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. 2021 Mar 1;41(2):196–213. doi: 10.5851/kosfa.2020.e89

Table 1. Physicochemical properties of the sucuk samples during ripening period.

Batches Ripening period (d)
1st 6th 12th
Moisture (%)
 S1 55.63Abc±1.42 45.18Ba±3.23 36.74Ca±1.70
 S2 57.13Aab±0.54 46.56Ba±0.99 35.40Ca±2.67
 S3 57.77Aa±1.88 45.54Ba±2.66 35.46Ca±1.46
 S4 57.41Aab±0.77 46.40Ba±1.81 35.82Ca±0.66
 S5 57.76Aa±0.70 46.74Ba±4.03 37.73Ca±2.45
 S6 56.97Aabc±1.35 46.56Ba±1.69 37.48Ca±0.70
 S7 54.99Ac±0.75 46.84Ba±1.49 38.45Ca±0.12
 S8 56.76Aabc±0.44 47.18Ba±1.45 37.44Ca±1.76
pH
 S1 5.84Aa±0.05 5.01Ba±0.16 5.08Ba±0.10
 S2 5.86Aa±0.03 4.74Bb±0.02 4.90Ba±0.17
 S3 5.86Aa±0.02 4.75Bb±0.05 4.90Ba±0.17
 S4 5.85Aa±0.03 4.76Cb±0.04 4.92Ba±0.07
 S5 5.84Aa±0.04 4.80Bb±0.01 4.98Ba±0.13
 S6 5.87Aa±0.01 4.98Ba±0.02 5.13Ba±0.17
 S7 5.88Aa±0.01 5.01Ba±0.04 5.06Ba±0.11
 S8 5.88Aa±0.01 4.99Ba±0.05 5.08Ba±0.16
aw
 S1 0.962Aa±0.003 0.937Bab±0.003 0.891Cb±0.015
 S2 0.961Aa±0.003 0.920Bc±0.005 0.876Cc±0.010
 S3 0.964Aa±0.001 0.932Bb±0.003 0.891Cb±0.004
 S4 0.964Aa±0.001 0.938Bab±0.002 0.895Cab±0.003
 S5 0.963Aa±0.002 0.938Bab±0.006 0.900Cab±0.006
 S6 0.965Aa±0.003 0.943Ba±0.004 0.904Cab±0.007
 S7 0.961Aa±0.002 0.942Ba±0.004 0.903Cab±0.005
 S8 0.963Aa±0.002 0.943Ba±0.005 0.907Ca±0.003
Residual nitrite (ppm)
 S1 80.6Aa±3.8 15.6Ba±1.7 14.6Bab±0.5
 S2 54.7Ac±5.0 9.4Bb±2.2 8.1Bc±0.8
 S3 53.3Ac±5.5 9.1Bb±2.2 8.8Bc±1.1
 S4 71.0Ab±3.1 9.0Bb±1.6 9.8Bc±0.2
 S5 68.6Ab±3.2 10.1Bb±1.9 8.2Bc±1.1
 S6 78.2Aa±2.3 14.9Ba±2.2 14.9Bab±3.4
 S7 79.4Aa±1.6 16.1Ba±0.2 15.5Ba±0.4
 S8 80.9Aa±4.6 14.5Ba±1.4 13.5Bb±1.1

S1, Control; S2, LAB; S3, LAB+C. zeylanoides; S4, LAB+D. hansenii; S5, LAB+C. zeylanoides+D. hansenii; S6, C. zeylanoides; S7, D. hansenii; S8, C. zeylanoides+D. hansenii.

A–C

The uppercase within the same line show that the results are not significantly different (p>0.05).

a-c

The lowercase within the same column show that the results are not significantly different (p>0.05) for physicochemical properties of sucuk samples.