Table 1 Complete table of the molecular geometry parameter ηM for amino acids not mentioned in the text.

From: Amino Acid Chiral Selection Via Weak Interactions in Stellar Environments: Implications for the Origin of Life

Amino Acid

Ligand

Zwitterion

Optimized

EEmax(×10−6)

References

Alanine

−3.87

31.79

39.39

2.52

LALNIN5947

51.60

3.35

XIYSAA48

Arginine

7.79

−44.11

−160.41

−10.4

TAQBIY49

18.57, 47.18

1.2

ARGHCL1150

Asparagine

21.88

0.05

−36.39

−2.36

VIKKEG51

38.33

37.53

2.38

ASPARM0952

Aspartic Acid

11.22

11.83

23.66

1.53

LASPRT0453

15.14

0.98

NAGLYB1054

Cysteine

10.24

8.92

10.60

0.688

LCYSTN3655

Glutamic Acid

0.94

28.48

26.54

1.72

LGLUAC0356

153.95

10.00

CAGLCL1057

Glutamine

−4.76

16.43

9.22

0.60

GLUTAM0258

Histidine

−10.55

−44.58

−31.20

−2.02

LHISTD1359

20.21

1.31

HISTCM1260

Isoleucine

5.67

−5.24, 28.00

17.58

1.14

LISLEU0261

Isovaline

−0.63

−1.92

−16.67

−1.08

KIMKUO62

119.94

7.68

Leucine

1.95

34.78

30.91

2.01

LEUCIN0463

Lysine

0.53

0.09, 42.92

19.78

1.28

CUFFUG64

−14.82

−0.96

LYSCLH1165

Methionine

−1.52

−0.34, 19.09

26.73

1.74

LMETON1466

Norvaline

5.49

26.24

33.22

2.16

USOHUH0466

10.50

0.68

VUKQID67

Phenylalanine

12.10

19.3

21.15

1.37

QQQAUJ0768

Proline

−3.68

17.5

47.25

3.07

PROLIN0169

Serine

6.84

11.83

13.53

0.88

LSERIN2870

Threonine

−6.43

12.20

−6.24

−0.41

LTHREO0447

Tryptophan

18.02

6.51

1.59

0.10

VIXQOK0171

Tyrosine

19.72

28.37

−8.90

−0.57

LTYROS1172

Valine

1.01

4.44, 34.52

19.87

1.29

LVALIN0573

8.47

0.55

VALEHC1174

  1. Also included are geometry references and citations for amino-acids computed in this model. Ligand forms were taken from the PDB75, and zwitterionic and optimized geometries are taken from the CSD35. Values are in ppm-a.u. Cations are in bold, and anions are underlined. Values separated by commas indicate two indicated geometries in the same reference (e.g., two possible bond angles in the carboxyl group from the specified geometry). The maximum produced ee, EEmax is for a meteoroid with v/c = 0.015 in a 30 T field at T = 10 K and f = 5 × 10−9.