Submission 2

Description

PoPMuSiC+BeATMuSiC, first we screen all mutant with PoP to destabilize the monomer and then we improve the binding affinity with BeAtMuSiC. These are both statistical physics based method that we develop in our Lab. Unfortunatly our prediction do not correlate well with IPSAE.

Proteins (8)

TableGrid

Mmarianne.rooman

id: strong-mole-cloud

Binder

Other

PoP+BeAt

Target

Nipah Virus Glycoprotein G

0.80

81.88

15.9 kDa

140

id: green-eagle-maple

Binder

Other

PoP+BeAt

Target

Nipah Virus Glycoprotein G

0.77

82.18

16.0 kDa

140

id: brisk-kiwi-snow

Binder

Other

PoP+BeAt

Target

Nipah Virus Glycoprotein G

0.75

82.13

15.9 kDa

140

id: quiet-orca-jade

Binder

Other

PoP+BeAt

Target

Nipah Virus Glycoprotein G

0.72

81.93

16.0 kDa

140

id: wild-mole-iron

Binder

Other

PoP+BeAt

Target

Nipah Virus Glycoprotein G

0.72

81.12

15.9 kDa

140

id: quiet-heron-rose

Binder

Other

PoP+BeAt

Target

Nipah Virus Glycoprotein G

0.70

81.38

15.9 kDa

140

id: radiant-seal-opal

Binder

Other

PoP+BeAt

Target

Nipah Virus Glycoprotein G

0.69

81.96

15.9 kDa

140

id: silent-lynx-lotus

Binder

Other

PoP+BeAt

Target

Nipah Virus Glycoprotein G

0.67

80.95

16.0 kDa

140