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Research Article

The viability of microorganism of probiotic yogurt enriched with bee pollen

ORCID Icon & ORCID Icon
Article: 2319834 | Received 01 Dec 2023, Accepted 12 Feb 2024, Published online: 01 Mar 2024

Figures & data

Figure 1. The flow diagram of probiotic yogurt production with bee pollen.

Figure 1. The flow diagram of probiotic yogurt production with bee pollen.

Figure 2. Antimicrobial activity of yogurt samples (inhibition zones mm). n = 4, ┬ ┴ standard deviations. Control: probiotic yogurt without bee pollen, 0.5%: probiotic yogurt containing 0.5% bee pollen, 1.5%: probiotic yogurt containing 1.5% bee pollen, 3%: probiotic yogurt containing 3% bee pollen, 6%: probiotic yogurt containing 6% bee pollen.

Figure 2. Antimicrobial activity of yogurt samples (inhibition zones mm). n = 4, ┬ ┴ standard deviations. Control: probiotic yogurt without bee pollen, 0.5%: probiotic yogurt containing 0.5% bee pollen, 1.5%: probiotic yogurt containing 1.5% bee pollen, 3%: probiotic yogurt containing 3% bee pollen, 6%: probiotic yogurt containing 6% bee pollen.

Figure 3. The viability of yogurt starter culture in simulated gastric juice adjusted to pH 2 (log CFU/g). n = 4, ┬ ┴ standard deviations. Control: probiotic yogurt without bee pollen, 0.5%: probiotic yogurt containing 0.5% bee pollen, 1.5%: probiotic yogurt containing 1.5% bee pollen, 3%: probiotic yogurt containing 3% bee pollen, 6%: probiotic yogurt containing 6% bee pollen.

Figure 3. The viability of yogurt starter culture in simulated gastric juice adjusted to pH 2 (log CFU/g). n = 4, ┬ ┴ standard deviations. Control: probiotic yogurt without bee pollen, 0.5%: probiotic yogurt containing 0.5% bee pollen, 1.5%: probiotic yogurt containing 1.5% bee pollen, 3%: probiotic yogurt containing 3% bee pollen, 6%: probiotic yogurt containing 6% bee pollen.

Figure 4. The viability of yogurt starter culture in simulated gastric juice adjusted to pH 3 (log CFU/g). n = 4, ┬ ┴ standard deviations. Control: probiotic yogurt without bee pollen, 0.5%: probiotic yogurt containing 0.5% bee pollen, 1.5%: probiotic yogurt containing 1.5% bee pollen, 3%: probiotic yogurt containing 3% bee pollen, 6%: probiotic yogurt containing 6% bee pollen.

Figure 4. The viability of yogurt starter culture in simulated gastric juice adjusted to pH 3 (log CFU/g). n = 4, ┬ ┴ standard deviations. Control: probiotic yogurt without bee pollen, 0.5%: probiotic yogurt containing 0.5% bee pollen, 1.5%: probiotic yogurt containing 1.5% bee pollen, 3%: probiotic yogurt containing 3% bee pollen, 6%: probiotic yogurt containing 6% bee pollen.

Figure 5. The viability of yogurt starter culture in simulated gastric juice adjusted to pH 4 (log CFU/g). n = 4, ┬ ┴ standard deviations. Control: probiotic yogurt without bee pollen, 0.5%: probiotic yogurt containing 0.5% bee pollen, 1.5%: probiotic yogurt containing 1.5% bee pollen, 3%: probiotic yogurt containing 3% bee pollen, 6%: probiotic yogurt containing 6% bee pollen.

Figure 5. The viability of yogurt starter culture in simulated gastric juice adjusted to pH 4 (log CFU/g). n = 4, ┬ ┴ standard deviations. Control: probiotic yogurt without bee pollen, 0.5%: probiotic yogurt containing 0.5% bee pollen, 1.5%: probiotic yogurt containing 1.5% bee pollen, 3%: probiotic yogurt containing 3% bee pollen, 6%: probiotic yogurt containing 6% bee pollen.

Figure 6. The viability of yogurt starter culture in simulated small intestinal juices that contained bile salts (log CFU/g). n = 4, ┬ ┴ standard deviations. Control: probiotic yogurt without bee pollen, 0.5%: probiotic yogurt containing 0.5% bee pollen, 1.5%: probiotic yogurt containing 1.5% bee pollen, 3%: probiotic yogurt containing 3% bee pollen, 6%: probiotic yogurt containing 6% bee pollen.

Figure 6. The viability of yogurt starter culture in simulated small intestinal juices that contained bile salts (log CFU/g). n = 4, ┬ ┴ standard deviations. Control: probiotic yogurt without bee pollen, 0.5%: probiotic yogurt containing 0.5% bee pollen, 1.5%: probiotic yogurt containing 1.5% bee pollen, 3%: probiotic yogurt containing 3% bee pollen, 6%: probiotic yogurt containing 6% bee pollen.

Figure 7. The viability of yogurt starter culture in simulated small intestinal juices which were free of bile salts (log CFU/g). n = 4, ┬ ┴ standard deviations. Control: probiotic yogurt without bee pollen, 0.5%: probiotic yogurt containing 0.5% bee pollen, 3%: probiotic yogurt containing 3% bee pollen, 6%: probiotic yogurt containing 6% bee pollen.

Figure 7. The viability of yogurt starter culture in simulated small intestinal juices which were free of bile salts (log CFU/g). n = 4, ┬ ┴ standard deviations. Control: probiotic yogurt without bee pollen, 0.5%: probiotic yogurt containing 0.5% bee pollen, 3%: probiotic yogurt containing 3% bee pollen, 6%: probiotic yogurt containing 6% bee pollen.
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