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Isolate and Extract for Milk Clotting Enzymes from the leaves of Moringa Oleifera, Carica Papaya and Mangifera Indica and Use in Cheese Making: The Case of Western Hararage Region, Ethiopia

Abebe Getu Derso, Getachew Gashaw Dagnew

Journal of Food and Nutrition Research. 2019, 7(3), 244-254 doi:10.12691/jfnr-7-3-10
  • Figure 1. Map of Study Area
  • Figure 2. Ability of different extracting solutions to extract milk-clotting enzyme from the leaves of Carica papaya and Moringa oleifera
  • Figure 3. Ammonium sulfate fractionation of a milk-clotting enzyme from the leaves of Carica papaya and Moringa oleifera
  • Figure 4. Optimal temperature of milk clotting enzyme from leaves of Carica papaya
  • Figure 5. Optimal temperature of milk clotting enzyme from leaves of Moringa olifera
  • Figure 6. Thermal Stability of milk clotting enzyme from leaves of Carica Papaya
  • Figure 7. Thermal Stability of milk clotting enzyme from leaves of Moringa olifera
  • Figure 8. Optimal pH for milk clotting enzyme from leaves of Carica Papaya
  • Figure 9. Optimal pH for milk clotting enzyme from leaves of Moringa
  • Figure 10. PH stability of milk clotting enzyme from leaves of Carica Papaya
  • Figure 11. PH stability of milk clotting enzyme from leaves of Moringa oleifera
  • Figure 12. MCA of Carica papaya crude extract
  • Figure 13. MCA of Moringa oleifera crude extract