Jual culture Dan Starter Aspergillus oryzae Telp. 087731375234 Studies of A. oryzae and A. sojae strains used for shoyu production have focused on comparing these two fungal species and improving their enzyme-producing abilities. A study of the enzymatic differences between 11 strains of A. oryzae and 20 strains of A. sojae showed that the activities of neutral, acid, and alkaline proteases, xylanase, pectin lyase, phosphatase, and aminopeptidase were not significantly different. However, acid carboxy peptidase activity and α-amylase activity were higher from A. oryzae when compared with A. sojae strains, while endopolygalacturonidase activity was much higher from A. sojae than from A. oryzae (Terada et al., 1980). The ratios between α-amylase activity and endopoly galacturonidase activity of 0.5–2 for A. sojae and 20–2000 for A. oryzae were suggested as a differentiation criterion for the species (Terada et al., 1980). Hayashi et al. (1981) compared the performanc...
Jual Culture Aspergillus sojae 087731375234 Studies of A. oryzae and A. sojae strains used for shoyu production have focused on comparing these two fungal species and improving their enzyme-producing abilities. A study of the enzymatic differences between 11 strains of A. oryzae and 20 strains of A. sojae showed that the activities of neutral, acid, and alkaline proteases, xylanase, pectin lyase, phosphatase, and aminopeptidase were not significantly different. However, acid carboxypeptidase activity and α-amylase activity were higher from A. oryzae when compared with A. sojae strains, while endopolygalacturonidase activity was much higher from A. sojae than from A. oryzae (Terada et al., 1980). The ratios between α-amylase activity and endopolygalacturonidase activity of 0.5–2 for A. sojae and 20–2000 for A. oryzae were suggested as a differentiation criterion for the species (Terada et al., 1980). Hayashi et al. (1981) compared the performance of these two fungi in shoyu pr...
Jual Ragi Kecap (Aspergillus sojae, Aspergillus oryzae) 087731375234 Kecap merupakan bumbu masakan penambah cita rasa yang sangat digemari banyak kalangan. Kecap dapat diolah dari berbagai macam jenis bahan, antara lain adalah; kedelai hitam, kedelai kuning, kacang benguk, air kelapa dan lain-lain. Namun, kecap dengan bahan baku kedelai hitam memiliki cita rasa yang lebih nikmat dan tampilan lebih menarik. Proses pembuatan kecap melibatkan pemanfaatan bioteknologi, dengan memanfaatkan kapang Aspergillus oryzae, Aspergillus sojae, Aspergillus wenti, Rhizophus olygosporus. Proses pembuatan kecap cukup lama, proses fermentasi dengan kapan kurang lebih berlangsung 2-3 hari, sedangkan proses fermentasi selanjutnya dalam larutan garam 25% kurang lebih 3-6 bulanan. Proses fermentasi yang cukup lama bertujuan untuk menghasilkan cita rasa yang nikmat dan aroma yang lebih menarik. Produk kecap memiliki pangsa pasar dan permintaan yang sangat besar baik dalam negeri mau...
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