Table 3 Set of nsSNPs indicated by structure-based methods to be detrimental.

From: “In silico analysis of human TLR3 missense single nucleotide polymorphisms and their potential association with cancer”

SNP IDs

Mutation

I-Mutant

CUPSAT

(Thermal)

CUPSAT

(Denature)

MUpro (Increase ↑ or Decrease ↓)

Align-GVGD

A

B

A

B

A

B

SVM

NN

SV0M

NN

rs5743316

N284I

↓stability

↓stability

Stabilizing

Stabilizing

Destabilizing

Destabilizing

Most likely

rs752889035

C37R

↓stability

↓stability

Destabilizing

Destabilizing

Stabilizing

Stabilizing

Most likely

rs760275329

Q538P

↓stability

↓stability

Stabilizing

Destabilizing

Destabilizing

Destabilizing

Most likely

rs768091235

L360P

↓stability

↓stability

Destabilizing

Destabilizing

Stabilizing

Stabilizing

Most likely

  1. *Note: I-Mutant: Free energy change value (DDG) classified into largely unstable if less than − 0.5 kcal/mol, largely stable if more than 0.5 kcal/mol, and neutral if the value lies in between.
  2. Align-GVGD: combines evolutionary conservation and biophysical properties to classify missense mutations from C0 to C65, where C65 indicates the highest likelihood of functional disruption.
  3. MUpro: A score less than 0 means the mutation decreases the protein stability. The smaller the score, the more confident the prediction is. Conversely, a score more than 0 means the mutation increases the protein stability. The bigger the score, the more confident the prediction is.