Figures index

From

Isolation and Characterization of Linuron Degrading Bacteria from Soils under Horticultural Production in Kenya

Philip Miriti, Gabriel Magoma., Hamadi I. Boga, Aggrey Nyende B

International Journal of Environmental Bioremediation & Biodegradation. 2014, 2(5), 220-227 doi:10.12691/ijebb-2-5-2
  • Figure 1a. HPLC profiles of linuron degradation on zero day. Peak A is linuron while the other peaks are mineral salts
  • Figure 1b. HPLC profiles of linuron degradation on 42 nd day. Peak A reduced while peaks B, C, D and E increased area
  • Figure 1c. HPLC profiles of linuron degradation on 84th day. Peak A was significantly reduced while peaks F, G and H were detected
  • Figure 2. Degradation of linuron by isolate LOG-8A, Ljk-5B and Lwa-2A. The data points and error bars show the means and standard deviations
  • Figure 3. Degradation of Linuron by isolate Ljk-5C, Lwa-2C and Lla-1A. The data points and error bars show the means and standard deviations
  • Figure 4. Phylogenetic tree showing position of isolate LoG-8A, Lwa-2A, Lsh-6B, LJk-5C, Lla-1A and Lwa-2C. The scale bar indicates approximately 2% sequence difference. Numbers at nodes indicate bootstrap values of each node out of 100 bootstrap resampling. The 16S rRNA gene sequence of Escherichia coli X80725 was used as an out group