Figures index

From

Diversity and Biological Activities of Mold Isolated from Bilanko and Ngamakala Peat Bog Soils (Republic of Congo)

Gatsé Elgie Viennechie, Mboukou Kimbatsa Irène Marie Cecile, Ngala-Ngo chanta, Baloki Ngoulou Tarcisse, Morabandza Cyr Jonas, Nguimbi Etienne

American Journal of Microbiological Research. 2024, 12(2), 27-37 doi:10.12691/ajmr-12-2-3
  • Figure 1. Location of sample collection sites
  • Figure 2. mould colonies on Sabouraud medium after 7 days
  • Figure 3. Variation in mould concentration at the Bilanko site
  • Figure 4. Variation in mould concentration the Ngamakala site
  • Figure 5. Pure mold isolates on Sabouraud
  • Figure 6. Macroscopic and microscopic characteristics of mold
  • Figure 7. Demonstration of amylolytic activity by isolate (E2N5 Aspergillus sp1)
  • Figure 8. Profile of amylase production by isolates
  • Figure 9. Evidence of the cellulolytic activity of the isolate (E2N5 Aspergillus sp1)
  • Figure 10. Cellulase production profile of different mold isolates
  • Figure 11. Evidence of proteolytic enzyme production by isolates
  • Figure 12. Protease production profile of different mold isolates
  • Figure 13. Demonstration of lipase production by isolates
  • Figure 14. Lipase production profile for different isolates
  • Figure 15. Direct comparison between E6L2 (Rhizomucor) and E6L3 (Aspergillus)
  • Figure 16. Growth trends of E6L2 and E6L3 isolates in direct comparison
  • Figure 17. Direct confrontation between E6L3 (Aspergillus) and E2N5 (Aspergillus)
  • Figure 18. Growth trend of E6L3 and E2N5 isolates in direct comparison
  • Figure 19. Direct confrontation between E1N6 (Aspergillus) and E4N3 (Beauveria)
  • Figure 20. Growth trend of E4N3 and E1N6 isolates in direct comparison
  • Figure 21. Direct comparison between E1N5 (Aspergillus) and E1L1 (Beauveria)
  • Figure 22. Diameter trends for E1N5 and E1L1 isolates
  • Figure 23. Direct comparison between E4N4 (Penicelium) and E2N5 (Aspergillus)
  • Figure 24. Growth trend of E4N4 and E1L1 isolates in direct comparison
  • Figure 25. Direct comparison between E3L3 (Trichoderma) and E1L1 (Beauveria)
  • Figure 26. Evolution of E3L3 and E1L1 isolates in direct comparisons