. Carbohydrate fermentation profile
All tested Bifidobacterium spp. strains were able to ferment glucose, lactose, raffinose and sucrose. According to Scardovi (1986), only B. bifidum, B. cuniculi and B. minimum are unable to ferment raffinose among representatives of the genus Bifidobacte- rium; however, these species were not included in this study. Scalabrini et al. (1998) demonstrated the ability of Bifidobacterium spp. to ferment raffinose naturally present in a water soluble soy- bean extract. Zavaglia et al. (1998) tested the ability of bifidobac- teria isolated from feces to use different carbohydrates, and
. Carbohydrate fermentation profileAll tested Bifidobacterium spp. strains were able to ferment glucose, lactose, raffinose and sucrose. According to Scardovi (1986), only B. bifidum, B. cuniculi and B. minimum are unable to ferment raffinose among representatives of the genus Bifidobacte- rium; however, these species were not included in this study. Scalabrini et al. (1998) demonstrated the ability of Bifidobacterium spp. to ferment raffinose naturally present in a water soluble soy- bean extract. Zavaglia et al. (1998) tested the ability of bifidobac- teria isolated from feces to use different carbohydrates, and
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