Abstract
Mycotoxins are toxic metabolites produced by some fungal species commonly found in food and feed,particularly in cereals. In intensive production systems, dairy cattle are commonly fed with cereal-richdiets and, consequently, are more exposed to micotoxins. Besides, such diet is often associated with ahigher risk of rumen acidosis which can also affect the performance and the helath of animal. In addition,the efficacy of microbial detoxification can be reduced during acidosis. For instance, some authors observeda decrease in the number of protozoa that are responsible for the degradation of some mycotoxins. Anotherconsequence of acidosis is the potential modification of ruminal absorption of mycotoxins, which until nowhas received scarce attention. Yeast Saccharomyces cerevisiae, probiotic additives have been shown toreduce the post-feeding drop in rumen pH and to increase the number of ruminal protozoa. This effect canbe positive in reducing the absorption and toxicity of mycotoxins in ruminantia.
Highlights
Kondisi iklim di negara tropis seperti di Indonesia dengan kelembaban dan temperatur yang tinggi sangat ideal untuk perkembangan jamur yang memproduksi mikotoksin
Mycotoxins are toxic metabolites produced by some fungal species commonly found in food and feed, in cereals
Some authors observed a decrease in the number of protozoa that are responsible for the degradation of some mycotoxins
Summary
Detoksifikasi Mikotoksin Melalui Optimalisasi Fungsi Rumen dengan Pemberian Ragi (MYCOTOXIN DETOXIFICATION THROUGH OPTIMIZATION THE RUMEN FUNCTION BY YEAST). Mikotoksin biasa mengkontaminasi pakan dan pangan terutama produk biji-bijian. Sistem produksi intensif pada pemeliharaan sapi perah yang diberi pakan berbasis biji-bijian konsentrat akan berpotensi besar terkena paparan mikotoksin, disamping itu konsumsi pakan konsentrat berkaitan dengan acidosis rumen yang berpengaruh terhadap performa dan kesehatan ternak. Kemampuan detoksifikasi oleh mikrob di dalam rumen akan menurun selama paparan acidosis. Beberapa hasil penelitian menunjukkan bahwa acidosis menurunkan populasi protozoa yang bertanggung jawab pada degradasi beberapa mikotoksin. Akibat yang lain dari acidosis adalah berpotensi memodifikasi penyerapan mikotoksin pada rumen. Ragi Saccharomyces cerevisiae sebagai pakan imbuhan dapat meningkatkan pH dan populasi protozoa dalam rumen. Hal ini mempunyai pengaruh positif untuk menurunkan toksisitas mikotoksin sehingga produk ragi mempunyai prospek ke depan untuk menurunkan penyerapan mikotoksin dan meningkatkan detoksifikasi mikotoksin pada ternak ruminansia
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