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Amycolatopsis has a great potential for the production of natural pigments to replace synthetic pigments. Although little

Figure 4 Amycolatopsis has a great potential for the production of natural pigments to replace synthetic pigments. Although little

Related Figures (4)

Source: Authors. Figure 1. Macromorphology of Amycolatopsis sp. UFPEDA 3422 in ALA culture media; 2 ISP-2; HT; ISP-3; GAA; ISP-4 and
Source: Authors. Figure 1. Macromorphology of Amycolatopsis sp. UFPEDA 3422 in ALA culture media; 2 ISP-2; HT; ISP-3; GAA; ISP-4 and
CAA, modified HT and ALA culture medium grown at 30 °C and 37 °C. Table 1. Macromorphological characteristics of Amycolatopsis sp. UFPEDA 3422 with growth in ISP-2, ISP-3, ISP-4, GAA,
CAA, modified HT and ALA culture medium grown at 30 °C and 37 °C. Table 1. Macromorphological characteristics of Amycolatopsis sp. UFPEDA 3422 with growth in ISP-2, ISP-3, ISP-4, GAA,
HT media after 96 hours of fermentation. The production of pigments by the microorganism was significantly higher in the HT culture medium. The extracted
HT media after 96 hours of fermentation. The production of pigments by the microorganism was significantly higher in the HT culture medium. The extracted
The production of biomass and secondary metabolites by actinobacteria is influenced by the type, concentration of Figure 3. Pigment production by Amycolatopsis sp. UFPEDA 3422 in HT and 400 culture media in submerged fermentation at important since restrictions on the use of synthetic dyes have affected the color palette used in this market.
The production of biomass and secondary metabolites by actinobacteria is influenced by the type, concentration of Figure 3. Pigment production by Amycolatopsis sp. UFPEDA 3422 in HT and 400 culture media in submerged fermentation at important since restrictions on the use of synthetic dyes have affected the color palette used in this market.
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