Additional file 8: Figure S7. Bio-flocculation of different microalgal strains by BAPS-52-1, BAPS-52-2, and BAPS-52-1 + BAPS-52-2. (A–D) Isochrysis sp. cells co-cultured with a mixture of BAPS-52-1 + BAPS-52-2; (E–J) Isochrysis sp. cells co-cultured with BAPS-52-1; (G–J) Isochrysis sp. cells attached to the biofilm produced by BAPS-52-1 attached to the microscopic slide; (K–N) N. oculata cells co-cultured with a mixture of BAPS-52-1 + BAPS-52-2; (O) Nannochloris sp. cells co-cultured with a mixture of BAPS-52-1 + BAPS-52-2; (P) Nannochloris sp. cells co-cultured with BAPS-52-2 filaments. (C, F, H, J, N) Images under UV light. Scale bars represent: (A–L, N–P), 50 µm; (M), 20 µm
Figure S2. TLC analysis and HPLC analysis of the dichloromethane extract in bioflocculant. (JPG 127 ...
Additional file 3: Figure S2. Pelletization of A. fumigatus grown in liquid media. (A) A. fumigatus ...
Additional file 2: Figure S1. Scanning electron microscope images (400× or 3,000× magnification) of ...
Additional file 4: Figure S4. A–F Characterization of components isolated from Biofilm #52 and Biofi...
Additional file 2: Figure S2. Spatial distribution of photosynthetic components within biofilms. (A,...
Additional file 3: Figure S3. Biofilms growth patterns. (A) Biofilm #52 is floating on the surface o...
Additional file 1: Figure S1. Images of isolated saline biofilms. (A–O) Saline biofilms isolated fro...
Additional file 10: Figure S8. Mortality rates of A. compressa in untreated and treated by Biofilm #...
Additional file 14: Table S5. List of primers used for genotyping of biofilms components
Additional file 13: Table S4. Chemical composition of ROC streams after treatment with assembled bio...
Table S1. The comparsion of bioflocculant from different microorganism (DOCX 20 kb
Additional file 9: Figure S8. The samples of A. fumigatus-SD100, A. fumigatus-SD256 and A. fumigatus...
Additional file 1: Fig. S1. Schematic figure of Spirulina subsalsa production with seawater and MSGR...
Competition assay between P. inhibens S4Sm strains and V. anguillarum NB10Sm without pre-colonizatio...
Additional file 2: Figure S1. Images of (A) A. filiculoides and (B) A. pinnata. (C) Filamentous cyan...
Figure S2. TLC analysis and HPLC analysis of the dichloromethane extract in bioflocculant. (JPG 127 ...
Additional file 3: Figure S2. Pelletization of A. fumigatus grown in liquid media. (A) A. fumigatus ...
Additional file 2: Figure S1. Scanning electron microscope images (400× or 3,000× magnification) of ...
Additional file 4: Figure S4. A–F Characterization of components isolated from Biofilm #52 and Biofi...
Additional file 2: Figure S2. Spatial distribution of photosynthetic components within biofilms. (A,...
Additional file 3: Figure S3. Biofilms growth patterns. (A) Biofilm #52 is floating on the surface o...
Additional file 1: Figure S1. Images of isolated saline biofilms. (A–O) Saline biofilms isolated fro...
Additional file 10: Figure S8. Mortality rates of A. compressa in untreated and treated by Biofilm #...
Additional file 14: Table S5. List of primers used for genotyping of biofilms components
Additional file 13: Table S4. Chemical composition of ROC streams after treatment with assembled bio...
Table S1. The comparsion of bioflocculant from different microorganism (DOCX 20 kb
Additional file 9: Figure S8. The samples of A. fumigatus-SD100, A. fumigatus-SD256 and A. fumigatus...
Additional file 1: Fig. S1. Schematic figure of Spirulina subsalsa production with seawater and MSGR...
Competition assay between P. inhibens S4Sm strains and V. anguillarum NB10Sm without pre-colonizatio...
Additional file 2: Figure S1. Images of (A) A. filiculoides and (B) A. pinnata. (C) Filamentous cyan...
Figure S2. TLC analysis and HPLC analysis of the dichloromethane extract in bioflocculant. (JPG 127 ...
Additional file 3: Figure S2. Pelletization of A. fumigatus grown in liquid media. (A) A. fumigatus ...
Additional file 2: Figure S1. Scanning electron microscope images (400× or 3,000× magnification) of ...