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. 2012 Dec 7;65(3):602–615. doi: 10.1007/s00248-012-0138-3

Table 2.

Bacterial and yeast counts for Danish surface-ripened cheeses

Dairy Aa Dairy Ba Dairy Ca Dairy Da
Interior (CFU g−1)
 Lactic acid bacteria
 GM17 3.6×107 ± 1.4×107,A 3.1×105 ± 2.8×104,B 4.9×105 ± 5.0×104,B 5.7x 105 ± 9.9×104,B
 MRS pH 6.2 5.6×107 ± 1.5×107,A 4.0×105 ± 2.7×105,B 3.5×105 ± 1.4×105,B 6.6×105 ± 2.1×104,B
 MRS pH5.4 2.8×106 ± 3.5×105,A 6.1×103 ± 7.1×102,B 4.5×103 ± 1.6×103,B 7.4×105 ± 1.6×105,B
Surface (CFU cm−2)
 Aerobic bacteria
 TSA 0 % (w/v) NaCl 8.1×108 ± 3.0×108,A 1.4×108 ± 2.8×108,A 5.3×108 ± 2.6×108,A 6.3×108 ± 1.8×108,A
 TSA 4 % (w/v) NaCl 5.1×108 ± 5.1×107,A 2.0×108 ± 2.4×107,B 6.0×108 ± 3.5x 107,A 5.2×108 ± 2.9×108,A
 Yeasts
 MYGP 7.4×105 ± 1.7×105,B 1.2×105 ± 2.4×104,C 3.7×106 ± 1.4×105,A 4.8×105 ± 1.3×105BC

Dairy A: farmhouse producing cheese of the Havarti type from raw milk, ripened for 12 weeks. Dairy B: farmhouse producing cheese of the Danbo type from pasteurised milk, ripened for 6 weeks. Dairy C: farmhouse producing cheese of the Havarti type from pasteurised milk, ripened for 12 weeks. Dairy D: industrial-scale dairy producing cheese of the Danbo type from pasteurised milk, ripened for 6 weeks.

aValues in same row not marked by same superscript capitals are significantly different using one-way ANOVA with Tukey HSD test (≥95 % confidence)