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Journal of Dairy Science
Volume 91, Issue 8
, Pages
2967-2980
, August 2008
Influence of Salt-to-Moisture Ratio on Starter Culture and Calcium Lactate Crystal Formation
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Effect of salt concentration (3.0, 3.5, 4.0, 4.5, and 5.0) on pH of milk inoculated with 0.1% direct vat set (DVS) culture DVS 850 and incubated for 960
min at 35
±
0.5°C.Effect of salt concentration (3.0, 3.5, 4.0, 4.5, and 5.0) on pH of milk inoculated with 0.1% direct vat set (DVS) culture DVS 850 and incubated for 960
min at 35
±
0.5°C. -
Effect of salt concentration (3.0, 3.5, 4.0, 4.5, and 5.0) on pH of milk inoculated with 0.1% direct vat set (DVS) culture DVS 608 and incubated for 960
min at 35
±
0.5°C.Effect of salt concentration (3.0, 3.5, 4.0, 4.5, and 5.0) on pH of milk inoculated with 0.1% direct vat set (DVS) culture DVS 608 and incubated for 960
min at 35
±
0.5°C. -
Effect of salt concentration (3.0, 3.5, 4.0, 4.5, and 5.0) on pH of milk inoculated with 0.1% direct vat set (DVS) culture DVS 603 and incubated for 960
min at 35
±
0.5°C.Effect of salt concentration (3.0, 3.5, 4.0, 4.5, and 5.0) on pH of milk inoculated with 0.1% direct vat set (DVS) culture DVS 603 and incubated for 960
min at 35
±
0.5°C. -
Changes in lactose concentration of high- and low-salt cheeses stored at 7.2°C for 15 wk (mean of vacuum-packaged and gas-flushed packaged cheese; mean of duplicates).
Changes in lactose concentration of high- and low-salt cheeses stored at 7.2°C for 15 wk (mean of vacuum-packaged and gas-flushed packaged cheese; mean of duplicates).
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Changes in soluble calcium concentration of high- and low-salt cheeses stored at 7.2°C for 15 wk (mean of vacuum-packaged and gas-flushed packaged cheese; mean of duplicates).
Changes in soluble calcium concentration of high- and low-salt cheeses stored at 7.2°C for 15 wk (mean of vacuum-packaged and gas-flushed packaged cheese; mean of duplicates).
-
Changes in total calcium concentration in low-salt whole milk and low-salt concentrated milk cheeses at different positions in the cheese cylinder (with A being the innermost sample and D being the su
Changes in total calcium concentration in low-salt whole milk and low-salt concentrated milk cheeses at different positions in the cheese cylinder (with A being the innermost sample and D being the surface) throughout 15 wk of storage (mean of vacuum-packaged and gas-flushed packaged cheese; mean of duplicates).
-
Changes in soluble calcium concentration in low-salt whole milk and low-salt concentrated milk cheeses at different positions in the cheese cylinder (with A being the innermost sample and D being theChanges in soluble calcium concentration in low-salt whole milk and low-salt concentrated milk cheeses at different positions in the cheese cylinder (with A being the innermost sample and D being the surface) throughout 15 wk of storage (mean of vacuum-packaged and gas-flushed packaged cheese; mean of duplicates).
-
Changes in total calcium concentration in high-salt whole milk and high-salt concentrated milk cheeses at different positions in the cheese cylinder (with A being the innermost sample and D being theChanges in total calcium concentration in high-salt whole milk and high-salt concentrated milk cheeses at different positions in the cheese cylinder (with A being the innermost sample and D being the surface) throughout 15 wk of storage (mean of vacuum-packaged and gas-flushed packaged cheese; mean of duplicates).
-
Changes in soluble calcium concentration in high-salt whole milk and high-salt concentrated milk cheeses at different positions in the cheese cylinder (with A being the innermost sample and D being thChanges in soluble calcium concentration in high-salt whole milk and high-salt concentrated milk cheeses at different positions in the cheese cylinder (with A being the innermost sample and D being the surface) throughout 15 wk of storage (mean of vacuum-packaged and gas-flushed packaged cheese; mean of duplicates).
-
Changes in total lactic acid concentration in both high- and low-salt whole milk and concentrated milk cheeses at different positions in the cheese cylinder (with A being the innermost sample and D beChanges in total lactic acid concentration in both high- and low-salt whole milk and concentrated milk cheeses at different positions in the cheese cylinder (with A being the innermost sample and D being the surface) throughout 15 wk of storage (mean of vacuum-packaged and gas-flushed packaged cheese; mean of duplicates).
PII: S0022-0302(08)71092-0
doi: 10.3168/jds.2008-1101
© 2008 American Dairy Science Association. Published by Elsevier Inc. All rights reserved.
« Previous
Next »
Journal of Dairy Science
Volume 91, Issue 8
, Pages
2967-2980
, August 2008
