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Original Research

Association of CRISPR/Cas System with the Drug Resistance in Klebsiella pneumoniae

ORCID Icon, & ORCID Icon
Pages 1929-1935 | Published online: 23 Jun 2020

Figures & data

Table 1 Constituent Ratios of Departments Where the Samples Originated from

Table 2 Sequences of CRISPR/Cas Spacers Matching Plasmids or Phages

Figure 1 Presence of (A) Cas1 and (B) Cas3 genes by PCR. M indicates the DNA marker. The numeric characters represent the sequential number of different K. pneumoniae isolates.

Figure 1 Presence of (A) Cas1 and (B) Cas3 genes by PCR. M indicates the DNA marker. The numeric characters represent the sequential number of different K. pneumoniae isolates.

Figure 2 Presence of CRISPR2 gene by PCR. M indicates the DNA marker. The numeric characters represent the sequential number of different K. pneumoniae isolates which carry the CRISPR2 gene.

Figure 2 Presence of CRISPR2 gene by PCR. M indicates the DNA marker. The numeric characters represent the sequential number of different K. pneumoniae isolates which carry the CRISPR2 gene.

Figure 3 Presence of CRISPR3 gene by PCR. M indicates the DNA marker. The numeric characters represent the sequential number of different K. pneumoniae isolates which carry the CRISPR3 gene.

Figure 3 Presence of CRISPR3 gene by PCR. M indicates the DNA marker. The numeric characters represent the sequential number of different K. pneumoniae isolates which carry the CRISPR3 gene.

Table 3 Genetic Characterization of 136 Isolates of K. pneumoniae

Table 4 The Distribution of Drug Resistance Genes Between CRISPR/Cas-Positive and -Negative Isolates of K. pneumoniae

Table 5 Drug Resistance Pattern Between CRISPR/Cas-Positive and -Negative Isolates of K. pneumoniae