Dipole moment for 7npa: CRYSTAL STRUCTURE OF THE COENZYME F420-DEPENDENT SULFIT FROM METHANOTHERMOCOCCUS THERMOLITHOTROPHICU

show whole-molecule	ChainID = A	Elongated		CRYSTAL STRUCTURE OF THE COENZYME F420-DEPENDENT SULFIT FROM METHANOTHERMOCOCCUS THERMOLIT
	No.Atoms	No.Res.	R_M	Pos.Res.	Neg.Res.	Charge	Dipole	Quadrapole	Crg./Nat.	Dip./Nat.
Value	4869.	618.	700.07	93.	97.	-4.	1488.	22401.	-0.0008	0.3055
No.Dev.Units	2.64	2.63	2.91	4.08	3.50	-0.10	2.26	5.97	0.10	-0.23

Dipole vector (in atomic units): 166.53 255.06 -56.06

Mass Moments vector: 959.64 808.24 1684.27

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show whole-molecule	ChainID = B	Elongated		CRYSTAL STRUCTURE OF THE COENZYME F420-DEPENDENT SULFIT FROM METHANOTHERMOCOCCUS THERMOLIT
	No.Atoms	No.Res.	R_M	Pos.Res.	Neg.Res.	Charge	Dipole	Quadrapole	Crg./Nat.	Dip./Nat.
Value	4863.	618.	697.93	93.	97.	-4.	1528.	22161.	-0.0008	0.3143
No.Dev.Units	2.64	2.63	2.89	4.08	3.50	-0.10	2.36	5.90	0.10	-0.20

Dipole vector (in atomic units): 99.18 -299.13 43.80

Mass Moments vector: 900.59 819.07 1703.53

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show whole-molecule	ChainID = C	Elongated		CRYSTAL STRUCTURE OF THE COENZYME F420-DEPENDENT SULFIT FROM METHANOTHERMOCOCCUS THERMOLIT
	No.Atoms	No.Res.	R_M	Pos.Res.	Neg.Res.	Charge	Dipole	Quadrapole	Crg./Nat.	Dip./Nat.
Value	4862.	618.	696.53	93.	97.	-4.	1585.	23002.	-0.0008	0.3260
No.Dev.Units	2.64	2.63	2.89	4.08	3.50	-0.10	2.49	6.15	0.10	-0.15

Dipole vector (in atomic units): -179.65 -271.81 -52.40

Mass Moments vector: 920.57 834.39 1680.11

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show whole-molecule	ChainID = D	Elongated		CRYSTAL STRUCTURE OF THE COENZYME F420-DEPENDENT SULFIT FROM METHANOTHERMOCOCCUS THERMOLIT
	No.Atoms	No.Res.	R_M	Pos.Res.	Neg.Res.	Charge	Dipole	Quadrapole	Crg./Nat.	Dip./Nat.
Value	4838.	617.	695.45	93.	97.	-4.	1523.	22861.	-0.0008	0.3149
No.Dev.Units	2.62	2.63	2.88	4.08	3.50	-0.10	2.35	6.11	0.10	-0.19

Dipole vector (in atomic units): -105.35 296.63 38.71

Mass Moments vector: 929.17 861.17 1657.69

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Graphic Dipole© by Clifford Felder, Joel Sussman and Jaime Prilusky, 2006,2009,2011,2014,2018,2021
Bioinformatics and Biological Computing
Weizmann Institute of Science