Figure 1 - uploaded by Aborisade Wakil Tope
Content may be subject to copyright.
Growth-dependent screening for cypermethrin utilization Key: PCD potential cypermethrin degrading bacteria
Source publication
The need for sustainable management of cypermethrin, a widely used synthetic pesticide with significant ecological impact, calls for urgent concerns among environmental stakeholders. Therefore, in this study, the potential cypermethrin-degrading (PCD) bacteria were screened and identified from the soil samples collected from the Cowpea farm of Teac...
Contexts in source publication
Context 1
... amplified DNA of the potential cypermethrin-degrading bacterial isolates is shown in Plate 1. The neighbour-joining phylogenetic tree of partial 16s rRNA gene sequence of potential cypermethrin degrading (PCD) bacterial isolates is shown in Figure 1. The comparison of the sequenced results of the 16s rRNA gene of the isolates with previously published 16s rRNA gene of bacterial nucleotide on the National Center for Biotechnology Information (NCBI) database revealed that the isolates belong to the following genera; Lysinibacillus (PCD1), Bacillus (PCD2) and Achromobacter (PCD3); (Figure 1). ...
Context 2
... neighbour-joining phylogenetic tree of partial 16s rRNA gene sequence of potential cypermethrin degrading (PCD) bacterial isolates is shown in Figure 1. The comparison of the sequenced results of the 16s rRNA gene of the isolates with previously published 16s rRNA gene of bacterial nucleotide on the National Center for Biotechnology Information (NCBI) database revealed that the isolates belong to the following genera; Lysinibacillus (PCD1), Bacillus (PCD2) and Achromobacter (PCD3); (Figure 1). ...
Context 3
... isolate PCD1 showed the highest percentage homology (99%) with the partial 16s rRNA gene sequence of Lysinibacillus fusiformis strain NBRC15717 with accession number NR112569. The isolate PCD1 formed a phylogenetic cluster with L. fusifomis (Figure 1). ...
Context 4
... isolate PCD2 showed the highest percentage homology (99%) with the partial 16s rRNA gene sequence of Bacillus sonorensis strain NBRC101234 with accession number NR113993. The isolate PCD2 formed a phylogenetic cluster with B.sonorensis (Figure 1). ...
Context 5
... result for the growth-dependent utilization of cypermethrin determined by OD values at 600 nm is shown in Figure 1. The increases in ...
Context 6
... to reduce the environmental and public health risks associated with pesticide use, it is necessary to develop methods to remove or minimize the concentration in the environment. Among various approaches for the remediation of a the OD values were observed for all the isolates on the third day (Figure 1). The highest OD values were recorded on the ninth day for the PCD1 (0.80) and the sixth day for the PCD2 (0.60) and PCD3 (0.65) respectively (Figure 1). ...
Context 7
... various approaches for the remediation of a the OD values were observed for all the isolates on the third day (Figure 1). The highest OD values were recorded on the ninth day for the PCD1 (0.80) and the sixth day for the PCD2 (0.60) and PCD3 (0.65) respectively (Figure 1). contaminated environment, the biological technique offers the most promising and effective strategy due to its cost-effectiveness and capability to turn toxic chemicals into innocuous components [20]. ...
Context 8
... amplified DNA of the potential cypermethrin-degrading bacterial isolates is shown in Plate 1. The neighbour-joining phylogenetic tree of partial 16s rRNA gene sequence of potential cypermethrin degrading (PCD) bacterial isolates is shown in Figure 1. The comparison of the sequenced results of the 16s rRNA gene of the isolates with previously published 16s rRNA gene of bacterial nucleotide on the National Center for Biotechnology Information (NCBI) database revealed that the isolates belong to the following genera; Lysinibacillus (PCD1), Bacillus (PCD2) and Achromobacter (PCD3); (Figure 1). ...
Context 9
... neighbour-joining phylogenetic tree of partial 16s rRNA gene sequence of potential cypermethrin degrading (PCD) bacterial isolates is shown in Figure 1. The comparison of the sequenced results of the 16s rRNA gene of the isolates with previously published 16s rRNA gene of bacterial nucleotide on the National Center for Biotechnology Information (NCBI) database revealed that the isolates belong to the following genera; Lysinibacillus (PCD1), Bacillus (PCD2) and Achromobacter (PCD3); (Figure 1). ...
Context 10
... isolate PCD1 showed the highest percentage homology (99%) with the partial 16s rRNA gene sequence of Lysinibacillus fusiformis strain NBRC15717 with accession number NR112569. The isolate PCD1 formed a phylogenetic cluster with L. fusifomis (Figure 1). ...
Context 11
... isolate PCD2 showed the highest percentage homology (99%) with the partial 16s rRNA gene sequence of Bacillus sonorensis strain NBRC101234 with accession number NR113993. The isolate PCD2 formed a phylogenetic cluster with B.sonorensis (Figure 1). ...
Context 12
... result for the growth-dependent utilization of cypermethrin determined by OD values at 600 nm is shown in Figure 1. The increases in ...
Context 13
... to reduce the environmental and public health risks associated with pesticide use, it is necessary to develop methods to remove or minimize the concentration in the environment. Among various approaches for the remediation of a the OD values were observed for all the isolates on the third day (Figure 1). The highest OD values were recorded on the ninth day for the PCD1 (0.80) and the sixth day for the PCD2 (0.60) and PCD3 (0.65) respectively (Figure 1). ...
Context 14
... various approaches for the remediation of a the OD values were observed for all the isolates on the third day (Figure 1). The highest OD values were recorded on the ninth day for the PCD1 (0.80) and the sixth day for the PCD2 (0.60) and PCD3 (0.65) respectively (Figure 1). contaminated environment, the biological technique offers the most promising and effective strategy due to its cost-effectiveness and capability to turn toxic chemicals into innocuous components [20]. ...
