Mycotoxin Species Exposure dose Administration Duration of exposure (weeks) Toxicity effect References Aflatoxin Nile tilapia (Oreochromis niloticus) 100 μ g AFB1 /kg Feed: oral 10 Reduced the growth El-Banna et al. [101 ] Nile tilapia 200 μ g AFB1 /kg Feed: oral 10 Mortality (16.7%) El-Banna et al. [101 ] Nile tilapia 5–38.62 μ g AFB1 /kg Feed: oral 10 Survival rate reduced by up to 67% Cagauan and Tayaban [19 ] Nile tilapia 29 μ g AFB1 /kg Feed: oral 10 Yellowing of the body surface Cagauan and Tayaban [19 ] Tilapia 200 ppb AFB1 /kg Feed: oral 10 Total erythrocyte count, total leucocyte count, and hemoglobin count decreased; weight gain lowest and reduction in the rate survival rate Selim et al. [104 ] Tilapia 793 and 1641 μ g AFB1 /kg Feed: oral 5 Yellowing of the body surface Deng et al. [103 ] Tilapia 793 and 1641 μ g AFB1 /kg Feed—oral 15 Darkening of body surface Deng et al. [103 ] Tilapia 2.5 mg AFB1 /kg Feed: oral Affect the hematocrit and growth performance Tuan et al. [109 ] Tilapia 2.5 mg AFB1 /kg Feed: oral 20 Abnormal behavior Deng et al. [103 ] Tilapia 245 μ g AFB1 /kg Feed: oral 20 Feed efficiency rate decreased Deng et al. [103 ] 245, 638, 793 and 1641 μ g AFB1 /kg Feed: oral 20 Weight gain lowest Deng et al. [103 ] Channel catfish (Ictalurus punctatus) 10000 μ g AFB1 /kg Feed: oral 10 Decreased leukocyte count, increased haematopoietic activity of blood-forming tissues Jantaroai and Lovell [22 ] Aflatoxin Rohu (Labeo rohita) 2.50 and 5.00 mg·kg−1 Intraperitoneal (i.p.) 10 Reduction in production of oxygen radicals by neutrophils Sahoo and Mukherjee [110 ] Rohu 1.25; 2.50 and 5.00 mg·kg−1 Intraperitoneal (i.p.) 10 Reduction of total protein and globulin levels Sahoo and Mukherjee [110 ] Rohu 10, 20 and 40 mg·kg−1 Feed: oral 8 Total erythrocyte count, total leucocyte count, hemoglobin count, and nitroblue tetrazolium decreased Mohapatra et al. [107 ] Gibel carp (Carassius auratus gibelio) 20, and 2000 μ g AFB1 kg−1 Feed: oral 24 Gonadosomatic index (GSI), absolute brood amount (AF), relative brood amount (RF), and oocyte diameter were significantly lower Huang et al. [18 ] Juvenile rainbow trout 1190 μ g·kg−1 Feed: oral 3 Mortality Nomura et al. [99 ] Sea bass (Dicentrarchus labrax L.) 0.18 mg·kg−1 Feed: oral 4 days Loss of equilibrium, rapid opercular movement, and hemorrhages of the dorsal skin surface El-Sayed and Khali [98 ] Sea bass 0.018 mg·kg−1 Feed: oral 6 El-Sayed and Khalil [98 ] OTA Channel catfish 1.0, 2.0, 4.0, or 8.0 mg·kg−1 Feed: oral 8 Reductions in body weight gain Manning et al. [111 ] 4.0, or 8.0 mg·kg−1 Feed: oral 8 Feed conversion ratio was significantly poorer Manning et al. [111 ] 8.0 mg·kg−1 Feed: oral 8 Hematocrit was significantly lower Manning et al. [111 ] OTA Juvenile common carp 4.0 mg·kg−1 Feed: oral 6 Mortality (80.49%) Manning et al. [112 ] OTA Black tiger shrimp (Penaeus monodon) 1000 μg·kg−1 Feed: oral 8 No negative impact in shrimp Supamattaya et al. [113 ] Stg Nile tilapia 5, 10 and 50 μ g·ml−1 Intragastric 4 Clastogenic, decrease of body weight, and the increase in frequencies of micronucleated red blood cells (MN RBC) and chromosomal aberrations in the kidney Abdel-Wahhab et al. [114 ] Stg Nile tilapia 1.6 μ g·kg−1 bwt Corn oil: oral 4 Genotoxic and toxicopathological effects Mahrous et al. [115 ]
