Figure S1. Breeding scheme used to generate F2 mice. Since the fertility of C57BL/6 female mice is higher than A/J female mice, we chose C57BL/6 female mice and A/J male mice as parents to generate F1 progeny. To avoid inbreeding, F1 male mice were mated with F1 female mice from a different group to generate the F2 mice. Figure S2. Overall strategy for identifying genes associated with resistance to S. suis in swine. Flow chart of the strategy for identifying S. suis resistant genes in swine through gene expression profiling and SNP genotyping chip. Figure S3. Population structure analyzed from PCA values. Principal component values (C1, C2 and C3) were obtained through PLINK1.09 and used to correct population structure. Each point stands f...
Table S1. Antimicrobial resistance patterns of Thai S. suis isolated strains. AMP: ampicillin, AZM: ...
Table S1. Summary of off-targeting comparison for RAG2. Target gene (RAG2) guide sequence compared t...
Additional file 2. Complete list of non-core virulence-associated genes present in S. suis serotype ...
Abstract Background Swine streptococcosis has caused great economic loss in the swine industry, and ...
Table S1. Details of significant SNPs related to SS2 susceptibility. (XLSX 21 kb
Streptococcus suis type 2 (SS2) is an important swine pathogen and zoonosis agent. A/J mice are sign...
<div><p><em>Streptococcus suis</em> type 2 (SS2) is an important swine pathogen and zoonosis agent. ...
Table S7. SNPs significant to SS2 susceptibility and corresponding DEGs located within their 500âk...
Number of independent principal components per chromosome required to capture 99.5% of the genetic v...
Comparing of the MRPs from four strains of S.suis 2. (A) Alignment of the amino acids sequences of M...
Figure S1. Heatmap illustrates susceptibility, i.e. susceptible, intermediate, and resistant, of Str...
Figure S2. Founder contributions and haplotype around Stsl3 QTL on Chr 1. (A) Genome scan magnificat...
Figure S3. Heatmap illustrates susceptibility, i.e. susceptible, intermediate, and resistant, of Str...
Table S2. Differentially expressed genes (DEGs) between Co-NEC and No-NEC groups. Listed are all the...
Table S4. Source of Streptococcus suis isolated strains and numbers of strains used in this study. T...
Table S1. Antimicrobial resistance patterns of Thai S. suis isolated strains. AMP: ampicillin, AZM: ...
Table S1. Summary of off-targeting comparison for RAG2. Target gene (RAG2) guide sequence compared t...
Additional file 2. Complete list of non-core virulence-associated genes present in S. suis serotype ...
Abstract Background Swine streptococcosis has caused great economic loss in the swine industry, and ...
Table S1. Details of significant SNPs related to SS2 susceptibility. (XLSX 21 kb
Streptococcus suis type 2 (SS2) is an important swine pathogen and zoonosis agent. A/J mice are sign...
<div><p><em>Streptococcus suis</em> type 2 (SS2) is an important swine pathogen and zoonosis agent. ...
Table S7. SNPs significant to SS2 susceptibility and corresponding DEGs located within their 500âk...
Number of independent principal components per chromosome required to capture 99.5% of the genetic v...
Comparing of the MRPs from four strains of S.suis 2. (A) Alignment of the amino acids sequences of M...
Figure S1. Heatmap illustrates susceptibility, i.e. susceptible, intermediate, and resistant, of Str...
Figure S2. Founder contributions and haplotype around Stsl3 QTL on Chr 1. (A) Genome scan magnificat...
Figure S3. Heatmap illustrates susceptibility, i.e. susceptible, intermediate, and resistant, of Str...
Table S2. Differentially expressed genes (DEGs) between Co-NEC and No-NEC groups. Listed are all the...
Table S4. Source of Streptococcus suis isolated strains and numbers of strains used in this study. T...
Table S1. Antimicrobial resistance patterns of Thai S. suis isolated strains. AMP: ampicillin, AZM: ...
Table S1. Summary of off-targeting comparison for RAG2. Target gene (RAG2) guide sequence compared t...
Additional file 2. Complete list of non-core virulence-associated genes present in S. suis serotype ...