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Table 2 Impacts of potentially pathogenic missense variants on pirin stability

From: A comprehensive in silico exploration of the impacts of missense variants on two different conformations of human pirin protein

Variantsa,

Changes in Fe2+ bound Pirin Stability, ∆∆G (kcal/mol)b

Variantsa,

Changes in Fe3+ bound Pirin Stability, ∆∆G (kcal/mol)b

mCSM

DeepDDG

INPS3D

MAESTROweb

PremPS

mCSM

DeepDDG

INPS3D

MAESTROweb

PremPS

G19A

− 0.281

− 1.309

0.12

− 0.045

− 0.85

G19A

− 0.348

− 1.419

0.099

− 0.036

− 0.97

V24F

− 1.211

− 0.729

− 0.38

0.736

− 1.19

V24F

− 1.27

− 1.047

− 0.395

0.723

− 1.35

R25W

− 0.567

− 0.445

− 0.574

0.396

− 1.27

R25W

− 0.577

− 0.109

− 0.276

0.348

− 1.24

I28T

− 2.411

− 1.377

− 2.543

− 1.268

− 2.03

I28T

− 3.068

− 1.927

− 2.511

− 1.317

− 2.4

P38L

− 0.932

− 3.204

− 0.523

0.592

− 0.73

P38L

− 0.965

− 3.391

− 0.523

0.426

− 0.73

D43H

− 1.98

− 0.887

− 0.623

0.121

− 0.55

D43H

− 1.564

− 0.509

− 0.679

0.212

− 0.71

H56Q

− 0.754

− 0.396

− 0.853

1

− 1.33

H56Q

− 0.9

− 0.529

− 0.853

0.246

− 1.54

H58R

− 1.891

− 1.472

− 0.258

− 0.005

− 1.51

H58R

− 1.97

− 1.444

− 0.321

− 0.016

− 1.59

R59P

− 1.594

− 2.737

− 1.567

− 1.498

− 1.41

R59P

− 1.571

− 2.829

− 1.612

− 1.767

− 1.56

R59Q

− 1.478

− 1.578

− 1.013

− 1.66

− 1.94

R59Q

− 1.485

− 1.538

− 1.068

− 1.781

− 2.09

G60S

− 1.841

− 3.177

− 0.912

− 0.479

− 1.56

G60S

− 1.889

− 3.076

− 0.912

− 0.531

− 1.69

G60V

− 0.605

− 3.761

− 1.185

0.065

− 1.44

G60V

− 0.6

− 3.656

− 1.185

0.252

− 1.52

G70A

− 0.78

− 2.001

− 0.099

− 0.102

− 0.3

G70A

− 0.811

− 1.701

− 0.125

− 0.014

− 0.4

G70R

− 0.746

− 1.566

0.119

− 0.045

− 0.53

G70R

− 0.823

− 1.287

0.227

− 0.027

− 0.62

G70V

− 0.685

− 2.375

0.181

0.557

− 0.44

G70V

− 0.693

− 2.049

0.21

0.218

− 0.52

D77E

− 0.601

− 1.97

− 0.586

0.319

− 0.7

D77E

− 0.422

− 2.908

− 0.65

0.328

− 0.77

F78V

− 1.476

− 3.941

− 2.152

− 0.739

− 1.95

F78V

− 1.549

− 4.009

− 2.086

− 1.03

− 2.23

H81P

0.725

− 1.264

− 1.286

0.019

− 0.95

H81P

0.696

− 1.189

− 1.242

0.069

− 1.13

G83D

− 1.452

− 1.512

− 0.683

0.599

− 1.27

G83D

− 1.473

− 1.529

− 0.698

0.697

− 1.45

L90F

− 1.604

− 1.029

− 1.032

0.437

− 1.02

L90F

− 1.585

− 0.804

− 1.011

0.441

− 1.16

A95V

− 0.963

− 2.69

− 1.356

1.485

− 1.81

A95V

− 0.899

− 2.24

− 1.356

1.541

− 1.9

G98D

− 1.632

− 3.5

− 0.963

− 1.203

− 1.64

G98D

− 1.789

− 3.266

− 0.987

− 0.548

− 1.78

G98S

− 1.299

− 2.466

− 0.93

0.106

− 1.31

G98S

− 1.421

− 2.281

− 0.938

0.182

− 1.45

H101Y

− 0.182

− 0.845

− 0.116

0.454

− 1.02

H101Y

− 0.016

− 0.744

− 0.116

0.44

− 1.08

Q115K

− 0.339

− 1.437

− 0.796

− 0.556

− 1.46

Q115K

− 0.263

− 1.195

− 0.607

− 0.355

− 1.34

L116P

− 1.323

− 4.818

− 3.54

− 1.508

− 2.79

L116P

− 1.437

− 4.762

− 3.54

− 1.645

− 3.02

M126T

− 0.114

− 1.028

− 1.544

− 1.123

− 1.37

M126T

− 0.145

− 0.798

− 1.533

− 1.237

− 1.27

P129L

− 0.713

− 1.614

− 0.579

0.436

− 0.69

P129L

− 0.748

− 1.719

− 0.579

0.303

− 0.85

V151D

− 3.091

− 5.314

− 3.003

− 1.201

− 2.79

V151D

− 3.117

− 5.492

− 3.003

− 1.18

− 2.94

S161Y

− 0.62

− 1.719

− 0.524

0.85

− 0.84

S161Y

− 0.607

− 1.933

− 0.551

0.947

− 0.89

T167I

− 0.191

− 0.479

− 0.846

0.177

− 1.21

T167I

− 0.158

− 0.518

− 0.846

0.512

− 1.21

D173G

0.64

− 2.656

− 0.949

− 0.026

0.01

D173G

0.482

− 2.415

− 1.005

− 0.021

− 0.09

D173N

− 0.137

− 1.544

− 0.597

0.064

− 0.5

D173N

− 0.336

− 1.255

− 0.742

0.141

− 0.48

G179V

− 0.612

− 2.029

− 1.538

− 0.93

− 1.44

G179V

− 0.56

− 2.096

− 1.542

− 0.361

− 1.52

P187L

− 0.369

− 0.886

− 0.814

0.066

− 0.78

P187L

− 0.343

− 0.91

− 0.814

0.037

− 0.85

W190S

− 2.767

− 1.464

− 2.712

− 1.465

− 1.26

W190S

− 2.707

− 1.415

− 2.654

− 1.568

− 1.42

L220P

− 1.386

− 5.855

− 3.385

− 1.341

− 2.32

L220P

− 1.379

− 5.872

− 3.402

− 1.261

− 2.49

P245S

− 1.457

− 1.37

− 1.046

− 0.413

− 1.24

P245S

− 1.554

− 1.494

− 1.046

− 0.419

− 1.45

E248A

− 0.689

− 0.603

− 0.581

− 1.544

− 0.51

E248A

− 0.645

− 0.614

− 0.575

− 1.524

− 0.67

E248D

− 0.685

− 0.853

− 0.729

− 0.862

− 1.03

E248D

− 0.597

− 0.835

− 0.704

− 0.879

− 1.19

G254C

− 0.606

− 0.619

− 1.685

− 0.543

− 1.18

G254C

− 0.511

− 0.649

− 1.636

− 0.435

− 1.2

G254V

− 0.199

− 0.862

− 1.482

− 0.709

− 1.56

G254V

− 0.149

− 0.94

− 1.4

− 0.623

− 1.4

V257A

− 2.006

− 1.87

− 2.659

− 1.145

− 2.1

V257A

− 2.155

− 1.948

− 2.671

− 1.143

− 2.24

M258I

− 0.971

− 1.677

− 2.049

0.268

− 1.67

M258I

− 0.921

− 1.283

− 2.079

0.352

− 1.82

I264S

− 2.812

− 2.587

− 3.226

− 1.715

− 2.56

I264S

− 2.676

− 2.499

− 3.258

− 1.757

− 2.69

  1. aVariants that were predicted to significantly reduce pirin stability (∆∆G < − 1 kcal/mol) by all five tools are written in bold italics, whereas those that were predicted to have ∆∆G < − 1 kcal/mol by four tools are written in bold letters
  2. bNegative ∆∆G values indicate decrease in pirin stability. ∆∆G values of < − 1 kcal/mol are written in bold letters, while ∆∆G values of > 1 kcal/mol are underlined