found that Pseudomonas, Bacillus, Ralstonia
and Burkholderia strains could impede A. flavus growth,
while B. subtilis and P. solanacearum strains were also able to inhibit
AFs accumulation. reported that the ability of
Saccharomyces cerevisiae to bind AFB1 was strain specific and
ranged between 10% and over 40%. The yeast Pichia anomala was
effective against the growth and mycotoxin production of A. flavus
by the inhibition of the ATP-generating system of the mould . Specific microbes, such as a strain of Trichosporon
mycotoxinovorans, have the capability to detoxify ZEA and OTA
, and a strain of Rhodococcus rhodochrous has
AFB1 degrading capability even at high contamination levels.
found that Pseudomonas, Bacillus, Ralstoniaand Burkholderia strains could impede A. flavus growth,while B. subtilis and P. solanacearum strains were also able to inhibitAFs accumulation. reported that the ability ofSaccharomyces cerevisiae to bind AFB1 was strain specific andranged between 10% and over 40%. The yeast Pichia anomala waseffective against the growth and mycotoxin production of A. flavusby the inhibition of the ATP-generating system of the mould . Specific microbes, such as a strain of Trichosporonmycotoxinovorans, have the capability to detoxify ZEA and OTA, and a strain of Rhodococcus rhodochrous hasAFB1 degrading capability even at high contamination levels.
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