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. 2016 Feb 23;7:192. doi: 10.3389/fmicb.2016.00192

Table 2.

Prediction of deleterious nsSNP in PTX-3 gene.

nsSNP ID Mutation position Domain Deleterious prediction
rs564774580 R188C PTX 5
rs529759691 F193S PTX 5
rs532972316 E235K PTX 5
rs190837481 H269Y PTX 5
rs144979346 G306E PTX 5
rs4478039 E313K PTX 5
rs76994524 N337S PTX 5
rs146705881 L343I PTX 5
rs140073706 S344R PTX 5
rs138818541 R360W PTX 5

It represents the use of seven different SNP algorithms with different parameters to evaluate the nsSNPs. nsSNPs predicted to be deleterious by at least five different in silico SNP algorithms were categorized as high-risk nsSNPs. Because each algorithm uses different parameters to assess the nsSNPs, hence, nsSNPs with more positive results in SNP algorithms are more likely to be deleterious. 10 nsSNPs predicted to be deleterious in pentraxin-domain by at least five different SNP algorithms (Figure 1).