); M3 = 75:25 (CO2:N2); M4 = 30:65:5 (CO2:N2:O2).
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Evolution of Enterobacteriaceae count in Stracciatella cheese during storage at 8°C for 8 d. (• CT, ◊ VP, ♦ M1, ○ M2, ■ M3, ▴ M4). CT = cheese in tubs; VP = cheese under vacuum; M1 = 50:50 (CO2:N2); MEvolution of Enterobacteriaceae count in Stracciatella cheese during storage at 8°C for 8 d. (• CT, ◊ VP, ♦ M1, ○ M2, ■ M3, ▴ M4). CT = cheese in tubs; VP = cheese under vacuum; M1 = 50:50 (CO2:N2); M2 = 95:5 (CO2:N2); M3 = 75:25 (CO2:N2); M4 = 30:65:5 (CO2:N2:O2).
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pH trend of Stracciatella samples packaged in different systems during the storage period. (• CT, ◊ VP, ♦ M1, ○ M2, ■ M3, ▴ M4). CT = cheese in tubs; VP = cheese under vacuum; M1 = 50:50 (CO2:N2); M2pH trend of Stracciatella samples packaged in different systems during the storage period. (• CT, ◊ VP, ♦ M1, ○ M2, ■ M3, ▴ M4). CT = cheese in tubs; VP = cheese under vacuum; M1 = 50:50 (CO2:N2); M2 = 95:5 (CO2:N2); M3 = 75:25 (CO2:N2); M4 = 30:65:5 (CO2:N2:O2).
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Stracciatella cheese sensorial quality during storage at 8°C for 8 d. The curves are the best fit of equation [2] to the experimental sensorial data. (• CT, ◊ VP, ♦ M1, ○ M2, ■ M3, ▴ M4). CT = cheeseStracciatella cheese sensorial quality during storage at 8°C for 8 d. The curves are the best fit of equation [2] to the experimental sensorial data. (• CT, ◊ VP, ♦ M1, ○ M2, ■ M3, ▴ M4). CT = cheese in tubs; VP = cheese under vacuum; M1 = 50:50 (CO2:N2); M2 = 95:5 (CO2:N2); M3 = 75:25 (CO2:N2); M4 = 30:65:5 (CO2:N2:O2).
PII: S0022-0302(09)70352-2
doi: 10.3168/jds.2008-1571
© 2009 American Dairy Science Association. Published by Elsevier Inc. All rights reserved.
« Previous
Next »
Journal of Dairy Science
Volume 92, Issue 2
, Pages
483-490
, February 2009
