PDB Chemical Component 1PC

The following tables include covalent bond distance, bond angle and torsion angle values for the experimental model and ideal geometries stored in the definition for this chemical component.

Bond Distances for 1PC

Atom I	Atom J	Distance (Experimental Model)	Distance (Ideal Model)
CP	CO	1.512	1.530
CP	CQ	1.545	1.532
CP	HP1	1.114	1.089
CP	HP2	1.114	1.090
CA	CB	1.404	1.382
CA	CF	1.421	1.382
CA	CG	1.576	1.506
CB	CC	1.417	1.382
CB	HB	1.103	1.080
CC	CD	1.430	1.382
CC	HC	1.103	1.080
CD	CE	1.394	1.381
CD	HD	1.103	1.079
CE	CF	1.409	1.382
CE	HE	1.103	1.081
CF	HF	1.103	1.080
CG	CH	1.621	1.530
CG	CL	1.611	1.529
CG	NM	1.578	1.469
CH	CI	1.516	1.530
CH	HH1	1.115	1.091
CH	HH2	1.115	1.090
CI	CJ	1.587	1.529
CI	HI1	1.115	1.090
CI	HI2	1.115	1.090
CJ	CK	1.548	1.530
CJ	HJ1	1.115	1.090
CJ	HJ2	1.115	1.090
CK	CL	1.542	1.530
CK	HK1	1.116	1.090
CK	HK2	1.114	1.090
CL	HL1	1.115	1.090
CL	HL2	1.116	1.090
NM	CN	1.537	1.466
NM	CR	1.504	1.467
CN	CO	1.530	1.531
CN	HN1	1.115	1.091
CN	HN2	1.114	1.088
CO	HO1	1.114	1.089
CO	HO2	1.115	1.090
CQ	CR	1.500	1.531
CQ	HQ1	1.115	1.090
CQ	HQ2	1.114	1.090
CR	HR1	1.115	1.090
CR	HR2	1.115	1.088

Bond Angles for 1PC

Atom I	Atom J	Atom K	Angle (Experimental Model)	Angle (Ideal Model)
CO	CP	CQ	107.9	108.9
CO	CP	HP1	112.8	109.6
CO	CP	HP2	112.8	109.6
CP	CO	CN	111.9	109.2
CP	CO	HO1	111.4	109.6
CP	CO	HO2	111.3	109.5
CQ	CP	HP1	112.7	109.5
CQ	CP	HP2	112.7	109.5
CP	CQ	CR	113.9	109.2
CP	CQ	HQ1	110.6	109.5
CP	CQ	HQ2	110.7	109.5
HP1	CP	HP2	97.8	109.6
CB	CA	CF	117.2	120.0
CB	CA	CG	120.8	120.0
CA	CB	CC	122.2	120.0
CA	CB	HB	118.4	120.0
CF	CA	CG	122.1	120.0
CA	CF	CE	120.9	120.0
CA	CF	HF	120.0	120.0
CA	CG	CH	110.6	109.4
CA	CG	CL	117.1	109.5
CA	CG	NM	110.0	109.5
CC	CB	HB	119.4	120.0
CB	CC	CD	120.0	120.0
CB	CC	HC	119.6	120.0
CD	CC	HC	120.4	120.0
CC	CD	CE	117.7	119.9
CC	CD	HD	122.4	120.0
CE	CD	HD	120.0	120.0
CD	CE	CF	122.2	120.1
CD	CE	HE	118.4	120.0
CF	CE	HE	119.5	119.9
CE	CF	HF	119.2	120.0
CH	CG	CL	103.1	109.4
CH	CG	NM	108.2	109.4
CG	CH	CI	108.2	109.5
CG	CH	HH1	112.7	109.5
CG	CH	HH2	112.7	109.5
CL	CG	NM	107.3	109.5
CG	CL	CK	113.9	109.5
CG	CL	HL1	110.6	109.4
CG	CL	HL2	110.6	109.5
CG	NM	CN	117.0	106.6
CG	NM	CR	110.8	106.7
CI	CH	HH1	112.6	109.5
CI	CH	HH2	112.7	109.4
CH	CI	CJ	109.1	109.5
CH	CI	HI1	112.4	109.5
CH	CI	HI2	112.4	109.5
HH1	CH	HH2	97.8	109.5
CJ	CI	HI1	112.3	109.4
CJ	CI	HI2	112.3	109.5
CI	CJ	CK	109.7	109.5
CI	CJ	HJ1	112.1	109.5
CI	CJ	HJ2	112.1	109.5
HI1	CI	HI2	98.1	109.5
CK	CJ	HJ1	112.1	109.5
CK	CJ	HJ2	112.1	109.4
CJ	CK	CL	108.3	109.4
CJ	CK	HK1	112.6	109.5
CJ	CK	HK2	112.6	109.5
HJ1	CJ	HJ2	98.3	109.5
CL	CK	HK1	112.7	109.4
CL	CK	HK2	112.7	109.5
CK	CL	HL1	110.5	109.5
CK	CL	HL2	110.6	109.5
HK1	CK	HK2	97.8	109.5
HL1	CL	HL2	99.7	109.5
CN	NM	CR	109.0	107.3
NM	CN	CO	110.5	109.7
NM	CN	HN1	111.8	109.4
NM	CN	HN2	111.8	109.5
NM	CR	CQ	115.2	109.7
NM	CR	HR1	110.1	109.4
NM	CR	HR2	110.1	109.4
CO	CN	HN1	111.8	109.4
CO	CN	HN2	111.8	109.4
CN	CO	HO1	111.3	109.5
CN	CO	HO2	111.3	109.5
HN1	CN	HN2	98.6	109.4
HO1	CO	HO2	99.1	109.5
CR	CQ	HQ1	110.6	109.5
CR	CQ	HQ2	110.6	109.5
CQ	CR	HR1	110.2	109.4
CQ	CR	HR2	110.1	109.4
HQ1	CQ	HQ2	99.7	109.6
HR1	CR	HR2	100.1	109.4

Torsion Angles for 1PC

Atom I	Atom J	Atom K	Atom L	Angle (Experimental Model)	Angle (Ideal Model)
CQ	CP	CO	HP1	234.8	240.2
CQ	CP	CO	HP2	125.2	119.8
CO	CP	CQ	CR	308.7	55.6
CO	CP	CQ	HQ1	73.9	175.5
CO	CP	CQ	HQ2	183.4	295.8
HP1	CP	CO	HP2	250.4	239.6
NM	CN	CO	CP	298.2	61.5
CP	CO	CN	HN1	172.9	181.5
CP	CO	CN	HN2	63.4	301.3
CN	CO	CP	HO1	234.7	240.1
CN	CO	CP	HO2	125.2	119.9
HO1	CO	CP	HO2	250.5	239.8
CO	CP	CQ	HP1	125.2	119.9
CO	CP	CQ	HP2	234.7	240.2
CQ	CP	CO	CN	57.3	304.4
CQ	CP	CO	HO1	182.6	64.3
CQ	CP	CO	HO2	292.1	184.5
HP1	CP	CQ	HP2	109.5	120.3
NM	CR	CQ	CP	50.7	298.6
CR	CQ	CP	HQ1	234.7	240.1
CR	CQ	CP	HQ2	125.3	119.9
CP	CQ	CR	HR1	285.4	178.6
CP	CQ	CR	HR2	175.9	58.7
HQ1	CQ	CP	HQ2	250.5	239.8
CO	CP	HP1	CQ	237.5	240.5
CO	CP	HP1	HP2	118.8	120.3
HP1	CP	CO	CN	182.5	64.2
HP1	CP	CO	HO1	307.8	184.1
HP1	CP	CO	HO2	57.3	304.3
CQ	CP	HP1	HP2	241.3	239.8
HP1	CP	CQ	CR	183.5	295.7
HP1	CP	CQ	HQ1	308.7	55.6
HP1	CP	CQ	HQ2	58.2	175.8
CO	CP	HP2	CQ	122.6	119.4
CO	CP	HP2	HP1	241.2	239.6
HP2	CP	CO	CN	292.1	184.6
HP2	CP	CO	HO1	57.4	304.5
HP2	CP	CO	HO2	166.9	64.7
CQ	CP	HP2	HP1	118.7	120.2
HP2	CP	CQ	CR	73.9	175.5
HP2	CP	CQ	HQ1	199.2	295.3
HP2	CP	CQ	HQ2	308.7	55.6
CF	CA	CB	CG	179.3	180.3
CB	CA	CF	CE	359.9	359.5
CB	CA	CF	HF	180.0	180.0
CB	CA	CG	CH	24.2	59.8
CB	CA	CG	CL	141.9	299.8
CB	CA	CG	NM	264.7	179.7
CC	CB	CA	HB	180.1	180.0
CA	CB	CC	CD	0.3	-0.0
CA	CB	CC	HC	180.2	180.0
CB	CA	CF	CG	180.7	179.7
CF	CA	CB	CC	360.0	0.3
CF	CA	CB	HB	179.9	180.3
CF	CA	CG	CH	205.0	239.4
CF	CA	CG	CL	322.6	119.5
CF	CA	CG	NM	85.5	359.4
CD	CE	CF	CA	359.9	0.5
CA	CF	CE	HE	180.0	180.2
CE	CF	CA	HF	180.0	179.5
CB	CA	CG	CF	179.3	180.3
CG	CA	CB	CC	180.7	180.0
CG	CA	CB	HB	0.6	360.0
CG	CA	CF	CE	179.2	179.8
CG	CA	CF	HF	359.2	0.3
CH	CG	CA	CL	242.3	120.0
CH	CG	CA	NM	119.5	240.0
CA	CG	CH	CI	62.7	180.0
CA	CG	CH	HH1	187.9	300.0
CA	CG	CH	HH2	297.5	60.0
CL	CG	CA	NM	237.2	120.1
CA	CG	CL	CK	299.0	180.0
CA	CG	CL	HL1	64.3	299.9
CA	CG	CL	HL2	173.8	59.9
CA	CG	NM	CN	302.0	57.6
CA	CG	NM	CR	67.8	303.2
CC	CB	CA	CF	360.0	0.3
CC	CB	CA	CG	180.7	180.0
CA	CB	CC	HB	179.9	180.0
CD	CC	CB	HC	180.1	180.0
CB	CC	CD	CE	359.6	360.0
CB	CC	CD	HD	179.5	180.0
HB	CB	CA	CF	179.9	180.3
HB	CB	CA	CG	0.6	360.0
CA	CB	HB	CC	180.1	180.0
HB	CB	CC	CD	180.3	180.0
HB	CB	CC	HC	0.3	360.0
CD	CC	CB	HB	180.3	180.0
CB	CC	CD	HC	179.9	180.0
CE	CD	CC	HD	180.1	180.0
CC	CD	CE	CF	0.3	359.8
CC	CD	CE	HE	180.2	180.0
HC	CC	CB	HB	0.3	360.0
CB	CC	HC	CD	180.1	180.0
HC	CC	CD	CE	179.7	180.0
HC	CC	CD	HD	359.6	360.0
CA	CF	CE	CD	359.9	0.5
CE	CD	CC	HC	179.7	180.0
CC	CD	CE	HD	179.9	180.0
CF	CE	CD	HE	180.1	179.8
CD	CE	CF	HF	179.9	180.0
HD	CD	CC	HC	359.6	360.0
CC	CD	HD	CE	180.1	180.0
HD	CD	CE	CF	180.4	179.8
HD	CD	CE	HE	0.3	0.0
CE	CF	CA	CG	179.2	179.8
CA	CF	CE	HF	180.0	180.5
CF	CE	CD	HD	180.4	179.8
CD	CE	CF	HE	179.9	180.2
HE	CE	CD	HD	0.3	0.0
CD	CE	HE	CF	180.1	179.8
HE	CE	CF	HF	360.0	359.7
HF	CF	CA	CG	359.2	0.3
CA	CF	HF	CE	180.0	179.5
HF	CF	CE	HE	360.0	359.7
CA	CG	CH	CL	126.0	240.0
CA	CG	CH	NM	239.4	120.0
CL	CG	CH	NM	113.5	240.0
CH	CG	CL	CK	60.7	60.0
CH	CG	CL	HL1	186.0	180.0
CH	CG	CL	HL2	295.5	300.0
CH	CG	NM	CN	181.0	177.5
CH	CG	NM	CR	306.8	63.1
CI	CH	CG	HH1	234.8	240.0
CI	CH	CG	HH2	125.3	120.0
CG	CH	CI	CJ	67.2	60.0
CG	CH	CI	HI1	192.4	180.0
CG	CH	CI	HI2	301.9	300.0
HH1	CH	CG	HH2	250.5	240.0
CA	CG	CL	CH	238.3	120.0
CA	CG	CL	NM	124.2	239.9
CH	CG	CL	NM	245.9	119.9
CL	CG	CH	CI	296.7	300.0
CL	CG	CH	HH1	62.0	60.0
CL	CG	CH	HH2	171.5	180.0
CL	CG	NM	CN	70.4	297.5
CL	CG	NM	CR	196.2	183.1
CJ	CK	CL	CG	300.9	300.0
CG	CL	CK	HK1	175.7	180.0
CG	CL	CK	HK2	66.2	60.0
CK	CL	CG	HL1	234.8	240.0
CK	CL	CG	HL2	125.3	120.0
HL1	CL	CG	HL2	250.5	240.0
CA	CG	NM	CH	120.9	240.0
CA	CG	NM	CL	231.6	120.1
CH	CG	NM	CL	110.6	240.1
NM	CG	CH	CI	183.3	60.0
NM	CG	CH	HH1	308.5	180.0
NM	CG	CH	HH2	58.0	300.0
NM	CG	CL	CK	174.8	300.1
NM	CG	CL	HL1	300.1	60.0
NM	CG	CL	HL2	49.6	180.0
CN	NM	CG	CR	234.2	114.4
CG	NM	CN	CO	182.4	180.3
CG	NM	CN	HN1	307.6	60.3
CG	NM	CN	HN2	57.1	300.4
CG	NM	CR	CQ	178.6	179.7
CG	NM	CR	HR1	303.9	299.7
CG	NM	CR	HR2	53.3	59.6
CI	CH	CG	CL	296.7	300.0
CI	CH	CG	NM	183.3	60.0
CG	CH	CI	HH1	125.2	120.0
CG	CH	CI	HH2	234.7	240.0
HH1	CH	CI	HH2	109.5	120.0
CJ	CI	CH	HI1	234.8	240.1
CJ	CI	CH	HI2	125.3	120.1
CH	CI	CJ	CK	296.8	299.9
CH	CI	CJ	HJ1	62.1	60.0
CH	CI	CJ	HJ2	171.5	180.0
HI1	CI	CH	HI2	250.5	240.0
HH1	CH	CG	CL	62.0	60.0
HH1	CH	CG	NM	308.5	180.0
CG	CH	HH1	CI	237.2	240.0
CG	CH	HH1	HH2	118.6	120.0
CI	CH	HH1	HH2	241.4	240.0
HH1	CH	CI	CJ	302.0	300.0
HH1	CH	CI	HI1	67.2	60.0
HH1	CH	CI	HI2	176.7	179.9
HH2	CH	CG	CL	171.5	180.0
HH2	CH	CG	NM	58.0	300.0
CG	CH	HH2	CI	122.8	120.0
CG	CH	HH2	HH1	241.4	240.0
CI	CH	HH2	HH1	118.6	120.0
HH2	CH	CI	CJ	192.5	180.0
HH2	CH	CI	HI1	317.7	300.0
HH2	CH	CI	HI2	67.2	60.0
CJ	CI	CH	HH1	302.0	300.0
CJ	CI	CH	HH2	192.5	180.0
CH	CI	CJ	HI1	125.3	120.0
CH	CI	CJ	HI2	234.7	240.0
HI1	CI	CJ	HI2	109.4	120.0
CK	CJ	CI	HJ1	234.7	240.0
CK	CJ	CI	HJ2	125.3	119.9
CI	CJ	CK	CL	56.5	60.0
CI	CJ	CK	HK1	181.8	180.0
CI	CJ	CK	HK2	291.2	300.0
HJ1	CJ	CI	HJ2	250.6	239.9
HI1	CI	CH	HH1	67.2	60.0
HI1	CI	CH	HH2	317.7	300.0
CH	CI	HI1	CJ	236.5	240.0
CH	CI	HI1	HI2	118.3	120.0
CJ	CI	HI1	HI2	241.8	240.0
HI1	CI	CJ	CK	171.5	180.0
HI1	CI	CJ	HJ1	296.8	300.0
HI1	CI	CJ	HJ2	46.2	60.1
HI2	CI	CH	HH1	176.7	179.9
HI2	CI	CH	HH2	67.2	60.0
CH	CI	HI2	CJ	123.5	120.0
CH	CI	HI2	HI1	241.7	240.0
CJ	CI	HI2	HI1	118.2	120.0
HI2	CI	CJ	CK	62.1	60.0
HI2	CI	CJ	HJ1	187.4	180.0
HI2	CI	CJ	HJ2	296.8	300.1
CG	CL	CK	CJ	300.9	300.0
CK	CJ	CI	HI1	171.5	180.0
CK	CJ	CI	HI2	62.1	60.0
CI	CJ	CK	HJ1	125.3	120.1
CI	CJ	CK	HJ2	234.7	240.0
HJ1	CJ	CK	HJ2	109.4	120.0
CL	CK	CJ	HK1	234.8	240.0
CL	CK	CJ	HK2	125.3	120.0
CJ	CK	CL	HL1	175.7	180.0
CJ	CK	CL	HL2	66.2	60.0
HK1	CK	CJ	HK2	250.5	240.0
HJ1	CJ	CI	HI1	296.8	300.0
HJ1	CJ	CI	HI2	187.4	180.0
CI	CJ	HJ1	CK	236.0	240.0
CI	CJ	HJ1	HJ2	118.0	120.1
CK	CJ	HJ1	HJ2	242.0	240.1
HJ1	CJ	CK	CL	291.2	300.0
HJ1	CJ	CK	HK1	56.5	59.9
HJ1	CJ	CK	HK2	165.9	180.0
HJ2	CJ	CI	HI1	46.2	60.1
HJ2	CJ	CI	HI2	296.8	300.1
CI	CJ	HJ2	CK	124.0	120.0
CI	CJ	HJ2	HJ1	242.0	239.9
CK	CJ	HJ2	HJ1	118.0	120.0
HJ2	CJ	CK	CL	181.8	180.0
HJ2	CJ	CK	HK1	307.1	300.0
HJ2	CJ	CK	HK2	56.5	60.0
CK	CL	CG	NM	174.8	300.1
CG	CL	CK	HL1	125.3	119.9
CG	CL	CK	HL2	234.7	239.9
CL	CK	CJ	HJ1	291.2	300.0
CL	CK	CJ	HJ2	181.8	180.0
CJ	CK	CL	HK1	125.2	120.0
CJ	CK	CL	HK2	234.8	240.0
HK1	CK	CL	HK2	109.5	120.0
HL1	CL	CK	HL2	109.4	120.0
HK1	CK	CJ	HJ1	56.5	59.9
HK1	CK	CJ	HJ2	307.1	300.0
CJ	CK	HK1	CL	237.2	240.0
CJ	CK	HK1	HK2	118.5	120.1
CL	CK	HK1	HK2	241.3	240.0
HK1	CK	CL	HL1	50.4	60.0
HK1	CK	CL	HL2	301.0	300.0
HK2	CK	CJ	HJ1	165.9	180.0
HK2	CK	CJ	HJ2	56.5	60.0
CJ	CK	HK2	CL	122.8	120.0
CJ	CK	HK2	HK1	241.5	239.9
CL	CK	HK2	HK1	118.6	120.0
HK2	CK	CL	HL1	300.9	300.0
HK2	CK	CL	HL2	191.4	180.1
HL1	CL	CG	NM	300.1	60.0
CG	CL	HL1	CK	232.9	240.0
CG	CL	HL1	HL2	116.5	120.0
HL1	CL	CK	HK1	50.4	60.0
HL1	CL	CK	HK2	300.9	300.0
CK	CL	HL1	HL2	243.6	240.0
HL2	CL	CG	NM	49.6	180.0
CG	CL	HL2	CK	127.1	120.1
CG	CL	HL2	HL1	243.5	240.0
HL2	CL	CK	HK1	301.0	300.0
HL2	CL	CK	HK2	191.4	180.1
CK	CL	HL2	HL1	116.4	120.0
CP	CO	CN	NM	298.2	61.5
CG	NM	CN	CR	126.7	246.0
CN	NM	CR	CQ	308.8	65.7
CN	NM	CR	HR1	74.1	185.7
CN	NM	CR	HR2	183.5	305.6
CO	CN	NM	HN1	234.8	120.0
CO	CN	NM	HN2	125.3	239.9
NM	CN	CO	HO1	172.8	301.5
NM	CN	CO	HO2	63.4	181.4
HN1	CN	NM	HN2	250.5	119.8
CP	CQ	CR	NM	50.7	298.6
CG	NM	CR	CN	229.8	114.0
CR	NM	CN	CO	55.6	294.3
CR	NM	CN	HN1	180.9	174.2
CR	NM	CN	HN2	290.4	54.4
NM	CR	CQ	HQ1	285.4	178.7
NM	CR	CQ	HQ2	176.0	58.5
CQ	CR	NM	HR1	234.7	240.0
CQ	CR	NM	HR2	125.2	120.1
HR1	CR	NM	HR2	250.6	240.1
CN	CO	CP	CQ	57.3	304.4
CN	CO	CP	HP1	182.5	64.2
CN	CO	CP	HP2	292.1	184.6
CP	CO	CN	HO1	125.3	120.0
CP	CO	CN	HO2	234.8	240.1
CO	CN	NM	CR	55.6	294.3
NM	CN	CO	HN1	125.2	239.9
NM	CN	CO	HN2	234.8	120.2
HN1	CN	CO	HN2	109.5	240.2
HO1	CO	CN	HO2	109.5	120.1
HN1	CN	NM	CR	180.9	174.2
NM	CN	HN1	CO	235.5	120.2
NM	CN	HN1	HN2	117.7	240.1
CO	CN	HN1	HN2	242.2	119.8
HN1	CN	CO	HO1	47.6	61.6
HN1	CN	CO	HO2	298.2	301.4
HN2	CN	NM	CR	290.4	54.4
NM	CN	HN2	CO	124.5	239.7
NM	CN	HN2	HN1	242.3	119.9
CO	CN	HN2	HN1	117.8	240.2
HN2	CN	CO	HO1	298.1	181.3
HN2	CN	CO	HO2	188.6	61.2
HO1	CO	CP	CQ	182.6	64.3
HO1	CO	CP	HP1	307.8	184.1
HO1	CO	CP	HP2	57.4	304.5
CP	CO	HO1	CN	234.4	240.3
CP	CO	HO1	HO2	117.2	120.1
HO1	CO	CN	HN1	47.6	61.6
HO1	CO	CN	HN2	298.1	181.3
CN	CO	HO1	HO2	242.8	239.9
HO2	CO	CP	CQ	292.1	184.5
HO2	CO	CP	HP1	57.3	304.3
HO2	CO	CP	HP2	166.9	64.7
CP	CO	HO2	CN	125.6	119.7
CP	CO	HO2	HO1	242.7	239.8
HO2	CO	CN	HN1	298.2	301.4
HO2	CO	CN	HN2	188.6	61.2
CN	CO	HO2	HO1	117.2	120.1
CR	CQ	CP	HP1	183.5	295.7
CR	CQ	CP	HP2	73.9	175.5
CP	CQ	CR	HQ1	125.3	119.9
CP	CQ	CR	HQ2	234.7	240.1
NM	CR	CQ	HR1	125.3	120.0
NM	CR	CQ	HR2	234.8	239.9
HQ1	CQ	CR	HQ2	109.4	120.2
HR1	CR	CQ	HR2	109.5	119.9
HQ1	CQ	CP	HP1	308.7	55.6
HQ1	CQ	CP	HP2	199.2	295.3
CP	CQ	HQ1	CR	232.9	240.3
CP	CQ	HQ1	HQ2	116.5	120.2
CR	CQ	HQ1	HQ2	243.6	239.9
HQ1	CQ	CR	HR1	160.1	58.6
HQ1	CQ	CR	HR2	50.6	298.7
HQ2	CQ	CP	HP1	58.2	175.8
HQ2	CQ	CP	HP2	308.7	55.6
CP	CQ	HQ2	CR	127.2	119.7
CP	CQ	HQ2	HQ1	243.5	239.8
CR	CQ	HQ2	HQ1	116.4	120.1
HQ2	CQ	CR	HR1	50.7	298.4
HQ2	CQ	CR	HR2	301.2	178.5
NM	CR	HR1	CQ	231.9	239.8
NM	CR	HR1	HR2	115.9	119.9
HR1	CR	CQ	HQ1	160.1	58.6
HR1	CR	CQ	HQ2	50.7	298.4
CQ	CR	HR1	HR2	244.0	240.1
NM	CR	HR2	CQ	128.1	120.3
NM	CR	HR2	HR1	244.1	240.1
HR2	CR	CQ	HQ1	50.6	298.7
HR2	CR	CQ	HQ2	301.2	178.5
CQ	CR	HR2	HR1	116.0	119.9