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Corn Substitution Through Na-Glutamate and Neurospora Species Supplementation in Cassava and Tofu Dregs

Corn Substitution Through Na-Glutamate and Neurospora Species Supplementation in Cassava and Tofu Dregs

Munasik*, Titin Widiyastuti, Caribu Hadi Prayitno

Faculty of Animal Science, Jenderal Soedirman University, Purwokerto, 53122, Indonesia.

 
*Correspondence | Munasik, Faculty of Animal Science, Jenderal Soedirman University, Purwokerto, 53122, Indonesia; Email: munasik@unsoed.ac.id

Figure 1:

Moisture of post fermented cassava-tofu dreg.

Figure 2:
Dry matter of post fermented cassava-tofu dreg.
Figure 3:

Effect of red fermented peanut cake yeast addition on the crude fiber of post fermented cassava-tofu dreg.

Figure 4:

Effect Na-glutamate on the crude fat.

Figure 5:
Effect of red fermented peanut on the crude fat.
Figure 6:

Effect of red fermented peanut cake yeast addition on the inorganic matter of post fermented cassava waste-tofu dreg.

Figure 7:

Effect of Na-glutamate on the crude protein.

Figure 8:

Effect of red fermented peanut cake yeast on the crude protein.

Figure 9:

Effect of Na-glutamate on the NFE.

Figure 10:

Effect of red fermented peanut cake yeast addition on the NFE.

Figure 11:

Calcium concentration of post-fermented cassava waste-tofu dreg with Na-glutamate level (A) and red fermented peanut cake yeast level (B).

Figure 12:

Phosphor concentration of post-fermentation cassava waste tofu dreg with Na-glutamate level (A) and red fermented peanut cake yeast level (B).

Figure 13:

Cassava waste-tofu dreg phytic acid content post-fermentation with different levels of Na-glutamate (A) and level of red fermented peanut cake yeast (B).

Advances in Animal and Veterinary Sciences

May

Vol. 12, Iss. 5, pp. 802-993

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