Skip to main content
. 2005 Jun 28;84(1):161–170. doi: 10.1016/j.micromeso.2005.05.030

Table 2.

In vivo studies concerning the effect of the dietary use of zeolites during aflatoxicoses

Type of zeolite Dietary inclusion rate (%) Animal model Observations
Clinoptilolite 1 Broilers Growth depression caused by 2.5 ppm aflatoxin (afl) was alleviated by 15% [31]
Clinoptilolite 5 Geese Prophylactic effect on growth rate and liver enzymatic activity [32]
Mordenite 0.5 Broilers Reducing effect on toxicity of afl (3.5 mg kg−1 diet) as indicated by weight gain and changes in uric acid and albumin concentrations [33]
Clinoptilolite 0.5 Weaned piglets Growth inhibitory effects and alterations of liver enzyme activity induced by 500 ppb afl were prevented [34]
Synthetic zeolite 0.5 Broilers No significant effect on biochemical or haematological indexes when administered simultaneously with 2.5 mg afl kg−1 diet [52]
Clinoptilolite 0.5 Pregnant rats No effect on maternal and developmental toxicities of afl (2 mg kg−1 body weight) [53]
Clinoptilolite 5 Quail chicks Growth inhibitory effects of 2 mg kg−1 diet diminished by 70% [35]
Clinoptilolite 1.5 Broilers Growth inhibitory effects of 100 ppb afl diminished over a study period of 42 days [36]
Clinoptilolite 1.5–2.5 Broilers Adverse effects of 2.5 mg kg−1 diet on biochemical and haematological profiles were reduced [54]
Zeolite NaA 1 Broilers Protection against growth inhibitory effects of 2.5 mg kg−1 diet [37]
Clinoptilolite 1.5–2.5 Broilers Moderate to significant decrease of incidence and severity of certain target-organs degenerative changes induced by 2.5 mg afl kg−1 diet [55]
Clinoptilolite 2 Laying hens Significant decrease in liver mycotoxin concentration and liver weight during aflatoxicosis caused by 2.5 mg kg−1 diet [56]