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Table 3 Contribution of individual residues to the dimerization of MMTV MA

From: Myristoylation drives dimerization of matrix protein from mouse mammary tumor virus

D1

D2

D3

D4

Ca

Residue

Eb

C

residue

E

C

Residue

E

C

Residue

E

A

Myr 1

−14.5

A

Myr 1

−18.0

A

Arg 18

−8.5

A

Arg 18

−9.6

B

Leu 11

−6.4

B

Myr 1

−17.3

B

Arg 18

−6.7

A

Leu 11

−4.9

A

Arg 23

−5.6

A

Arg 18

−9.0

B

Leu 11

−6.0

B

Leu 11

−4.8

B

Leu 52

−5.3

B

Arg 18

−9.0

B

Myr 1

−5.9

A

Lys 10

−4.7

A

Leu 52

−5.2

A

Leu 11

−5.7

A

Leu 11

−5.9

B

Lys 10

−4.5

B

Lys 10

−5.2

B

Leu 11

−5.7

A

Myr 1

−5.8

B

Leu 52

−4.5

A

Lys 10

−4.8

B

Lys 7

−5.1

A

Lys 10

−4.7

A

Leu 52

−4.5

B

Arg 23

−4.6

B

Leu 52

−4.8

B

Lys 10

−4.6

A

Lys 7

−2.3

A

Leu 11

−4.5

A

Lys 10

−4.7

A

Leu 52

−4.4

B

Glu 48

−2.1

B

Arg 18

−3.7

B

Lys 10

−4.6

B

Leu 52

−4.4

A

Asp 56

−2.1

B

Lys 7

−3.3

A

Leu 52

−4.6

A

Glu 48

−3.0

B

Lys 7

−2.0

B

Val 15

−3.0

A

Val 15

−3.0

A

Lys 7

−2.7

B

Val 15

−2.0

A

Lys 7

−2.9

B

Val 15

−3.0

B

Lys 7

−2.6

B

Asp 56

−2.0

A

Glu 22

−2.8

A

Lys 7

−2.5

B

Glu 48

−2.6

A

Val 15

−2.0

A

Arg 18

−2.6

A

Glu 48

−2.4

A

Val 15

−2.3

B

Glu 22

−1.8

B

Ser 14

−2.3

A

Gly 2

−2.2

B

Val 15

−2.2

B

Gly 8

−1.7

B

Glu 48

−2.0

B

Gly 8

−2.0

B

Gly 8

−1.9

B

Ser 14

−1.6

B

Leu 19

−1.9

B

Gly 2

−2.0

A

Gly 8

−1.7

A

Glu 48

−1.6

B

Gly 8

−1.8

B

Asp 56

−2.0

A

Glu 22

−1.6

A

Gly 8

−1.5

A

Val 15

−1.7

A

Gly 8

−1.9

A

Ser 14

−1.5

A

Ser 14

−1.4

  1. First twenty residues with the lowest energy
  2. aChain
  3. bEnergy in kcal/mol