2-Desert-vegetated 100% Bacillus megaterium soil 3-Desert-vegetated sp. 100% HE800134.1 Rhizobium soil 4-Phosphate spoil 99.0 % Cupriavidus necator 5-Phosphate spoil 100 % Bacillus simplex 6-Desert 99.0% Bacillus foraminis soil 3-3-3 Phylogenetic identification of unknown microorganisms 18S rRNA sequences resulted from the diverse fungal isolates were determined. The sequences data were used to produce a phylogenetic tree providing the basis for efficient phylogenetic investigation of each genus. Fig 3.5 shows the successful amplification of 18SrRNA of an unknown fungus. In addition, Table 3.2 shows 18S rRNA analyses. Representing the closest matches of all strains cultured from desert soils, soil, desert non-vegetated soil and phosphate spoil. Phylogenetic analysis of JQ72 by using the BLASTN algorithm at NCB1 indicated 99% identity to Cochliobolus accession number JQ724488.1). lunatus .(NCBL Figure 3.5 The successful amplification of 18SrRNA of an unknown fungus.
2-Desert-vegetated soil Bacillus megaterium 100% 3-Desert-vegetated soil Rhizobium sp. 100% HE800134.1 4-Phosphate spoil Cupriavidus necator 99.0 % 5-Phosphate spoil Bacillus simplex 100 % 6-Desert soil Bacillus foraminis 99.0% 3-3-3 Phylogenetic identification of unknown microorganisms 18S rRNA sequences resulted from the diverse fungal isolates were determined. The sequences data were used to produce a phylogenetic tree providing the basis for efficient phylogenetic investigation of each genus. Fig 3.5 shows the successful amplification of 18SrRNA of an unknown fungus. In addition, Table 3.2 shows 18S rRNA analyses. Representing the closest matches of all strains cultured from desert soils, soil, desert non-vegetated soil and phosphate spoil. Phylogenetic analysis of JQ72 by using the BLASTN algorithm at NCB1 indicated 99% identity to Cochliobolus lunatus .(NCBL accession number JQ724488.1). Figure 3.5 The successful amplification of 18SrRNA of an unknown fungus.