Oxygen toxicity is considered a significant factor influencing the viability of probiotic bacteria such as Lactobacillus and Bifidobacterium spp. in yogurts. This review assesses the involvement of oxygen during the manufacture of yogurt and its diffusion into the final product. The oxygen sensitivity of Lactobacillus acidophilus and Bifidobacterium spp. is discussed. The impact of dissolved oxygen of the product on the survival of these probiotic bacteria is highlighted. Additionally, microbiological, chemical, and packaging techniques recommended to protect probiotic bacteria from oxygen toxicity in dairy products are reviewed
Probiotics are live microorganisms that confer a health benefit on the host when administered in ade...
We investigated the effect of increased glucose oxidase concentration as a technological option to d...
We investigated the effect of increased glucose oxidase concentration as a technological option to d...
The various therapeutic benefits of Lactobacillus acidophilus and Bifidobacterium spp. have resulted...
Oxygen toxicity is considered significant in the poor survival of probiotic bacteria such as Lactoba...
The effects of packaging materials on the dissolved oxygen and the survival of the probiotic bacteri...
The health benefits of probiotic functional foods have been widely reported. However, manufacturers ...
Probiotic bacteria are added to commercial yoghurts as adjunct cultures, to impart health benefits t...
Oxidative stress adaptation was studied to increase the tolerance of probiotic bacteria to the disso...
The stability of probiotic yogurts added with glucose oxidase and packaged in different plastic pack...
Exposure to oxygen may induce a lack of functionality of probiotic dairy foods because the anaerobic...
There is an upsurge of consumer interest in functional foods, especially probiotics. Alongside there...
Currently, probiotic bacteria dependent dairy industries are battling to keep required concentration...
Exposure to oxygen may induce a lack of functionality of probiotic dairy foods because the anaerobic...
Viability of probiotic bacteria was assessed in yogurt prepared using ruptured or whole cells of yog...
Probiotics are live microorganisms that confer a health benefit on the host when administered in ade...
We investigated the effect of increased glucose oxidase concentration as a technological option to d...
We investigated the effect of increased glucose oxidase concentration as a technological option to d...
The various therapeutic benefits of Lactobacillus acidophilus and Bifidobacterium spp. have resulted...
Oxygen toxicity is considered significant in the poor survival of probiotic bacteria such as Lactoba...
The effects of packaging materials on the dissolved oxygen and the survival of the probiotic bacteri...
The health benefits of probiotic functional foods have been widely reported. However, manufacturers ...
Probiotic bacteria are added to commercial yoghurts as adjunct cultures, to impart health benefits t...
Oxidative stress adaptation was studied to increase the tolerance of probiotic bacteria to the disso...
The stability of probiotic yogurts added with glucose oxidase and packaged in different plastic pack...
Exposure to oxygen may induce a lack of functionality of probiotic dairy foods because the anaerobic...
There is an upsurge of consumer interest in functional foods, especially probiotics. Alongside there...
Currently, probiotic bacteria dependent dairy industries are battling to keep required concentration...
Exposure to oxygen may induce a lack of functionality of probiotic dairy foods because the anaerobic...
Viability of probiotic bacteria was assessed in yogurt prepared using ruptured or whole cells of yog...
Probiotics are live microorganisms that confer a health benefit on the host when administered in ade...
We investigated the effect of increased glucose oxidase concentration as a technological option to d...
We investigated the effect of increased glucose oxidase concentration as a technological option to d...