Sf_category,Sf_framecode,Entry_ID,Sf_ID,ID,Name,Definition,Data_file_name,Sample_condition_list_ID,Sample_condition_list_label,Details,Text_data_format,Text_data
other_data_types,other_data_types,16907,57395,1,,,,2,pH_4.0,,text,"# Data from: Lorieau, J. L., Louis, J. M., Schwieters, C. D., & Bax, A. (2012). PNAS 109, 19994-9.
#
# Sample: Wildtype hemagglutinin fusion peptide HAfp23 at pH 4.0 in DPC micelles
#
# FORMAT
# ------
#
# # Residue number of 1HN atom
# (1H spin-lock field strength in Hz)		(1H R2_unlike, s^-1)		(Error in R2_unlike, s^-1)

#2		
9000	39.6	0.8
7750	41.1	0.9
6625	43.0	0.9
5500	44.0	0.9
4375	46.6	1.0
3250	49.5	1.0
2125	54.0	1.2
		
#3		
9000	40.7	0.5
7750	40.2	0.5
6625	39.9	0.5
5500	40.2	0.5
4375	39.7	0.5
3250	40.2	0.6
2125	39.4	0.6
		
#4		
9000	46.4	0.9
7750	46.1	0.9
6625	46.3	0.9
5500	47.0	0.9
4375	47.0	0.9
3250	48.2	0.9
2125	48.8	0.9
		
#5		
9000	40.5	0.7
7750	40.0	0.7
6625	40.8	0.7
5500	41.7	0.7
4375	41.2	0.7
3250	42.1	0.7
2125	42.3	0.7
		
#6		
9000	41.2	0.6
7750	41.7	0.6
6625	41.8	0.6
5500	40.6	0.6
4375	41.5	0.6
3250	41.1	0.6
2125	40.4	0.6
		
#7		
9000	39.4	0.6
7750	39.3	0.6
6625	39.6	0.6
5500	40.3	0.6
4375	40.2	0.6
3250	39.7	0.6
2125	40.0	0.6
		
		
#8		
9000	39.4	0.7
7750	38.5	0.7
6625	39.0	0.7
5500	38.5	0.7
4375	38.4	0.7
3250	38.0	0.7
2125	37.5	0.7
		
#9		
9000	38.1	0.7
7750	38.6	0.7
6625	38.8	0.7
5500	39.8	0.7
4375	39.3	0.7
3250	40.5	0.7
2125	40.5	0.7
		
#10		
9000	40.3	0.8
7750	41.4	0.8
6625	41.3	0.8
5500	42.2	0.8
4375	42.2	0.8
3250	44.1	0.8
2125	42.1	0.8
		
#11		
9000	43.0	0.9
7750	42.5	0.9
6625	43.6	0.9
5500	43.8	0.9
4375	43.6	0.9
3250	44.6	0.9
2125	43.6	0.9
		
#12		
9000	47.2	1.5
7750	47.9	1.5
6625	49.6	1.5
5500	50.3	1.5
4375	51.1	1.5
3250	53.3	1.6
2125	55.0	1.6
		
#13		
9000	38.7	0.8
7750	38.4	0.7
6625	38.9	0.8
5500	39.5	0.8
4375	39.1	0.8
3250	38.9	0.8
2125	38.8	0.8
		
#14		
9000	43.9	1.9
7750	46.8	1.9
6625	51.3	2.0
5500	54.5	2.1
4375	61.4	2.3
3250	71.7	2.6
2125	76.7	2.8
		
#15		
9000	45.1	1.3
7750	46.2	1.4
6625	48.9	1.4
5500	51.4	1.4
4375	56.4	1.5
3250	58.9	1.6
2125	61.8	1.6
		
#16		
9000	49.0	2.7
7750	50.3	2.7
6625	54.4	2.9
5500	57.9	3.0
4375	60.4	3.1
3250	65.3	3.3
2125	70.3	3.6
		
#17		
9000	44.1	1.5
7750	47.0	1.6
6625	48.0	1.6
5500	49.1	1.6
4375	54.2	1.7
3250	55.0	1.7
2125	58.4	1.8
		
#18		
9000	39.3	0.6
7750	39.7	0.6
6625	38.9	0.6
5500	39.2	0.6
4375	38.6	0.6
3250	37.2	0.6
2125	36.2	0.6
		
#19		
9000	38.1	0.6
7750	38.2	0.6
6625	39.0	0.6
5500	39.0	0.6
4375	39.3	0.6
3250	39.0	0.6
2125	38.5	0.6
		
#20		
9000	38.6	0.7
7750	38.9	0.7
6625	39.2	0.7
5500	39.7	0.7
4375	39.3	0.7
3250	39.4	0.7
2125	38.4	0.7
		
#21		
9000	40.9	0.9
7750	41.0	0.9
6625	41.0	0.9
5500	43.4	0.9
4375	43.7	0.9
3250	46.9	0.9
2125	47.7	0.9
		
#22		
9000	42.5	1.2
7750	42.2	1.2
6625	45.3	1.2
5500	47.5	1.2
4375	49.2	1.3
3250	50.9	1.3
2125	51.2	1.3
		
#23		
9000	32.3	0.4
7750	31.4	0.4
6625	31.3	0.4
5500	31.1	0.4
4375	31.0	0.4
3250	30.5	0.4
2125	29.5	0.4
		
#25		
9000	19.8	0.1
7750	19.5	0.1
6625	19.7	0.1
5500	19.5	0.1
4375	19.4	0.1
3250	19.1	0.1
2125	18.9	0.1
		
#30		
9000	3.7	0.1
7750	3.7	0.1
6625	3.8	0.1
5500	3.9	0.1
4375	3.9	0.1
3250	3.8	0.1
2125	3.8	0.1"
other_data_types,other_data_types,19222,101764,1,,,,,,1H -1H interatomic distance error : 10%,text,"#1H-1H Inter-atomic distance 
#RN: residue number
#RM: residue name
#AN: atome name
#DI: interdinucleotide distance (Angstrom)
#Distance error : +/- 10% of the measured distances

#Oligomer 1 ; DNA sequence : 5'-d(TCGTAGCAAGCT)-3' . 5'-d(AGCTTGCTACGA)-3' 
RN      RM      AN      RN      RM      AN      DI

1	THY	H6	2	CYT	H6	---
2	CYT	H6	3	GUA	H8	5.7
3	GUA	H8	4	THY	H6	---
3	GUA	H8	4	THY	H71     3.0
4	THY	H6	5	ADE	H8	4.4
5	ADE	H8	6	GUA	H8	4.5
6	GUA	H8	7	CYT	H6	---
7	CYT	H6	8	ADE	H8	---
8	ADE	H8	9	ADE	H8	---
9	ADE	H8	10	GUA	H8	4.2
10	GUA	H8	11	CYT	H6	5.3
11	CYT	H6	12	THY	H6	---
13	GUA	H8	14	GUA	H8	---
14	GUA	H8	15	CYT	H6	---
15	CYT	H6	16	THY	H6	---
16	THY	H6	17	THY	H6	---
16	THY	H6	17	THY	H71     3.2
17	THY	H6	18	GUA	H8	---
18	GUA	H8	19	CYT	H6	---
19	CYT	H6	20	THY	H6	---
20	THY	H6	21	ADE	H8	4.2
21	ADE	H8	22	CYT	H6	5.0
22	CYT	H6	23	GUA	H8	4.4
23	GUA	H8	24	ADE	H8	---

1	THY	H1'	2	CYT	H6	---
2	CYT	H1'	3	GUA	H8	4.0
3	GUA	H1'	4	THY	H6	3.4
4	THY	H1'	5	ADE	H8	4.3
5	ADE	H1'	6	GUA	H8	4.9
6	GUA	H1'	7	CYT	H6	3.6
7	CYT	H1'	8	ADE	H8	4.0
8	ADE	H1'	9	ADE	H8	3.2
9	ADE	H1'	10	GUA	H8	3.9
10	GUA	H1'	11	CYT	H6	3.5
11	CYT	H1'	12	THY	H6	---
13	GUA	H1'	14	GUA	H8	---
14	GUA	H1'	15	CYT	H6	3.2
15	CYT	H1'	16	THY	H6	---
16	THY	H1'	17	THY	H6	3.6
17	THY	H1'	18	GUA	H8	---
18	GUA	H1'	19	CYT	H6	---
19	CYT	H1'	20	THY	H6	---
20	THY	H1'	21	ADE	H8	4.1
21	ADE	H1'	22	CYT	H6	3.6
22	CYT	H1'	23	GUA	H8	4.0
23	GUA	H1'	24	ADE	H8	---

1	THY	H2'	2	CYT	H6	---
2	CYT	H2'	3	GUA	H8	4.0
3	GUA	H2'	4	THY	H6	3.4
4	THY	H2'	5	ADE	H8	3.5
5	ADE	H2'	6	GUA	H8	3.6
6	GUA	H2'	7	CYT	H6	3.6
7	CYT	H2'	8	ADE	H8	3.5
8	ADE	H2'	9	ADE	H8	3.7
9	ADE	H2'	10	GUA	H8	---
10	GUA	H2'	11	CYT	H6	---
11	CYT	H2'	12	THY	H6	---
13	GUA	H2'	14	GUA	H8	---
14	GUA	H2'	15	CYT	H6	---
15	CYT	H2'	16	THY	H6	---
16	THY	H2'	17	THY	H6	---
17	THY	H2'	18	GUA	H8	3.8
18	GUA	H2'	19	CYT	H6	---
19	CYT	H2'	20	THY	H6	---
20	THY	H2'	21	ADE	H8	---
21	ADE	H2'	22	CYT	H6	3.7
22	CYT	H2'	23	GUA	H8	3.8
23	GUA	H2'	24	ADE	H8	---

1	THY	H2''	2	CYT	H6	---
2	CYT	H2''	3	GUA	H8	3.4
3	GUA	H2''	4	THY	H6	2.8
4	THY	H2''	5	ADE	H8	---
5	ADE	H2''	6	GUA	H8	3.3
6	GUA	H2''	7	CYT	H6	3.1
7	CYT	H2''	8	ADE	H8	3.0
8	ADE	H2''	9	ADE	H8	3.2
9	ADE	H2''	10	GUA	H8	3.3
10	GUA	H2''	11	CYT	H6	3.2
11	CYT	H2''	12	THY	H6	---
13	GUA	H2''	14	GUA	H8	---
14	GUA	H2''	15	CYT	H6	---
15	CYT	H2''	16	THY	H6	---
16	THY	H2''	17	THY	H6	2.8
17	THY	H2''	18	GUA	H8	---
18	GUA	H2''	19	CYT	H6	---
19	CYT	H2''	20	THY	H6	---
20	THY	H2''	21	ADE	H8	3.0
21	ADE	H2''	22	CYT	H6	---
22	CYT	H2''	23	GUA	H8	3.3
23	GUA	H2''	24	ADE	H8	---

#Oligomer 2 ; DNA sequence : 5'-d(GCTCTAGCACCG)-3' . 5'-d(CGGTGCTAGAGC)-3'
RN      RM      AN      RN      RM      AN      DI

1	GUA	H8	2	CYT	H6	---
2	CYT	H6	3	THY	H6	---
2	CYT	H6	3	THY	H71     3.0
3	THY	H6	4	CYT	H6	---
3	THY	H6	4	CYT	H5      3.2
4	CYT	H6	5	THY	H6	4.5
5	THY	H6	6	ADE	H8	---
6	ADE	H8	7	GUA	H8	4.0
7	GUA	H8	8	CYT	H6	4.9
7	GUA	H8	8	CYT	H5      4.0
8	CYT	H6	9	ADE	H8	---
9	ADE	H8	10	CYT	H6	---
9	ADE	H8	10	CYT	H5      3.5
10	CYT	H6	11	CYT	H5      3.8
10	CYT	H6	11	CYT	H6	---
11	CYT	H6	12	GUA	H8	---
13	CYT	H6	14	GUA	H8	---
14	GUA	H8	15	GUA	H8	---
15	GUA	H8	16	THY	H6	---
15	GUA	H8	16	THY	H71     2.8
16	THY	H6	17	GUA	H8	4.2
17	GUA	H8	18	CYT	H5      3.6
17	GUA	H8	18	CYT	H6	4.9
18	CYT	H6	19	THY	H6	---
19	THY	H6	20	ADE	H8	---
20	ADE	H8	21	GUA	H8	4.2
21	GUA	H8	22	ADE	H8	4.7
22	ADE	H8	23	GUA	H8	---
23	GUA	H8	24	CYT	H6	---

1	GUA	H1'	2	CYT	H6	---
2	CYT	H1'	3	THY	H6	---
3	THY	H1'	4	CYT	H6	3.5
4	CYT	H1'	5	THY	H6	4.1
5	THY	H1'	6	ADE	H8	4.0
6	ADE	H1'	7	GUA	H8	3.6
7	GUA	H1'	8	CYT	H6	3.5
8	CYT	H1'	9	ADE	H8	3.8
9	ADE	H1'	10	CYT	H6	3.5
10	CYT	H1'	11	CYT	H6	4.3
11	CYT	H1'	12	GUA	H8	---
13	CYT	H1'	14	GUA	H8	---
14	GUA	H1'	15	GUA	H8	---
15	GUA	H1'	16	THY	H6	3.4
16	THY	H1'	17	GUA	H8	---
17	GUA	H1'	18	CYT	H6	2.8
18	CYT	H1'	19	THY	H6	---
19	THY	H1'	20	ADE	H8	3.9
20	ADE	H1'	21	GUA	H8	3.5
21	GUA	H1'	22	ADE	H8	3.1
22	ADE	H1'	23	GUA	H8	3.7
23	GUA	H1'	24	CYT	H6	---

1	GUA	H2'	2	CYT	H6	---
2	CYT	H2'	3	THY	H6	3.1
3	THY	H2'	4	CYT	H6	3.3
4	CYT	H2'	5	THY	H6	---
5	THY	H2'	6	ADE	H8	---
6	ADE	H2'	7	GUA	H8	3.4
7	GUA	H2'	8	CYT	H6	3.8
8	CYT	H2'	9	ADE	H8	3.3
9	ADE	H2'	10	CYT	H6	3.5
10	CYT	H2'	11	CYT	H6	---
11	CYT	H2'	12	GUA	H8	---
13	CYT	H2'	14	GUA	H8	---
14	GUA	H2'	15	GUA	H8	---
15	GUA	H2'	16	THY	H6	---
16	THY	H2'	17	GUA	H8	3.3
17	GUA	H2'	18	CYT	H6	---
18	CYT	H2'	19	THY	H6	---
19	THY	H2'	20	ADE	H8	---
20	ADE	H2'	21	GUA	H8	---
21	GUA	H2'	22	ADE	H8	---
22	ADE	H2'	23	GUA	H8	---
23	GUA	H2'	24	CYT	H6	--- 

1	GUA	H2''	2	CYT	H6	---
2	CYT	H2''	3	THY	H6	---
3	THY	H2''	4	CYT	H6	---
4	CYT	H2''	5	THY	H6	---
5	THY	H2''	6	ADE	H8	3.1
6	ADE	H2''	7	GUA	H8	2.9
7	GUA	H2''	8	CYT	H6	3.0
8	CYT	H2''	9	ADE	H8	3.1
9	ADE	H2''	10	CYT	H6	---
10	CYT	H2''	11	CYT	H6	---
11	CYT	H2''	12	GUA	H8	---
13	CYT	H2''	14	GUA	H8	---
14	GUA	H2''	15	GUA	H8	---
15	GUA	H2''	16	THY	H6	2.8
16	THY	H2''	17	GUA	H8	3.0
17	GUA	H2''	18	CYT	H6	---
18	CYT	H2''	19	THY	H6	---
19	THY	H2''	20	ADE	H8	---
20	ADE	H2''	21	GUA	H8	3.0
21	GUA	H2''	22	ADE	H8	3.1
22	ADE	H2''	23	GUA	H8	2.8
23	GUA	H2''	24	CYT	H6	---

#Oligomer 3 ; DNA sequence : 5'-d(CCGCTTAAACGC)-3' . 5'-d(GCGTTTAAGCGG)-3' 
RN      RM      AN      RN      RM      AN      DI

1	CYT	H6	2	CYT	H6	---
2	CYT	H6	3	GUA	H8	5.3
3	GUA	H8	4	CYT	H6	---
3	GUA	H8	4	CYT	H5      3.9
4	CYT	H6	5	THY	H6	---
5	THY	H6	6	THY	H6	---
5	THY	H6	6	THY	H71     4.2
6	THY	H6	7	ADE	H8	4.7
7	ADE	H8	8	ADE	H8	---
8	ADE	H8	9	ADE	H8	---
9	ADE	H8	10	CYT	H6	4.0
9	ADE	H8	10	CYT	H5      4.2
10	CYT	H6	11	GUA	H8	5.1
11	GUA	H8	12	CYT	H6	---
13	GUA	H8	14	CYT	H6	---
14	CYT	H6	15	GUA	H8	---
15	GUA	H8	16	THY	H6	4.5
15	GUA	H8	16	THY     H71     2.9
16	THY	H6	17	THY	H6	---
16	THY	H6	17	THY	H71     2.9
17	THY	H6	18	THY	H6	---
17	THY	H6	18	THY	H71     2.8
18	THY	H6	19	ADE	H8	---
19	ADE	H8	20	ADE	H8	---
20	ADE	H8	21	GUA	H8	---
21	GUA	H8	22	CYT	H6	---
21	GUA	H8	22	CYT	H5      4.1
22	CYT	H6	23	GUA	H8	4.8
23	GUA	H8	24	GUA	H8	---

1	CYT	H1'	2	CYT	H6	---
2	CYT	H1'	3	GUA	H8	4.6
3	GUA	H1'	4	CYT	H6	---
4	CYT	H1'	5	THY	H6	---
5	THY	H1'	6	THY	H6	4.2
6	THY	H1'	7	ADE	H8	3.8
7	ADE	H1'	8	ADE	H8	3.4
8	ADE	H1'	9	ADE	H8	---
9	ADE	H1'	10	CYT	H6	---
10	CYT	H1'	11	GUA	H8	3.5
11	GUA	H1'	12	CYT	H6	4.4
13	GUA	H1'	14	CYT	H6	---
14	CYT	H1'	15	GUA	H8	3.6
15	GUA	H1'	16	THY	H6	---
16	THY	H1'	17	THY	H6	4.1
17	THY	H1'	18	THY	H6	3.8
18	THY	H1'	19	ADE	H8	4.9
19	ADE	H1'	20	ADE	H8	---
20	ADE	H1'	21	GUA	H8	4.2
21	GUA	H1'	22	CYT	H6	3.5
22	CYT	H1'	23	GUA	H8	---
23	GUA	H1'	24	GUA	H8	---

1	CYT	H2'	2	CYT	H6	---
2	CYT	H2'	3	GUA	H8	4.0
3	GUA	H2'	4	CYT	H6	---
4	CYT	H2'	5	THY	H6	---
5	THY	H2'	6	THY	H6	---
6	THY	H2'	7	ADE	H8	---
7	ADE	H2'	8	ADE	H8	3.5
8	ADE	H2'	9	ADE	H8	---
9	ADE	H2'	10	CYT	H6	3.5
10	CYT	H2'	11	GUA	H8	3.3
11	GUA	H2'	12	CYT	H6	---
13	GUA	H2'	14	CYT	H6	---
14	CYT	H2'	15	GUA	H8	4.2
15	GUA	H2'	16	THY	H6	3.3
16	THY	H2'	17	THY	H6	---
17	THY	H2'	18	THY	H6	---
18	THY	H2'	19	ADE	H8	3.2
19	ADE	H2'	20	ADE	H8	---
20	ADE	H2'	21	GUA	H8	---
21	GUA	H2'	22	CYT	H6	3.5
22	CYT	H2'	23	GUA	H8	3.6
23	GUA	H2'	24	GUA	H8	---
						
1	CYT	H2''	2	CYT	H6	---
2	CYT	H2''	3	GUA	H8	3.4
3	GUA	H2''	4	CYT	H6	---
4	CYT	H2''	5	THY	H6	---
5	THY	H2''	6	THY	H6	2.8
6	THY	H2''	7	ADE	H8	3.3
7	ADE	H2''	8	ADE	H8	---
8	ADE	H2''	9	ADE	H8	2.9
9	ADE	H2''	10	CYT	H6	3.0
10	CYT	H2''	11	GUA	H8	3.2
11	GUA	H2''	12	CYT	H6	---
13	GUA	H2''	14	CYT	H6	---
14	CYT	H2''	15	GUA	H8	3.4
15	GUA	H2''	16	THY	H6	3.0
16	THY	H2''	17	THY	H6	---
17	THY	H2''	18	THY	H6	3.1
18	THY	H2''	19	ADE	H8	3.1
19	ADE	H2''	20	ADE	H8	3.1
20	ADE	H2''	21	GUA	H8	3.1
21	GUA	H2''	22	CYT	H6	3.1
22	CYT	H2''	23	GUA	H8	3.3
23	GUA	H2''	24	GUA	H8	---

#Oligomer 4 ; DNA sequence : Oligo 4: 5'-d(CGCACGTACGCG)-3' . 5'-d(CGCGTACGTGCG)-3'
RN      RM      AN      RN      RM      AN      DI

1	CYT	H6	2	GUA	H8	---
2	GUA	H8	3	CYT	H6	---
3	CYT	H6	4	ADE	H8	---
4	ADE	H8	5	CYT	H6	4.8
5	CYT	H6	6	GUA	H8	3.7
6	GUA	H8	7	THY	H6	4.1
6	GUA	H8	7	THY	H71     2.8
7	THY	H6	8	ADE	H8	---
8	ADE	H8	9	CYT	H6	---
9	CYT	H6	10	GUA	H8	---
10	GUA	H8	11	CYT	H5      4.0
10	GUA	H8	11	CYT	H6	4.8
11	CYT	H6	12	GUA	H8	---
13	CYT	H6	14	GUA	H8	---
14	GUA	H8	15	CYT	H5      4.7
14	GUA	H8	15	CYT	H6	4.3
15	CYT	H6	16	GUA	H8	---
16	GUA	H8	17	THY	H6	4.1
16	GUA	H8	17	THY	H71     2.7
17	THY	H6	18	ADE	H8	---
18	ADE	H8	19	CYT	H6	---
19	CYT	H6	20	GUA	H8	---
20	GUA	H8	21	THY     H71     2.8
20	GUA	H8	21	THY	H6	4.4
21	THY	H6	22	GUA	H8	4.1
22	GUA	H8	23	CYT	H6	5.0
23	CYT	H6	24	GUA	H8	---

1	CYT	H1'	2	GUA	H8	---
2	GUA	H1'	3	CYT	H6	3.6
3	CYT	H1'	4	ADE	H8	4.0
4	ADE	H1'	5	CYT	H6	3.8
5	CYT	H1'	6	GUA	H8	---
6	GUA	H1'	7	THY	H6	4.6
7	THY	H1'	8	ADE	H8	---
8	ADE	H1'	9	CYT	H6	---
9	CYT	H1'	10	GUA	H8	4.1
10	GUA	H1'	11	CYT	H6	3.8
11	CYT	H1'	12	GUA	H8	---
13	CYT	H1'	14	GUA	H8	---
14	GUA	H1'	15	CYT	H6	3.8
15	CYT	H1'	16	GUA	H8	3.5
16	GUA	H1'	17	THY	H6	3.9
17	THY	H1'	18	ADE	H8	---
18	ADE	H1'	19	CYT	H6	---
19	CYT	H1'	20	GUA	H8	---
20	GUA	H1'	21	THY	H6	3.4
21	THY	H1'	22	GUA	H8	5.2
22	GUA	H1'	23	CYT	H6	3.8
23	CYT	H1'	24	GUA	H8	---

1	CYT	H2'	2	GUA	H8	---
2	GUA	H2'	3	CYT	H6	---
3	CYT	H2'	4	ADE	H8	---
4	ADE	H2'	5	CYT	H6	---
5	CYT	H2'	6	GUA	H8	3.6
6	GUA	H2'	7	THY	H6	3.5
7	THY	H2'	8	ADE	H8	---
8	ADE	H2'	9	CYT	H6	---
9	CYT	H2'	10	GUA	H8	3.4
10	GUA	H2'	11	CYT	H6	---
11	CYT	H2'	12	GUA	H8	---
13	CYT	H2'	14	GUA	H8	---
14	GUA	H2'	15	CYT	H6	---
15	CYT	H2'	16	GUA	H8	---
16	GUA	H2'	17	THY	H6	3.4
17	THY	H2'	18	ADE	H8	---
18	ADE	H2'	19	CYT	H6	---
19	CYT	H2'	20	GUA	H8	3.5
20	GUA	H2'	21	THY	H6	3.2
21	THY	H2'	22	GUA	H8	3.6
22	GUA	H2'	23	CYT	H6	---
23	CYT	H2'	24	GUA	H8	---

1	CYT	H2''	2	GUA	H8	---
2	GUA	H2''	3	CYT	H6	---
3	CYT	H2''	4	ADE	H8	3.3
4	ADE	H2''	5	CYT	H6	3.0
5	CYT	H2''	6	GUA	H8	---
6	GUA	H2''	7	THY	H6	2.9
7	THY	H2''	8	ADE	H8	---
8	ADE	H2''	9	CYT	H6	---
9	CYT	H2''	10	GUA	H8	3.2
10	GUA	H2''	11	CYT	H6	---
11	CYT	H2''	12	GUA	H8	---
13	CYT	H2''	14	GUA	H8	---
14	GUA	H2''	15	CYT	H6	3.0
15	CYT	H2''	16	GUA	H8	3.0
16	GUA	H2''	17	THY	H6	2.9
17	THY	H2''	18	ADE	H8	---
18	ADE	H2''	19	CYT	H6	---
19	CYT	H2''	20	GUA	H8	---
20	GUA	H2''	21	THY	H6	2.9
21	THY	H2''	22	GUA	H8	3.2
22	GUA	H2''	23	CYT	H6	---
23	CYT	H2''	24	GUA	H8	---"
other_data_types,DSA_titration,20027,115913,1,DSA_contact.txt,DSA titration,,1,sample_conditions_1,"DSA-16 paramagnetic probe information  
 Titration of bmv_1a Helix 1 bound to SDS micelles  
 with 16-doxylstearic acid (DSA-16 - paramagnetic probe)   
 
Numbers in rightmost column correspond to the percentage of maximum concentration  
of DSA-16 (3.2mM) at which the peak intensity reached 50% of the intensity observed  
at 0% DSA-16. 
 
Values of 100.0 indicate that the peak did not decreasze to 50% of maximal intensity at 
the highest concentration of added DSA-16 
 
Values of 1.0 indicate that the peak was not observed or was not assigned. 
 
Values for C and N are the average of attached H values 
 
index  atom residue residue_number %_at_half_maximum_intensity",text,"DSA-16 paramagnetic probe information 
 Titration of bmv_1a Helix 1 bound to SDS micelles 
 with 16-doxylstearic acid (DSA-16 - paramagnetic probe)  


Numbers in rightmost column correspond to the percentage of maximum concentration 
of DSA-16 (3.2mM) at which the peak intensity reached 50% of the intensity observed 
at 0% DSA-16.

Values of 100.0 indicate that the peak did not decreasze to 50% of maximal intensity at
the highest concentration of added DSA-16

Values of 1.0 indicate that the peak was not observed or was not assigned.

Values for C and N are the average of attached H values

index  atom residue residue_number %_at_half_maximum_intensity

  1  N   VAL  1 	  1.0000
  2  H   VAL  1 	  1.0000
  3  CA  VAL  1 	  39.1900
  4  HA  VAL  1 	  39.1900
  5  CB  VAL  1 	  46.2700
  6  HB  VAL  1 	  46.2700
  9  CG1 VAL  1 	  33.8100
 10 1HG1 VAL  1 	  33.8100
 11 2HG1 VAL  1 	  33.8100
 12 3HG1 VAL  1 	  33.8100
 13  CG2 VAL  1 	  30.7100
 14 1HG2 VAL  1 	  30.7100
 15 2HG2 VAL  1 	  30.7100
 16 3HG2 VAL  1 	  30.7100
 18  C   VAL  1 	  1.0000
 19  O   VAL  1 	  1.0000
 20  N   ALA  2 	  24.6900
 21  H   ALA  2 	  24.6900
 22  CA  ALA  2 	  41.3900
 23  HA  ALA  2 	  41.3900
 25  CB  ALA  2 	  100.0000
 26 1HB  ALA  2 	  100.0000
 27 2HB  ALA  2 	  100.0000
 28 3HB  ALA  2 	  100.0000
 29  C   ALA  2 	  1.0000
 30  O   ALA  2 	  1.0000
 31  N   PHE  3 	  24.3900
 32  H   PHE  3 	  24.3900
 33  CA  PHE  3 	  24.9700
 34  HA  PHE  3 	  24.9700
 35  CB  PHE  3 	  33.8450
 36 2HB  PHE  3 	  31.9700
 37 3HB  PHE  3 	  35.7200
 42  CG  PHE  3 	  1.0000
 43  CD1 PHE  3 	  31.9700
 44  HD1 PHE  3 	  31.9700
 45  CE1 PHE  3 	  39.8600
 46  HE1 PHE  3 	  39.8600
 47  CZ  PHE  3 	  37.4300
 48  HZ  PHE  3 	  37.4300
 49  CE2 PHE  3 	  39.8600
 50  HE2 PHE  3 	  39.8600
 51  CD2 PHE  3 	  31.9700
 52  HD2 PHE  3 	  31.9700
 53  C   PHE  3 	  1.0000
 54  O   PHE  3 	  1.0000
 55  N   ALA  4 	  18.0900
 56  H   ALA  4 	  18.0900
 57  CA  ALA  4 	  43.5300
 58  HA  ALA  4 	  43.5300
 60  CB  ALA  4 	  100.0000
 61 1HB  ALA  4 	  100.0000
 62 2HB  ALA  4 	  100.0000
 63 3HB  ALA  4 	  100.0000
 64  C   ALA  4 	  1.0000
 65  O   ALA  4 	  1.0000
 66  N   LEU  5 	  1.0000
 67  H   LEU  5 	  1.0000
 68  CA  LEU  5 	  53.4100
 69  HA  LEU  5 	  53.4100
 70  CB  LEU  5 	  44.3300
 71 2HB  LEU  5 	  44.4000
 72 3HB  LEU  5 	  44.2600
 74  CG  LEU  5 	  1.0000
 75  HG  LEU  5 	  1.0000
 78  CD1 LEU  5 	  34.1900
 79 1HD1 LEU  5 	  34.1900
 80 2HD1 LEU  5 	  34.1900
 81 3HD1 LEU  5 	  34.1900
 82  CD2 LEU  5 	  41.3600
 83 1HD2 LEU  5 	  41.3600
 84 2HD2 LEU  5 	  41.3600
 85 3HD2 LEU  5 	  41.3600
 87  C   LEU  5 	  1.0000
 88  O   LEU  5 	  1.0000
 89  N   THR  6 	  31.1900
 90  H   THR  6 	  31.1900
 91  CA  THR  6 	  29.0900
 92  HA  THR  6 	  29.0900
 93  CB  THR  6 	  1.0000
 94  HB  THR  6 	  30.2000
 96  OG1 THR  6 	  1.0000
 97  HG1 THR  6 	  1.0000
 98  CG2 THR  6 	  23.9200
 99 1HG2 THR  6 	  23.9200
100 2HG2 THR  6 	  23.9200
101 3HG2 THR  6 	  23.9200
102  C   THR  6 	  1.0000
103  O   THR  6 	  1.0000
104  N   LEU  7 	  44.5200
105  H   LEU  7 	  44.5200
106  CA  LEU  7 	  90.8000
107  HA  LEU  7 	  90.8000
108  CB  LEU  7 	  66.1600
109 2HB  LEU  7 	  56.6300
110 3HB  LEU  7 	  75.6900
112  CG  LEU  7 	  1.0000
113  HG  LEU  7 	  1.0000
116  CD1 LEU  7 	  1.0000
117 1HD1 LEU  7 	  1.0000
118 2HD1 LEU  7 	  1.0000
119 3HD1 LEU  7 	  1.0000
120  CD2 LEU  7 	  1.0000
121 1HD2 LEU  7 	  1.0000
122 2HD2 LEU  7 	  1.0000
123 3HD2 LEU  7 	  1.0000
125  C   LEU  7 	  1.0000
126  O   LEU  7 	  1.0000
127  N   ASN  8 	  63.5600
128  H   ASN  8 	  63.5600
129  CA  ASN  8 	  63.9100
130  HA  ASN  8 	  63.9100
131  CB  ASN  8 	  1.0000
132 2HB  ASN  8 	  1.0000
133 3HB  ASN  8 	  1.0000
135  CG  ASN  8 	  1.0000
136  OD1 ASN  8 	  1.0000
137  ND2 ASN  8 	  1.0000
138 1HD2 ASN  8 	  1.0000
139 2HD2 ASN  8 	  1.0000
141  C   ASN  8 	  1.0000
142  O   ASN  8 	  1.0000
143  N   LEU  9 	  31.7800
144  H   LEU  9 	  31.7800
145  CA  LEU  9 	  95.5200
146  HA  LEU  9 	  95.5200
147  CB  LEU  9 	  37.0250
148 2HB  LEU  9 	  36.2800
149 3HB  LEU  9 	  37.7700
151  CG  LEU  9 	  1.0000
152  HG  LEU  9 	  1.0000
155  CD1 LEU  9 	  37.3300
156 1HD1 LEU  9 	  37.3300
157 2HD1 LEU  9 	  37.3300
158 3HD1 LEU  9 	  37.3300
159  CD2 LEU  9 	  35.5500
160 1HD2 LEU  9 	  35.5500
161 2HD2 LEU  9 	  35.5500
162 3HD2 LEU  9 	  35.5500
164  C   LEU  9 	  1.0000
165  O   LEU  9 	  1.0000
166  N   TYR 10 	  46.1000
167  H   TYR 10 	  46.1000
168  CA  TYR 10 	  67.1100
169  HA  TYR 10 	  67.1100
170  CB  TYR 10 	  95.2800
171 2HB  TYR 10 	  95.2800
172 3HB  TYR 10 	  95.2800
177  CG  TYR 10 	  1.0000
178  CD1 TYR 10 	  47.4900
179  HD1 TYR 10 	  47.4900
180  CE1 TYR 10 	  40.4600
181  HE1 TYR 10 	  40.4600
182  CZ  TYR 10 	  1.0000
183  CE2 TYR 10 	  40.4600
184  HE2 TYR 10 	  40.4600
185  CD2 TYR 10 	  47.4900
186  HD2 TYR 10 	  47.4900
187  OH  TYR 10 	  1.0000
188  HH  TYR 10 	  1.0000
189  C   TYR 10 	  1.0000
190  O   TYR 10 	  1.0000
191  N   GLN 11 	  100.0000
192  H   GLN 11 	  100.0000
193  CA  GLN 11 	  100.0000
194  HA  GLN 11 	  100.0000
195  CB  GLN 11 	  100.0000
196 2HB  GLN 11 	  100.0000
197 3HB  GLN 11 	  100.0000
199  CG  GLN 11 	  1.0000
200 2HG  GLN 11 	  1.0000
201 3HG  GLN 11 	  1.0000
203  CD  GLN 11 	  1.0000
204  OE1 GLN 11 	  1.0000
205  NE2 GLN 11 	  1.0000
206 1HE2 GLN 11 	  1.0000
207 2HE2 GLN 11 	  1.0000
209  C   GLN 11 	  1.0000
210  O   GLN 11 	  1.0000
211  N   LYS 12 	  96.4600
212  H   LYS 12 	  96.4600
213  CA  LYS 12 	  100.0000
214  HA  LYS 12 	  100.0000
215  CB  LYS 12 	  100.0000
216 2HB  LYS 12 	  100.0000
217 3HB  LYS 12 	  100.0000
219  CG  LYS 12 	  86.5250
220 2HG  LYS 12 	  100.0000
221 3HG  LYS 12 	  73.0500
223  CD  LYS 12 	  100.0000
224 2HD  LYS 12 	  100.0000
225 3HD  LYS 12 	  100.0000
227  CE  LYS 12 	  49.2100
228 2HE  LYS 12 	  49.2100
229 3HE  LYS 12 	  49.2100
231  NZ  LYS 12 	  1.0000
232 1HZ  LYS 12 	  1.0000
233 2HZ  LYS 12 	  1.0000
234 3HZ  LYS 12 	  1.0000
236  C   LYS 12 	  1.0000
237  O   LYS 12 	  1.0000
238  N   TYR 13 	  72.5600
239  H   TYR 13 	  72.5600
240  CA  TYR 13 	  53.5300
241  HA  TYR 13 	  53.5300
242  CB  TYR 13 	  51.8350
243 2HB  TYR 13 	  47.9900
244 3HB  TYR 13 	  55.6800
249  CG  TYR 13 	  1.0000
250  CD1 TYR 13 	  42.4300
251  HD1 TYR 13 	  42.4300
252  CE1 TYR 13 	  23.1900
253  HE1 TYR 13 	  23.1900
254  CZ  TYR 13 	  1.0000
255  CE2 TYR 13 	  23.1900
256  HE2 TYR 13 	  23.1900
257  CD2 TYR 13 	  42.4300
258  HD2 TYR 13 	  42.4300
259  OH  TYR 13 	  1.0000
260  HH  TYR 13 	  1.0000
261  C   TYR 13 	  1.0000
262  O   TYR 13 	  1.0000
263  N   GLU 14 	  73.7600
264  H   GLU 14 	  73.7600
265  CA  GLU 14 	  95.5200
266  HA  GLU 14 	  95.5200
267  CB  GLU 14 	  100.0000
268 2HB  GLU 14 	  100.0000
269 3HB  GLU 14 	  100.0000
271  CG  GLU 14 	  1.0000
272 2HG  GLU 14 	  1.0000
273 3HG  GLU 14 	  1.0000
275  CD  GLU 14 	  1.0000
276  OE1 GLU 14 	  1.0000
277  OE2 GLU 14 	  1.0000
278  C   GLU 14 	  1.0000
279  O   GLU 14 	  1.0000
280  N   LYS 15 	  32.0600
281  H   LYS 15 	  32.0600
282  CA  LYS 15 	  46.2300
283  HA  LYS 15 	  46.2300
284  CB  LYS 15 	  97.6700
285 2HB  LYS 15 	  100.0000
286 3HB  LYS 15 	  95.3400
288  CG  LYS 15 	  73.0500
289 2HG  LYS 15 	  73.0500
290 3HG  LYS 15 	  73.0500
292  CD  LYS 15 	  1.0000
293 2HD  LYS 15 	  1.0000
294 3HD  LYS 15 	  1.0000
296  CE  LYS 15 	  100.0000
297 2HE  LYS 15 	  100.0000
298 3HE  LYS 15 	  100.0000
300  NZ  LYS 15 	  1.0000
301 1HZ  LYS 15 	  1.0000
302 2HZ  LYS 15 	  1.0000
303 3HZ  LYS 15 	  1.0000
305  C   LYS 15 	  1.0000
306  O   LYS 15 	  1.0000
307  N   LEU 16 	  1.0000
308  H   LEU 16 	  1.0000
309  CA  LEU 16 	  71.9200
310  HA  LEU 16 	  71.9200
311  CB  LEU 16 	  48.6300
312 2HB  LEU 16 	  45.2100
313 3HB  LEU 16 	  52.0500
315  CG  LEU 16 	  1.0000
316  HG  LEU 16 	  1.0000
319  CD1 LEU 16 	  37.3300
320 1HD1 LEU 16 	  37.3300
321 2HD1 LEU 16 	  37.3300
322 3HD1 LEU 16 	  37.3300
323  CD2 LEU 16 	  35.5500
324 1HD2 LEU 16 	  35.5500
325 2HD2 LEU 16 	  35.5500
326 3HD2 LEU 16 	  35.5500
328  C   LEU 16 	  1.0000
329  O   LEU 16 	  1.0000
330  N   THR 17 	  1.0000
331  H   THR 17 	  100.0000
332  CA  THR 17 	  67.1100
333  HA  THR 17 	  67.1100
334  CB  THR 17 	  69.6900
335  HB  THR 17 	  69.6900
337  OG1 THR 17 	  1.0000
338  HG1 THR 17 	  1.0000
339  CG2 THR 17 	  35.6300
340 1HG2 THR 17 	  35.6300
341 2HG2 THR 17 	  35.6300
342 3HG2 THR 17 	  35.6300
343  C   THR 17 	  1.0000
344  O   THR 17 	  1.0000
345  N   ALA 18 	  100.0000
346  H   ALA 18 	  100.0000
347  CA  ALA 18 	  100.0000
348  HA  ALA 18 	  100.0000
350  CB  ALA 18 	  100.0000
351 1HB  ALA 18 	  100.0000
352 2HB  ALA 18 	  100.0000
353 3HB  ALA 18 	  100.0000
354  C   ALA 18 	  1.0000
355  O   ALA 18 	  1.0000"
other_data_types,Diffusion_parameters_bound,26514,140792,1,,Diffusion_parameters_free,,1,sample_conditions_1,"theta and phi are the Euler angles of the axially symmetric diffusion tensor axis in the frame of the original X-
ray coordinate file(3, 4)",text,"Temperature (C)     Theta (degrees)   Phi (degrees)   Tau (ns)   D(parallel)/D(perpendicular) 
15                       126              92            21.76              1.34                         
18                       129              88            19.92              1.36                           
21                       129              89            18.34              1.35                 
30                       128              89            14.42              1.36              
33                       128              89            13.42              1.37             
37                       128              91            12.37              1.39 
40                       128              91            11.71              1.39"
other_data_types,Diffusion_parameters_free,26514,140793,2,,Diffusion_parameters_free,,1,sample_conditions_1,"theta and phi are the Euler angles of the axially symmetric diffusion tensor axis in the frame of the original X-
ray coordinate file(3, 4)",text,"Temperature (C)     Theta (degrees)   Phi (degrees)   Tau (ns)   D(parallel)/D(perpendicular)
15                       91                95           20.87             1.37                                        							   
18                       91                95           19.63             1.35                                        							   
21                       90                93           17.97             1.39                                        							   
25                       91                95           16.55             1.37                                        										 
30                       90                93           14.74             1.41                                        							 
33                       89                94           13.72             1.41                                        							
37                       88                95           12.59             1.38                                        					     
40                       89                94           11.82             1.37"
other_data_types,other_data_types_1_Time_domain_data,50153,213189,1,Time domain data,na,,1,sample_conditions_1_1,NMR experiments bundle,,
other_data_types,relax_rate_RQ_Dz_com_500,7126,258926,1,relaxation rates RQ(Dz) at 500MHz,"Deuterium relaxation rates RQ(Dz), s-1",,1,conditions_1,"barnase-barstar complex;                                                                                               
measured at 500 MHz",text,"#
#       Residue
#       Seq       Residue    Atom      RDz     RDz
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	12.048	 0.361
   2	   3	   VAL	     CG1	25.510	 0.765
   3	   4	   ILE	     CG2	14.294	 0.599
   4	   6	   THR	     CG2	18.990	 0.962
   5	  10	   VAL	     CG1	23.004	 2.002
   6	  11	   ALA	      CB	29.931	 1.295
   7	  14	   LEU	     CD1	35.211	 7.322
   8	  14	   LEU	     CD2	11.098	 0.647
   9	  16	   THR	     CG2	24.752	 0.854
  10	  20	   LEU	     CD1	33.715	 7.313
  11	  20	   LEU	     CD2	31.918	 4.122
  12	  25	   ILE	     CG2	20.859	 0.626
  13	  25	   ILE	     CD1	14.930	 0.812
  14	  26	   THR	     CG2	15.485	 0.868
  15	  30	   ALA	      CB	31.606	 1.867
  16	  32	   ALA	      CB	15.442	 0.463
  17	  33	   LEU	     CD1	22.302	 1.425
  18	  33	   LEU	     CD2	16.722	 1.013
  19	  36	   VAL	     CG1	19.920	 0.598
  20	  37	   ALA	      CB	31.626	 2.523
  21	  42	   LEU	     CD1	23.787	13.025
  22	  42	   LEU	     CD2	20.916	 1.473
  23	  43	   ALA	      CB	20.851	 0.713
  24	  45	   VAL	     CG1	12.599	 0.528
  25	  45	   VAL	     CG2	17.050	 0.622
  26	  46	   ALA	      CB	26.371	 2.160
  27	  51	   ILE	     CG2	23.234	 2.487
  28	  51	   ILE	     CD1	11.587	 0.459
  29	  55	   ILE	     CG2	29.682	 0.890
  30	  55	   ILE	     CD1	15.657	 0.470
  31	  63	   LEU	     CD1	21.427	 1.608
  32	  63	   LEU	     CD2	26.603	 1.720
  33	  70	   THR	     CG2	 2.064	 3.719
  34	  74	   ALA	      CB	13.864	 1.363
  35	  76	   ILE	     CG2	22.821	 2.386
  36	  76	   ILE	     CD1	 6.373	 0.840
  37	  79	   THR	     CG2	28.474	 0.854
  38	  88	   ILE	     CD1	 6.402	 0.527
  39	  89	   LEU	     CD1	15.763	 0.473
  40	  89	   LEU	     CD2	31.656	 1.197
  41	  95	   LEU	     CD1	18.238	 0.547
  42	  95	   LEU	     CD2	37.078	 1.112
  43	  96	   ILE	     CG2	14.843	 1.515
  44	  96	   ILE	     CD1	16.332	 0.490
  45	  99	   THR	     CG2	 4.664	 3.361
  46	 105	   THR	     CG2	30.628	 0.919
  47	 107	   THR	     CG2	34.153	 1.025
  48	 109	   ILE	     CG2	20.387	 0.612"
other_data_types,relax_rate_RQ_Dz_com_600,7126,258927,2,relaxation rates RQ(Dz) at 600MHz,"Deuterium relaxation rates RQ(Dz), s-1",,1,conditions_1,"barnase-barstar complex;                                                                                               
measured at 600 MHz",text,"#
#       Residue
#       Seq       Residue    Atom      RDz     RDz
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	11.678	 0.350
   2	   3	   VAL	     CG1	23.010	 0.690
   3	   4	   ILE	     CG2	13.009	 0.747
   4	   6	   THR	     CG2	21.711	 4.732
   5	  10	   VAL	     CG1	22.272	 2.222
   6	  11	   ALA	      CB	25.820	 1.603
   7	  14	   LEU	     CD1	50.125	 6.806
   8	  14	   LEU	     CD2	 7.657	 1.274
   9	  16	   THR	     CG2	22.563	 1.146
  10	  20	   LEU	     CD1	62.422	32.848
  11	  20	   LEU	     CD2	34.483	 6.986
  12	  25	   ILE	     CG2	20.109	 1.210
  13	  25	   ILE	     CD1	13.827	 0.942
  14	  26	   THR	     CG2	12.633	 2.652
  15	  30	   ALA	      CB	29.438	 2.582
  16	  32	   ALA	      CB	14.403	 0.531
  17	  33	   LEU	     CD1	24.096	 1.580
  18	  33	   LEU	     CD2	16.377	 0.869
  19	  36	   VAL	     CG1	19.670	 0.590
  20	  37	   ALA	      CB	27.375	 1.472
  21	  42	   LEU	     CD1	27.435	20.450
  22	  42	   LEU	     CD2	25.608	 2.140
  23	  43	   ALA	      CB	17.947	 0.872
  24	  45	   VAL	     CG1	11.707	 0.568
  25	  45	   VAL	     CG2	15.793	 1.013
  26	  46	   ALA	      CB	24.414	 1.790
  27	  51	   ILE	     CG2	22.306	 2.009
  28	  51	   ILE	     CD1	10.543	 1.078
  29	  55	   ILE	     CG2	29.112	 0.942
  30	  55	   ILE	     CD1	13.810	 0.414
  31	  63	   LEU	     CD1	20.881	 4.274
  32	  63	   LEU	     CD2	32.595	 4.442
  33	  70	   THR	     CG2	11.391	 2.733
  34	  74	   ALA	      CB	13.326	 2.364
  35	  76	   ILE	     CG2	16.010	 1.594
  36	  76	   ILE	     CD1	 4.318	 1.030
  37	  79	   THR	     CG2	28.161	 0.845
  38	  88	   ILE	     CD1	 5.571	 1.231
  39	  89	   LEU	     CD1	14.166	 1.481
  40	  89	   LEU	     CD2	27.871	 0.836
  41	  95	   LEU	     CD1	18.212	 0.546
  42	  95	   LEU	     CD2	36.232	 1.087
  43	  96	   ILE	     CG2	15.051	 1.355
  44	  96	   ILE	     CD1	14.337	 0.839
  45	 105	   THR	     CG2	27.174	 0.865
  46	 107	   THR	     CG2	27.137	 0.957
  47	 109	   ILE	     CG2	18.152	 0.681"
other_data_types,relax_rate_RQ_Dz_com_800,7126,258928,3,relaxation rates RQ(Dz) at 800MHz,"Deuterium relaxation rates RQ(Dz), s-1",,1,conditions_1,"barnase-barstar complex;                                                                                               
measured at 800 MHz",text,"#
#       Residue
#       Seq       Residue    Atom      RDz     RDz
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	10.578	 0.317
   2	   3	   VAL	     CG1	20.354	 0.611
   3	   4	   ILE	     CG2	10.233	 0.307
   4	   6	   THR	     CG2	 7.231	 3.846
   5	  10	   VAL	     CG1	18.720	 0.562
   6	  11	   ALA	      CB	27.427	 1.389
   7	  14	   LEU	     CD1	36.166	 7.428
   8	  14	   LEU	     CD2	 6.944	 1.067
   9	  16	   THR	     CG2	22.686	 1.698
  10	  20	   LEU	     CD1	33.456	 7.085
  11	  20	   LEU	     CD2	35.112	 1.053
  12	  25	   ILE	     CG2	18.622	 0.559
  13	  25	   ILE	     CD1	11.320	 0.340
  14	  26	   THR	     CG2	13.939	 1.914
  15	  30	   ALA	      CB	29.138	 1.946
  16	  32	   ALA	      CB	10.877	 0.386
  17	  33	   LEU	     CD1	20.387	 1.293
  18	  33	   LEU	     CD2	14.686	 0.680
  19	  36	   VAL	     CG1	16.518	 0.545
  20	  37	   ALA	      CB	30.469	 0.986
  21	  42	   LEU	     CD1	22.311	 2.635
  22	  42	   LEU	     CD2	20.747	 0.631
  23	  43	   ALA	      CB	15.793	 0.706
  24	  45	   VAL	     CG1	 9.074	 0.293
  25	  45	   VAL	     CG2	13.414	 0.513
  26	  46	   ALA	      CB	21.345	 1.101
  27	  51	   ILE	     CG2	18.776	 1.357
  28	  51	   ILE	     CD1	 7.800	 0.374
  29	  55	   ILE	     CG2	28.137	 0.844
  30	  55	   ILE	     CD1	11.575	 0.347
  31	  63	   LEU	     CD1	19.399	 2.761
  32	  63	   LEU	     CD2	24.802	 1.292
  33	  70	   THR	     CG2	 4.167	 2.137
  34	  74	   ALA	      CB	 9.775	 0.779
  35	  76	   ILE	     CG2	20.333	 1.261
  36	  76	   ILE	     CD1	 2.377	 0.744
  37	  79	   THR	     CG2	21.939	 0.672
  38	  88	   ILE	     CD1	 4.167	 0.740
  39	  89	   LEU	     CD1	14.059	 0.422
  40	  89	   LEU	     CD2	27.005	 0.810
  41	  95	   LEU	     CD1	16.000	 0.480
  42	  95	   LEU	     CD2	34.928	 1.048
  43	  96	   ILE	     CG2	11.312	 0.594
  44	  96	   ILE	     CD1	11.509	 0.345
  45	  99	   THR	     CG2	 1.719	 2.291
  46	 105	   THR	     CG2	26.961	 1.260
  47	 107	   THR	     CG2	25.138	 0.754
  48	 109	   ILE	     CG2	15.758	 0.473"
other_data_types,relax_rate_RQ_D+_com_500,7126,258929,4,relaxation rates RQ(D+) at 500MHz,"Deuterium relaxation rates RQ(D+), s-1",,1,conditions_1,"barnase-barstar complex;                                                                                               
measured at 500 MHz",text,"#
#       Residue
#       Seq       Residue    Atom      RD+     RD+
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	28.177	 0.845
   2	   3	   VAL	     CG1	77.821	 2.335
   3	   4	   ILE	     CG2	147.580	 4.427
   4	   6	   THR	     CG2	177.054	 5.312
   5	  10	   VAL	     CG1	191.644	 7.169
   6	  11	   ALA	      CB	198.570	12.764
   7	  14	   LEU	     CD1	207.555	28.066
   8	  14	   LEU	     CD2	154.991	 9.727
   9	  16	   THR	     CG2	187.970	 6.332
  10	  20	   LEU	     CD1	200.280	24.144
  11	  20	   LEU	     CD2	210.393	13.346
  12	  25	   ILE	     CG2	165.700	 5.511
  13	  25	   ILE	     CD1	148.280	 4.448
  14	  26	   THR	     CG2	174.764	 6.811
  15	  30	   ALA	      CB	191.498	10.308
  16	  32	   ALA	      CB	179.921	 5.398
  17	  33	   LEU	     CD1	157.654	 5.379
  18	  33	   LEU	     CD2	143.968	 6.461
  19	  36	   VAL	     CG1	158.153	 4.745
  20	  37	   ALA	      CB	192.382	10.555
  21	  42	   LEU	     CD1	157.778	22.621
  22	  42	   LEU	     CD2	170.678	 5.120
  23	  43	   ALA	      CB	171.792	 6.006
  24	  45	   VAL	     CG1	141.303	 5.079
  25	  45	   VAL	     CG2	164.474	 4.934
  26	  46	   ALA	      CB	200.602	 6.994
  27	  51	   ILE	     CG2	195.886	11.105
  28	  51	   ILE	     CD1	113.869	 3.416
  29	  55	   ILE	     CG2	148.699	 4.461
  30	  55	   ILE	     CD1	54.915	 1.647
  31	  63	   LEU	     CD1	159.286	11.341
  32	  63	   LEU	     CD2	169.434	 8.940
  33	  70	   THR	     CG2	13.207	15.369
  34	  74	   ALA	      CB	207.469	 9.233
  35	  76	   ILE	     CG2	181.422	13.886
  36	  76	   ILE	     CD1	174.551	 7.376
  37	  79	   THR	     CG2	114.129	 4.026
  38	  88	   ILE	     CD1	166.778	 8.013
  39	  89	   LEU	     CD1	122.354	 3.671
  40	  89	   LEU	     CD2	148.104	 4.443
  41	  95	   LEU	     CD1	83.126	 2.494
  42	  95	   LEU	     CD2	104.822	 3.145
  43	  96	   ILE	     CG2	161.186	 9.304
  44	  96	   ILE	     CD1	103.864	 3.116
  45	  99	   THR	     CG2	26.831	29.869
  46	 105	   THR	     CG2	120.322	 3.610
  47	 107	   THR	     CG2	129.282	 3.878
  48	 109	   ILE	     CG2	128.816	 3.864"
other_data_types,relax_rate_RQ_D+_com_600,7126,258930,5,relaxation rates RQ(D+) at 600MHz,"Deuterium relaxation rates RQ(D+), s-1",,1,conditions_1,"barnase-barstar complex;                                                                                               
measured at 600 MHz",text,"#
#       Residue
#       Seq       Residue    Atom      RD+     RD+
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	26.123	 0.784
   2	   3	   VAL	     CG1	76.453	 2.294
   3	   4	   ILE	     CG2	153.186	 4.596
   4	   6	   THR	     CG2	168.379	36.403
   5	  10	   VAL	     CG1	187.021	15.747
   6	  11	   ALA	      CB	183.554	 7.304
   7	  14	   LEU	     CD1	197.707	65.316
   8	  14	   LEU	     CD2	154.273	 7.659
   9	  16	   THR	     CG2	200.602	18.515
  10	  20	   LEU	     CD1	232.992	161.172
  11	  20	   LEU	     CD2	188.786	15.446
  12	  25	   ILE	     CG2	164.908	 4.947
  13	  25	   ILE	     CD1	161.499	 5.287
  14	  26	   THR	     CG2	119.204	18.046
  15	  30	   ALA	      CB	191.022	 5.731
  16	  32	   ALA	      CB	166.500	 6.556
  17	  33	   LEU	     CD1	139.938	 8.287
  18	  33	   LEU	     CD2	139.626	 4.189
  19	  36	   VAL	     CG1	139.821	 5.603
  20	  37	   ALA	      CB	179.340	16.541
  21	  42	   LEU	     CD1	197.355	48.531
  22	  42	   LEU	     CD2	172.206	13.769
  23	  43	   ALA	      CB	179.986	 5.400
  24	  45	   VAL	     CG1	142.796	 6.492
  25	  45	   VAL	     CG2	165.673	 8.940
  26	  46	   ALA	      CB	198.649	11.645
  27	  51	   ILE	     CG2	163.185	14.803
  28	  51	   ILE	     CD1	115.969	 5.249
  29	  55	   ILE	     CG2	150.263	 4.508
  30	  55	   ILE	     CD1	51.733	 1.552
  31	  63	   LEU	     CD1	151.286	34.331
  32	  63	   LEU	     CD2	143.637	25.377
  33	  70	   THR	     CG2	 5.519	24.317
  34	  74	   ALA	      CB	212.224	 9.616
  35	  76	   ILE	     CG2	185.185	 9.770
  36	  76	   ILE	     CD1	196.580	 7.091
  37	  79	   THR	     CG2	112.587	 7.916
  38	  88	   ILE	     CD1	165.399	11.761
  39	  89	   LEU	     CD1	123.062	 4.268
  40	  89	   LEU	     CD2	146.800	 4.404
  41	  95	   LEU	     CD1	80.192	 3.335
  42	  95	   LEU	     CD2	103.093	 3.311
  43	  96	   ILE	     CG2	164.908	10.032
  44	  96	   ILE	     CD1	103.423	 3.551
  45	  99	   THR	     CG2	17.403	41.010
  46	 105	   THR	     CG2	120.978	 5.105
  47	 107	   THR	     CG2	135.226	10.216
  48	 109	   ILE	     CG2	129.836	 3.895"
other_data_types,relax_rate_RQ_D+_com_800,7126,258931,6,relaxation rates RQ(D+) at 800MHz,"Deuterium relaxation rates RQ(D+), s-1",,1,conditions_1,"barnase-barstar complex;                                                                                               
measured at 800 MHz",text,"#
#       Residue
#       Seq       Residue    Atom      RD+     RD+
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	26.774	 4.004
   2	   3	   VAL	     CG1	70.423	 2.113
   3	   4	   ILE	     CG2	138.179	 4.145
   4	   6	   THR	     CG2	217.770	48.040
   5	  10	   VAL	     CG1	168.890	 5.067
   6	  11	   ALA	      CB	187.547	 6.067
   7	  14	   LEU	     CD1	201.450	12.268
   8	  14	   LEU	     CD2	146.929	 7.968
   9	  16	   THR	     CG2	186.081	10.308
  10	  20	   LEU	     CD1	242.660	35.283
  11	  20	   LEU	     CD2	167.112	 8.311
  12	  25	   ILE	     CG2	162.707	 4.881
  13	  25	   ILE	     CD1	149.723	 4.492
  14	  26	   THR	     CG2	131.891	32.425
  15	  30	   ALA	      CB	180.766	 8.382
  16	  32	   ALA	      CB	169.291	 5.333
  17	  33	   LEU	     CD1	137.988	 5.168
  18	  33	   LEU	     CD2	123.503	 3.705
  19	  36	   VAL	     CG1	156.274	 4.688
  20	  37	   ALA	      CB	173.280	 8.068
  21	  42	   LEU	     CD1	147.167	13.686
  22	  42	   LEU	     CD2	146.908	 4.407
  23	  43	   ALA	      CB	162.311	 5.638
  24	  45	   VAL	     CG1	137.250	 4.117
  25	  45	   VAL	     CG2	158.983	 4.769
  26	  46	   ALA	      CB	191.534	 6.343
  27	  51	   ILE	     CG2	171.380	 7.316
  28	  51	   ILE	     CD1	111.371	 3.341
  29	  55	   ILE	     CG2	147.275	 4.418
  30	  55	   ILE	     CD1	50.787	 1.524
  31	  63	   LEU	     CD1	139.782	13.562
  32	  63	   LEU	     CD2	142.857	11.618
  33	  70	   THR	     CG2	 2.690	13.332
  34	  74	   ALA	      CB	185.839	11.131
  35	  76	   ILE	     CG2	180.505	 9.149
  36	  76	   ILE	     CD1	181.917	 5.458
  37	  79	   THR	     CG2	99.108	 5.637
  38	  88	   ILE	     CD1	162.443	 5.499
  39	  89	   LEU	     CD1	121.640	 3.649
  40	  89	   LEU	     CD2	131.544	 3.946
  41	  95	   LEU	     CD1	78.678	 2.360
  42	  95	   LEU	     CD2	105.876	 3.176
  43	  96	   ILE	     CG2	151.676	 5.988
  44	  96	   ILE	     CD1	102.470	 3.763
  45	  99	   THR	     CG2	23.288	 7.842
  46	 105	   THR	     CG2	106.180	 3.185
  47	 107	   THR	     CG2	109.445	 6.188
  48	 109	   ILE	     CG2	122.220	 3.667"
other_data_types,relax_rate_RQ_3Dz2-2_com_500,7126,258932,7,relaxation rates RQ(3Dz2-2) at 500 MHz,"Deuterium relaxation rates RQ(3Dz2-2), s-1",,1,conditions_1,"barnase-barstar complex;                                                                                               
measured at 500 MHz",text,"#
#       Residue
#       Seq       Residue    Atom       R3Dz2-2
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	 8.795	 0.264
   2	   3	   VAL	     CG1	21.155	 0.635
   3	   4	   ILE	     CG2	13.344	 0.400
   4	   6	   THR	     CG2	15.352	 0.759
   5	  10	   VAL	     CG1	20.665	 1.524
   6	  11	   ALA	      CB	19.350	 1.218
   7	  14	   LEU	     CD1	20.429	 6.026
   8	  14	   LEU	     CD2	10.207	 0.802
   9	  16	   THR	     CG2	21.436	 0.643
  10	  20	   LEU	     CD1	38.521	10.700
  11	  20	   LEU	     CD2	22.487	 3.838
  12	  25	   ILE	     CG2	16.745	 1.097
  13	  25	   ILE	     CD1	13.127	 0.640
  14	  26	   THR	     CG2	13.390	 0.533
  15	  30	   ALA	      CB	23.838	 2.610
  16	  32	   ALA	      CB	13.330	 0.400
  17	  33	   LEU	     CD1	18.825	 0.838
  18	  33	   LEU	     CD2	16.445	 0.889
  19	  36	   VAL	     CG1	17.702	 0.934
  20	  37	   ALA	      CB	27.322	 2.991
  21	  42	   LEU	     CD1	20.627	 8.812
  22	  42	   LEU	     CD2	18.875	 1.999
  23	  43	   ALA	      CB	16.402	 0.800
  24	  45	   VAL	     CG1	11.953	 0.666
  25	  45	   VAL	     CG2	15.941	 0.478
  26	  46	   ALA	      CB	22.640	 1.741
  27	  51	   ILE	     CG2	18.889	 0.989
  28	  51	   ILE	     CD1	11.570	 0.410
  29	  55	   ILE	     CG2	24.438	 1.208
  30	  55	   ILE	     CD1	12.922	 0.388
  31	  63	   LEU	     CD1	14.968	 2.469
  32	  63	   LEU	     CD2	21.317	 2.803
  33	  70	   THR	     CG2	 2.215	 2.975
  34	  74	   ALA	      CB	14.712	 1.521
  35	  76	   ILE	     CG2	19.940	 1.579
  36	  76	   ILE	     CD1	 7.435	 0.879
  37	  79	   THR	     CG2	25.304	 0.833
  38	  88	   ILE	     CD1	 7.855	 0.416
  39	  89	   LEU	     CD1	14.767	 0.443
  40	  89	   LEU	     CD2	24.851	 1.810
  41	  95	   LEU	     CD1	13.250	 0.398
  42	  95	   LEU	     CD2	22.810	 0.870
  43	  96	   ILE	     CG2	15.103	 1.142
  44	  96	   ILE	     CD1	16.455	 0.494
  45	  99	   THR	     CG2	 4.219	 3.160
  46	 105	   THR	     CG2	26.504	 0.823
  47	 107	   THR	     CG2	29.061	 0.872
  48	 109	   ILE	     CG2	18.116	 0.543"
other_data_types,relax_rate_RQ_3Dz2-2_com_600,7126,258933,8,relaxation rates RQ(3Dz2-2) at 600 MHz,"Deuterium relaxation rates RQ(3Dz2-2), s-1",,1,conditions_1,"barnase-barstar complex;                                                                                               
measured at 600 MHz",text,"#
#       Residue
#       Seq       Residue    Atom       R3Dz2-2
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	 8.613	 0.258
   2	   3	   VAL	     CG1	18.744	 0.572
   3	   4	   ILE	     CG2	10.985	 0.484
   4	   6	   THR	     CG2	16.762	 2.840
   5	  10	   VAL	     CG1	17.649	 2.865
   6	  11	   ALA	      CB	22.232	 4.967
   7	  14	   LEU	     CD1	23.832	11.422
   8	  14	   LEU	     CD2	 9.328	 2.212
   9	  16	   THR	     CG2	25.767	 3.421
  10	  20	   LEU	     CD1	51.600	318.171
  11	  20	   LEU	     CD2	25.840	 9.421
  12	  25	   ILE	     CG2	16.920	 1.207
  13	  25	   ILE	     CD1	13.351	 1.378
  14	  26	   THR	     CG2	12.938	 2.504
  15	  30	   ALA	      CB	25.860	 4.268
  16	  32	   ALA	      CB	10.317	 1.229
  17	  33	   LEU	     CD1	15.662	 1.844
  18	  33	   LEU	     CD2	14.219	 0.886
  19	  36	   VAL	     CG1	13.060	 1.081
  20	  37	   ALA	      CB	23.441	 5.797
  21	  42	   LEU	     CD1	32.373	13.624
  22	  42	   LEU	     CD2	17.039	 1.519
  23	  43	   ALA	      CB	12.492	 1.131
  24	  45	   VAL	     CG1	10.586	 1.153
  25	  45	   VAL	     CG2	13.428	 1.562
  26	  46	   ALA	      CB	17.924	 2.495
  27	  51	   ILE	     CG2	16.878	 4.914
  28	  51	   ILE	     CD1	 9.025	 1.611
  29	  55	   ILE	     CG2	18.947	 1.134
  30	  55	   ILE	     CD1	11.976	 0.359
  31	  63	   LEU	     CD1	17.740	 6.124
  32	  63	   LEU	     CD2	25.183	 5.954
  33	  70	   THR	     CG2	 6.523	 2.999
  34	  74	   ALA	      CB	11.671	 2.587
  35	  76	   ILE	     CG2	16.731	 4.283
  36	  76	   ILE	     CD1	 4.117	 1.106
  37	  79	   THR	     CG2	24.468	 1.108
  38	  88	   ILE	     CD1	 7.013	 1.643
  39	  89	   LEU	     CD1	11.932	 0.837
  40	  89	   LEU	     CD2	19.901	 1.539
  41	  95	   LEU	     CD1	12.857	 0.386
  42	  95	   LEU	     CD2	20.517	 2.019
  43	  96	   ILE	     CG2	10.842	 1.321
  44	  96	   ILE	     CD1	15.065	 0.711
  45	  99	   THR	     CG2	 4.632	 5.239
  46	 105	   THR	     CG2	22.630	 0.833
  47	 107	   THR	     CG2	27.233	 2.121
  48	 109	   ILE	     CG2	15.466	 0.464"
other_data_types,relax_rate_RQ_3Dz2-2_com_800,7126,258934,9,relaxation rates RQ(3Dz2-2) at 800 MHz,"Deuterium relaxation rates RQ(3Dz2-2), s-1",,1,conditions_1,"barnase-barstar complex;                                                                                               
measured at 800 MHz",text,"#
#       Residue
#       Seq       Residue    Atom       R3Dz2-2
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	 7.496	 0.225
   2	   3	   VAL	     CG1	15.765	 0.473
   3	   4	   ILE	     CG2	 8.889	 0.267
   4	   6	   THR	     CG2	11.457	 2.829
   5	  10	   VAL	     CG1	13.466	 0.875
   6	  11	   ALA	      CB	15.883	 1.070
   7	  14	   LEU	     CD1	29.257	 6.160
   8	  14	   LEU	     CD2	 7.153	 0.546
   9	  16	   THR	     CG2	16.276	 0.922
  10	  20	   LEU	     CD1	13.827	 6.407
  11	  20	   LEU	     CD2	19.444	 2.735
  12	  25	   ILE	     CG2	12.439	 0.566
  13	  25	   ILE	     CD1	 8.382	 0.285
  14	  26	   THR	     CG2	11.629	 2.126
  15	  30	   ALA	      CB	20.105	 1.880
  16	  32	   ALA	      CB	 8.584	 0.258
  17	  33	   LEU	     CD1	15.394	 0.516
  18	  33	   LEU	     CD2	10.557	 0.317
  19	  36	   VAL	     CG1	11.472	 0.400
  20	  37	   ALA	      CB	18.362	 1.552
  21	  42	   LEU	     CD1	17.895	 1.916
  22	  42	   LEU	     CD2	13.648	 0.595
  23	  43	   ALA	      CB	11.378	 0.612
  24	  45	   VAL	     CG1	 6.887	 0.368
  25	  45	   VAL	     CG2	 9.756	 0.309
  26	  46	   ALA	      CB	17.059	 0.738
  27	  51	   ILE	     CG2	10.477	 1.635
  28	  51	   ILE	     CD1	 7.770	 0.332
  29	  55	   ILE	     CG2	18.918	 0.568
  30	  55	   ILE	     CD1	10.004	 0.300
  31	  63	   LEU	     CD1	11.177	 1.382
  32	  63	   LEU	     CD2	17.538	 1.125
  33	  70	   THR	     CG2	 1.758	 1.922
  34	  74	   ALA	      CB	 7.231	 0.488
  35	  76	   ILE	     CG2	13.759	 0.853
  36	  76	   ILE	     CD1	 4.167	 0.345
  37	  79	   THR	     CG2	16.480	 0.494
  38	  88	   ILE	     CD1	 3.671	 0.527
  39	  89	   LEU	     CD1	 9.862	 0.373
  40	  89	   LEU	     CD2	18.625	 0.757
  41	  95	   LEU	     CD1	10.871	 0.326
  42	  95	   LEU	     CD2	21.825	 0.661
  43	  96	   ILE	     CG2	 7.862	 0.886
  44	  96	   ILE	     CD1	10.960	 0.335
  45	  99	   THR	     CG2	 3.854	 1.143
  46	 105	   THR	     CG2	17.498	 1.684
  47	 107	   THR	     CG2	21.786	 1.160
  48	 109	   ILE	     CG2	12.893	 0.387"
other_data_types,relax_rate_RQ_D+Dz+DzD+_com_500,7126,258935,10,relaxation rates RQ(D+Dz+DzD+) at 500 MHz,"Deuterium relaxation rates RQ(D+Dz+DzD+), s-1",,1,conditions_1,"barnase-barstar complex;                                                                                                
measured at 500 MHz",text,"#
#       Residue
#       Seq       Residue    Atom       RD+Dz+DzD+
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	21.088	 0.633
   2	   3	   VAL	     CG1	61.843	 1.855
   3	   4	   ILE	     CG2	141.483	 4.244
   4	   6	   THR	     CG2	155.376	 5.130
   5	  10	   VAL	     CG1	166.113	14.600
   6	  11	   ALA	      CB	183.486	13.763
   7	  14	   LEU	     CD1	73.965	38.279
   8	  14	   LEU	     CD2	140.984	15.706
   9	  16	   THR	     CG2	161.134	 5.585
  10	  20	   LEU	     CD1	222.618	99.266
  11	  20	   LEU	     CD2	141.263	25.682
  12	  25	   ILE	     CG2	150.807	 4.790
  13	  25	   ILE	     CD1	158.730	 4.762
  14	  26	   THR	     CG2	173.250	10.217
  15	  30	   ALA	      CB	233.536	15.953
  16	  32	   ALA	      CB	176.367	 5.291
  17	  33	   LEU	     CD1	128.783	 5.801
  18	  33	   LEU	     CD2	131.079	 4.505
  19	  36	   VAL	     CG1	143.369	 4.301
  20	  37	   ALA	      CB	167.813	15.030
  21	  42	   LEU	     CD1	362.845	132.446
  22	  42	   LEU	     CD2	147.406	19.945
  23	  43	   ALA	      CB	151.515	 6.357
  24	  45	   VAL	     CG1	134.264	 6.403
  25	  45	   VAL	     CG2	151.929	 4.558
  26	  46	   ALA	      CB	192.382	10.711
  27	  51	   ILE	     CG2	191.608	11.528
  28	  51	   ILE	     CD1	109.039	 3.271
  29	  55	   ILE	     CG2	133.905	 5.126
  30	  55	   ILE	     CD1	47.416	 1.422
  31	  63	   LEU	     CD1	127.113	12.524
  32	  63	   LEU	     CD2	152.788	22.028
  33	  70	   THR	     CG2	19.179	18.190
  34	  74	   ALA	      CB	208.420	13.505
  35	  76	   ILE	     CG2	184.026	16.178
  36	  76	   ILE	     CD1	170.097	 7.690
  37	  79	   THR	     CG2	88.183	 3.562
  38	  88	   ILE	     CD1	162.920	 5.659
  39	  89	   LEU	     CD1	112.562	 3.672
  40	  89	   LEU	     CD2	121.153	 9.958
  41	  95	   LEU	     CD1	69.109	 2.073
  42	  95	   LEU	     CD2	86.806	 2.604
  43	  96	   ILE	     CG2	160.077	 7.090
  44	  96	   ILE	     CD1	93.897	 3.697
  45	  99	   THR	     CG2	13.275	14.445
  46	 105	   THR	     CG2	97.656	 3.218
  47	 107	   THR	     CG2	106.383	 4.385
  48	 109	   ILE	     CG2	116.672	 3.580"
other_data_types,relax_rate_RQ_D+Dz+DzD+_com_600,7126,258936,11,relaxation rates RQ(D+Dz+DzD+) at 600 MHz,"Deuterium relaxation rates RQ(D+Dz+DzD+), s-1",,1,conditions_1,"barnase-barstar complex;                                                                                                
measured at 600 MHz",text,"#
#       Residue
#       Seq       Residue    Atom       RD+Dz+DzD+
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	22.573	 0.677
   2	   3	   VAL	     CG1	60.350	 1.810
   3	   4	   ILE	     CG2	139.159	 4.175
   4	   6	   THR	     CG2	237.586	22.494
   5	  10	   VAL	     CG1	180.701	16.219
   6	  11	   ALA	      CB	162.813	14.529
   7	  14	   LEU	     CD1	278.629	96.810
   8	  14	   LEU	     CD2	161.917	 4.858
   9	  16	   THR	     CG2	168.776	13.300
  10	  20	   LEU	     CD1	280.978	210.872
  11	  20	   LEU	     CD2	117.440	17.750
  12	  25	   ILE	     CG2	170.882	 5.126
  13	  25	   ILE	     CD1	137.817	 4.135
  14	  26	   THR	     CG2	86.806	24.098
  15	  30	   ALA	      CB	186.637	16.438
  16	  32	   ALA	      CB	174.155	 5.863
  17	  33	   LEU	     CD1	120.948	12.989
  18	  33	   LEU	     CD2	127.861	 5.621
  19	  36	   VAL	     CG1	134.391	 9.290
  20	  37	   ALA	      CB	180.930	21.386
  21	  42	   LEU	     CD1	127.405	47.105
  22	  42	   LEU	     CD2	155.015	13.267
  23	  43	   ALA	      CB	165.399	11.471
  24	  45	   VAL	     CG1	137.817	 6.874
  25	  45	   VAL	     CG2	173.160	 5.195
  26	  46	   ALA	      CB	187.829	16.924
  27	  51	   ILE	     CG2	229.043	54.559
  28	  51	   ILE	     CD1	104.351	 3.219
  29	  55	   ILE	     CG2	128.899	 7.779
  30	  55	   ILE	     CD1	47.125	 1.414
  31	  63	   LEU	     CD1	179.565	36.855
  32	  63	   LEU	     CD2	177.936	15.489
  33	  70	   THR	     CG2	13.770	19.986
  34	  74	   ALA	      CB	182.782	12.829
  35	  76	   ILE	     CG2	157.183	18.523
  36	  76	   ILE	     CD1	157.257	10.107
  37	  79	   THR	     CG2	93.633	 3.306
  38	  88	   ILE	     CD1	168.322	11.987
  39	  89	   LEU	     CD1	101.451	 5.555
  40	  89	   LEU	     CD2	112.070	 6.256
  41	  95	   LEU	     CD1	74.627	 2.239
  42	  95	   LEU	     CD2	101.410	 6.058
  43	  96	   ILE	     CG2	148.987	10.024
  44	  96	   ILE	     CD1	105.407	 3.505
  45	  99	   THR	     CG2	 4.960	27.237
  46	 105	   THR	     CG2	102.249	12.975
  47	 107	   THR	     CG2	103.359	12.051
  48	 109	   ILE	     CG2	128.800	 4.013"
other_data_types,relax_rate_RQ_D+Dz+DzD+_com_800,7126,258937,12,relaxation rates RQ(D+Dz+DzD+) at 800 MHz,"Deuterium relaxation rates RQ(D+Dz+DzD+), s-1",,1,conditions_1,"barnase-barstar complex;                                                                                                
measured at 800 MHz",text,"#
#       Residue
#       Seq       Residue    Atom       RD+Dz+DzD+
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	21.044	 0.631
   2	   3	   VAL	     CG1	61.843	 1.855
   3	   4	   ILE	     CG2	135.777	 4.073
   4	   6	   THR	     CG2	145.285	41.688
   5	  10	   VAL	     CG1	164.096	 5.305
   6	  11	   ALA	      CB	184.809	14.167
   7	  14	   LEU	     CD1	139.140	28.633
   8	  14	   LEU	     CD2	138.007	 4.140
   9	  16	   THR	     CG2	187.441	 5.623
  10	  20	   LEU	     CD1	226.142	73.795
  11	  20	   LEU	     CD2	169.062	14.963
  12	  25	   ILE	     CG2	164.528	 7.071
  13	  25	   ILE	     CD1	148.965	 5.568
  14	  26	   THR	     CG2	206.526	31.086
  15	  30	   ALA	      CB	172.147	 7.201
  16	  32	   ALA	      CB	168.691	 5.061
  17	  33	   LEU	     CD1	122.609	11.604
  18	  33	   LEU	     CD2	119.133	 4.337
  19	  36	   VAL	     CG1	159.872	 4.796
  20	  37	   ALA	      CB	158.705	11.563
  21	  42	   LEU	     CD1	125.834	11.871
  22	  42	   LEU	     CD2	139.684	 5.052
  23	  43	   ALA	      CB	156.838	 4.705
  24	  45	   VAL	     CG1	136.129	 4.084
  25	  45	   VAL	     CG2	159.668	 4.790
  26	  46	   ALA	      CB	192.086	11.040
  27	  51	   ILE	     CG2	160.720	19.562
  28	  51	   ILE	     CD1	106.781	 3.203
  29	  55	   ILE	     CG2	137.438	 6.101
  30	  55	   ILE	     CD1	45.956	 1.379
  31	  63	   LEU	     CD1	152.207	30.858
  32	  63	   LEU	     CD2	126.711	15.553
  33	  70	   THR	     CG2	 4.072	 6.897
  34	  74	   ALA	      CB	212.179	 8.824
  35	  76	   ILE	     CG2	188.147	 6.496
  36	  76	   ILE	     CD1	173.310	 7.170
  37	  79	   THR	     CG2	89.928	 3.050
  38	  88	   ILE	     CD1	163.479	 4.904
  39	  89	   LEU	     CD1	112.714	 3.381
  40	  89	   LEU	     CD2	125.455	 4.443
  41	  95	   LEU	     CD1	72.886	 2.187
  42	  95	   LEU	     CD2	91.324	 2.740
  43	  96	   ILE	     CG2	167.001	 5.935
  44	  96	   ILE	     CD1	100.281	 3.008
  45	  99	   THR	     CG2	10.915	14.057
  46	 105	   THR	     CG2	89.365	10.222
  47	 107	   THR	     CG2	98.522	10.677
  48	 109	   ILE	     CG2	115.929	 3.478"
other_data_types,relax_rate_RQ_Dz_free_500,7139,259129,1,relaxation rates RQ(Dz) at 500MHz,"Deuterium relaxation rates RQ(Dz), s-1",,1,conditions_1,"free barnase;                                                                                               
measured at 500 MHz",text,"#
#       Residue
#       Seq       Residue    Atom     RDz      RDz
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	12.745	0.382
   2	   3	   VAL	     CG1	27.315	0.819
   3	   4	   ILE	     CG2	14.885	0.447
   4	   6	   THR	     CG2	22.748	0.682
   5	  10	   VAL	     CG1	30.093	0.903
   6	  11	   ALA	      CB	24.612	0.738
   7	  14	   LEU	     CD1	42.717	1.742
   8	  14	   LEU	     CD2	14.961	0.449
   9	  16	   THR	     CG2	31.918	0.958
  10	  20	   LEU	     CD1	41.528	4.637
  11	  20	   LEU	     CD2	49.850	1.873
  12	  25	   ILE	     CG2	27.816	0.834
  13	  25	   ILE	     CD1	18.278	0.548
  14	  26	   THR	     CG2	20.872	0.626
  15	  30	   ALA	      CB	35.740	1.072
  16	  32	   ALA	      CB	20.367	0.611
  17	  33	   LEU	     CD1	27.442	0.912
  18	  33	   LEU	     CD2	20.165	0.605
  19	  36	   VAL	     CG1	22.952	0.689
  20	  37	   ALA	      CB	28.161	0.845
  21	  42	   LEU	     CD1	28.185	3.228
  22	  42	   LEU	     CD2	29.674	0.890
  23	  43	   ALA	      CB	38.491	1.155
  24	  45	   VAL	     CG1	16.223	0.487
  25	  45	   VAL	     CG2	21.930	0.658
  26	  46	   ALA	      CB	31.456	0.944
  27	  51	   ILE	     CG2	30.618	0.919
  28	  51	   ILE	     CD1	15.547	0.466
  29	  55	   ILE	     CG2	16.595	0.498
  30	  55	   ILE	     CD1	16.044	0.481
  31	  63	   LEU	     CD1	22.609	0.993
  32	  63	   LEU	     CD2	27.863	1.234
  33	  70	   THR	     CG2	2.689	2.887
  34	  74	   ALA	      CB	19.470	0.584
  35	  76	   ILE	     CG2	23.430	0.703
  36	  76	   ILE	     CD1	11.606	0.348
  37	  79	   THR	     CG2	32.595	0.978
  38	  88	   ILE	     CD1	14.704	0.441
  39	  89	   LEU	     CD1	21.622	0.649
  40	  89	   LEU	     CD2	44.484	1.335
  41	  95	   LEU	     CD1	19.227	0.577
  42	  95	   LEU	     CD2	37.010	1.110
  43	  96	   ILE	     CG2	18.328	0.550
  44	  96	   ILE	     CD1	19.701	0.591
  45	  99	   THR	     CG2	47.237	1.932
  46	 105	   THR	     CG2	35.236	1.057
  47	 107	   THR	     CG2	37.707	1.131
  48	 109	   ILE	     CG2	24.432	0.733"
other_data_types,relax_rate_RQ_D+_free_500,7139,259130,2,relaxation rates RQ(D+) at 500MHz,"Deuterium relaxation rates RQ(D+), s-1",,1,conditions_1,"free barnase;                                                                                               
measured at 500 MHz",text,"#
#       Residue
#       Seq       Residue    Atom     RD+      RD+
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	20.276	 0.608
   2	   3	   VAL	     CG1	53.591	 1.608
   3	   4	   ILE	     CG2	64.558	 1.937
   4	   6	   THR	     CG2	103.788	 3.114
   5	  10	   VAL	     CG1	99.305	 2.979
   6	  11	   ALA	      CB	94.429	 2.833
   7	  14	   LEU	     CD1	103.061	 4.443
   8	  14	   LEU	     CD2	80.192	 3.240
   9	  16	   THR	     CG2	100.766	 3.492
  10	  20	   LEU	     CD1	117.897	 9.710
  11	  20	   LEU	     CD2	105.352	 4.046
  12	  25	   ILE	     CG2	96.432	 2.893
  13	  25	   ILE	     CD1	89.686	 2.691
  14	  26	   THR	     CG2	97.276	 2.918
  15	  30	   ALA	      CB	108.295	 3.249
  16	  32	   ALA	      CB	94.607	 2.838
  17	  33	   LEU	     CD1	83.333	 2.810
  18	  33	   LEU	     CD2	80.451	 2.414
  19	  36	   VAL	     CG1	89.206	 2.676
  20	  37	   ALA	      CB	105.843	 3.175
  21	  42	   LEU	     CD1	92.507	 9.499
  22	  42	   LEU	     CD2	93.110	 2.793
  23	  43	   ALA	      CB	113.122	 3.394
  24	  45	   VAL	     CG1	84.531	 2.536
  25	  45	   VAL	     CG2	92.251	 2.768
  26	  46	   ALA	      CB	113.443	 3.403
  27	  51	   ILE	     CG2	103.896	 3.117
  28	  51	   ILE	     CD1	38.521	 1.156
  29	  55	   ILE	     CG2	82.645	 2.479
  30	  55	   ILE	     CD1	36.232	 1.087
  31	  63	   LEU	     CD1	78.493	 2.885
  32	  63	   LEU	     CD2	81.169	 2.435
  33	  70	   THR	     CG2	19.309	13.496
  34	  74	   ALA	      CB	94.518	 2.836
  35	  76	   ILE	     CG2	94.251	 2.828
  36	  76	   ILE	     CD1	79.745	 2.392
  37	  79	   THR	     CG2	82.034	 2.461
  38	  88	   ILE	     CD1	64.392	 1.932
  39	  89	   LEU	     CD1	72.307	 2.169
  40	  89	   LEU	     CD2	96.618	 2.899
  41	  95	   LEU	     CD1	48.876	 1.466
  42	  95	   LEU	     CD2	66.357	 1.991
  43	  96	   ILE	     CG2	97.371	 2.921
  44	  96	   ILE	     CD1	54.142	 1.624
  45	  99	   THR	     CG2	114.025	 4.187
  46	 105	   THR	     CG2	82.988	 2.490
  47	 107	   THR	     CG2	79.808	 2.394
  48	 109	   ILE	     CG2	76.511	 2.295"
other_data_types,relax_rate_RQ_3Dz2-2_free_500,7139,259131,3,relaxation rates RQ(3Dz2-2) at 500 MHz,"Deuterium relaxation rates RQ(3Dz2-2), s-1",,1,conditions_1,"free barnase;                                                                                               
measured at 500 MHz",text,"#
#       Residue
#       Seq       Residue    Atom         R3Dz2-2   
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	 9.515	 0.285
   2	   3	   VAL	     CG1	23.635	 0.709
   3	   4	   ILE	     CG2	15.828	 0.475
   4	   6	   THR	     CG2	22.619	 0.679
   5	  10	   VAL	     CG1	27.480	 0.824
   6	  11	   ALA	      CB	24.759	 0.743
   7	  14	   LEU	     CD1	39.494	 3.703
   8	  14	   LEU	     CD2	17.624	 0.769
   9	  16	   THR	     CG2	29.087	 0.873
  10	  20	   LEU	     CD1	43.535	 6.685
  11	  20	   LEU	     CD2	40.306	 3.545
  12	  25	   ILE	     CG2	25.880	 0.776
  13	  25	   ILE	     CD1	18.529	 0.556
  14	  26	   THR	     CG2	20.060	 0.602
  15	  30	   ALA	      CB	30.257	 1.178
  16	  32	   ALA	      CB	21.487	 0.645
  17	  33	   LEU	     CD1	23.697	 0.711
  18	  33	   LEU	     CD2	19.654	 0.590
  19	  36	   VAL	     CG1	22.227	 0.667
  20	  37	   ALA	      CB	25.465	 0.764
  21	  42	   LEU	     CD1	34.638	 5.517
  22	  42	   LEU	     CD2	24.673	 1.278
  23	  43	   ALA	      CB	32.906	 1.120
  24	  45	   VAL	     CG1	17.498	 0.525
  25	  45	   VAL	     CG2	22.237	 0.667
  26	  46	   ALA	      CB	28.752	 0.863
  27	  51	   ILE	     CG2	26.882	 0.806
  28	  51	   ILE	     CD1	13.417	 0.403
  29	  55	   ILE	     CG2	17.915	 0.537
  30	  55	   ILE	     CD1	14.010	 0.420
  31	  63	   LEU	     CD1	21.084	 1.218
  32	  63	   LEU	     CD2	23.798	 0.791
  33	  70	   THR	     CG2	 4.852	 2.163
  34	  74	   ALA	      CB	21.395	 0.642
  35	  76	   ILE	     CG2	23.507	 0.765
  36	  76	   ILE	     CD1	15.370	 0.461
  37	  79	   THR	     CG2	29.189	 0.876
  38	  88	   ILE	     CD1	15.848	 0.475
  39	  89	   LEU	     CD1	20.942	 0.628
  40	  89	   LEU	     CD2	36.778	 1.880
  41	  95	   LEU	     CD1	15.477	 0.464
  42	  95	   LEU	     CD2	25.927	 0.778
  43	  96	   ILE	     CG2	19.520	 0.586
  44	  96	   ILE	     CD1	17.797	 0.534
  45	  99	   THR	     CG2	25.641	 2.366
  46	 105	   THR	     CG2	31.716	 0.951
  47	 107	   THR	     CG2	33.670	 1.010
  48	 109	   ILE	     CG2	22.722	 0.682"
other_data_types,relax_rate_RQ_D+Dz+DzD+_free_500,7139,259132,4,relaxation rates RQ(D+Dz+DzD+) at 500 MHz,"Deuterium relaxation rates RQ(D+Dz+DzD+), s-1",,1,conditions_1,"free barnase;                                                                                                
measured at 500 MHz",text,"#
#       Residue
#       Seq       Residue    Atom       RD+Dz+DzD+
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	14.098	 0.423
   2	   3	   VAL	     CG1	39.386	 1.182
   3	   4	   ILE	     CG2	54.171	 1.625
   4	   6	   THR	     CG2	89.286	 2.679
   5	  10	   VAL	     CG1	83.752	 2.513
   6	  11	   ALA	      CB	79.808	 2.394
   7	  14	   LEU	     CD1	81.833	 8.826
   8	  14	   LEU	     CD2	69.589	 2.088
   9	  16	   THR	     CG2	80.645	 2.419
  10	  20	   LEU	     CD1	88.574	 4.728
  11	  20	   LEU	     CD2	91.408	 6.982
  12	  25	   ILE	     CG2	77.101	 2.313
  13	  25	   ILE	     CD1	78.927	 2.368
  14	  26	   THR	     CG2	78.927	 2.368
  15	  30	   ALA	      CB	87.873	 2.636
  16	  32	   ALA	      CB	81.037	 2.431
  17	  33	   LEU	     CD1	72.150	 4.867
  18	  33	   LEU	     CD2	62.578	 1.877
  19	  36	   VAL	     CG1	73.692	 2.211
  20	  37	   ALA	      CB	92.336	 2.825
  21	  42	   LEU	     CD1	112.095	19.439
  22	  42	   LEU	     CD2	78.003	 2.936
  23	  43	   ALA	      CB	94.607	 2.838
  24	  45	   VAL	     CG1	73.206	 2.196
  25	  45	   VAL	     CG2	73.475	 2.204
  26	  46	   ALA	      CB	88.731	 2.662
  27	  51	   ILE	     CG2	83.893	 2.930
  28	  51	   ILE	     CD1	31.990	 0.960
  29	  55	   ILE	     CG2	69.735	 2.092
  30	  55	   ILE	     CD1	28.670	 0.860
  31	  63	   LEU	     CD1	68.966	 4.029
  32	  63	   LEU	     CD2	65.147	 2.059
  33	  70	   THR	     CG2	 6.566	 6.579
  34	  74	   ALA	      CB	82.305	 2.469
  35	  76	   ILE	     CG2	78.247	 2.347
  36	  76	   ILE	     CD1	68.399	 2.052
  37	  79	   THR	     CG2	56.625	 1.699
  38	  88	   ILE	     CD1	55.006	 1.650
  39	  89	   LEU	     CD1	57.471	 1.724
  40	  89	   LEU	     CD2	73.910	 4.018
  41	  95	   LEU	     CD1	36.805	 1.104
  42	  95	   LEU	     CD2	48.170	 1.589
  43	  96	   ILE	     CG2	82.102	 2.463
  44	  96	   ILE	     CD1	43.592	 1.308
  45	  99	   THR	     CG2	88.028	 5.905
  46	 105	   THR	     CG2	61.996	 1.860
  47	 107	   THR	     CG2	56.148	 1.684
  48	 109	   ILE	     CG2	60.205	 1.806"
other_data_types,relax_rate_RQ_Dz_free_600,7139,259133,5,relaxation rates RQ(Dz) at 600MHz,"Deuterium relaxation rates RQ(Dz), s-1",,1,conditions_1,"free barnase;                                                                                               
measured at 600 MHz",text,"#
#       Residue
#       Seq       Residue    Atom     RDz      RDz
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	11.977	0.359
   2	   3	   VAL	     CG1	24.826	0.745
   3	   4	   ILE	     CG2	12.794	0.384
   4	   6	   THR	     CG2	18.660	0.560
   5	  10	   VAL	     CG1	26.695	0.801
   6	  11	   ALA	      CB	21.191	0.636
   7	  14	   LEU	     CD1	40.967	1.912
   8	  14	   LEU	     CD2	12.464	0.635
   9	  16	   THR	     CG2	26.157	0.785
  10	  20	   LEU	     CD1	37.133	2.621
  11	  20	   LEU	     CD2	44.783	1.343
  12	  25	   ILE	     CG2	24.710	0.741
  13	  25	   ILE	     CD1	16.173	0.485
  14	  26	   THR	     CG2	18.288	1.047
  15	  30	   ALA	      CB	32.362	0.971
  16	  32	   ALA	      CB	17.313	0.519
  17	  33	   LEU	     CD1	23.563	0.784
  18	  33	   LEU	     CD2	17.915	0.787
  19	  36	   VAL	     CG1	20.101	0.603
  20	  37	   ALA	      CB	25.253	0.758
  21	  42	   LEU	     CD1	27.159	2.734
  22	  42	   LEU	     CD2	25.813	0.838
  23	  43	   ALA	      CB	33.113	0.993
  24	  45	   VAL	     CG1	13.167	0.395
  25	  45	   VAL	     CG2	18.957	0.569
  26	  46	   ALA	      CB	28.777	0.863
  27	  51	   ILE	     CG2	28.249	0.847
  28	  51	   ILE	     CD1	13.585	0.408
  29	  55	   ILE	     CG2	14.004	0.420
  30	  55	   ILE	     CD1	14.273	0.428
  31	  63	   LEU	     CD1	22.207	0.974
  32	  63	   LEU	     CD2	26.151	1.247
  33	  70	   THR	     CG2	2.714	1.414
  34	  74	   ALA	      CB	15.620	0.469
  35	  76	   ILE	     CG2	19.662	0.590
  36	  76	   ILE	     CD1	9.363	0.281
  37	  79	   THR	     CG2	29.317	0.880
  38	  88	   ILE	     CD1	11.440	0.343
  39	  89	   LEU	     CD1	19.223	0.577
  40	  89	   LEU	     CD2	42.882	1.286
  41	  95	   LEU	     CD1	17.895	0.537
  42	  95	   LEU	     CD2	35.791	1.074
  43	  96	   ILE	     CG2	14.650	0.439
  44	  96	   ILE	     CD1	16.742	0.502
  45	  99	   THR	     CG2	30.202	2.110
  46	 105	   THR	     CG2	28.498	0.855
  47	 107	   THR	     CG2	33.124	0.994
  48	 109	   ILE	     CG2	20.912	0.627"
other_data_types,relax_rate_RQ_Dz_free_800,7139,259134,6,relaxation rates RQ(Dz) at 800MHz,"Deuterium relaxation rates RQ(Dz), s-1",,1,conditions_1,"free barnase;                                                                                               
measured at 800 MHz",text,"#
#       Residue
#       Seq       Residue    Atom     RDz      RDz
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	10.884	0.327
   2	   3	   VAL	     CG1	21.673	0.650
   3	   4	   ILE	     CG2	10.610	0.318
   4	   6	   THR	     CG2	15.430	1.325
   5	  10	   VAL	     CG1	22.553	0.677
   6	  11	   ALA	      CB	17.358	0.521
   7	  14	   LEU	     CD1	35.625	1.157
   8	  14	   LEU	     CD2	9.470	0.437
   9	  16	   THR	     CG2	24.661	0.740
  10	  20	   LEU	     CD1	33.456	2.071
  11	  20	   LEU	     CD2	42.863	1.286
  12	  25	   ILE	     CG2	20.768	0.623
  13	  25	   ILE	     CD1	12.569	0.377
  14	  26	   THR	     CG2	13.479	0.834
  15	  30	   ALA	      CB	29.095	0.873
  16	  32	   ALA	      CB	13.704	0.411
  17	  33	   LEU	     CD1	21.863	0.656
  18	  33	   LEU	     CD2	14.710	0.441
  19	  36	   VAL	     CG1	16.617	0.499
  20	  37	   ALA	      CB	22.085	0.663
  21	  42	   LEU	     CD1	23.207	0.696
  22	  42	   LEU	     CD2	22.507	0.675
  23	  43	   ALA	      CB	29.815	0.894
  24	  45	   VAL	     CG1	9.804	0.294
  25	  45	   VAL	     CG2	15.736	0.472
  26	  46	   ALA	      CB	24.564	0.737
  27	  51	   ILE	     CG2	23.708	0.711
  28	  51	   ILE	     CD1	11.650	0.349
  29	  55	   ILE	     CG2	30.321	0.910
  30	  55	   ILE	     CD1	11.451	0.344
  31	  63	   LEU	     CD1	18.123	0.952
  32	  63	   LEU	     CD2	21.877	0.656
  33	  70	   THR	     CG2	4.688	1.841
  34	  74	   ALA	      CB	12.494	0.375
  35	  76	   ILE	     CG2	16.918	0.508
  36	  76	   ILE	     CD1	5.999	0.193
  37	  79	   THR	     CG2	23.992	0.720
  38	  88	   ILE	     CD1	8.532	0.256
  39	  89	   LEU	     CD1	16.725	0.502
  40	  89	   LEU	     CD2	38.895	1.167
  41	  95	   LEU	     CD1	16.049	0.481
  42	  95	   LEU	     CD2	33.445	1.003
  43	  96	   ILE	     CG2	12.006	0.360
  44	  96	   ILE	     CD1	13.205	0.396
  45	  99	   THR	     CG2	22.795	2.156
  46	 105	   THR	     CG2	26.511	0.795
  47	 107	   THR	     CG2	27.300	0.819
  48	 109	   ILE	     CG2	16.875	0.506"
other_data_types,relax_rate_RQ_D+_free_600,7139,259135,7,relaxation rates RQ(D+) at 600MHz,"Deuterium relaxation rates RQ(D+), s-1",,1,conditions_1,"free barnase;                                                                                               
measured at 600 MHz",text,"#
#       Residue
#       Seq       Residue    Atom     RD+      RD+
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	20.851	 0.626
   2	   3	   VAL	     CG1	52.632	 1.579
   3	   4	   ILE	     CG2	62.112	 1.863
   4	   6	   THR	     CG2	105.630	 7.727
   5	  10	   VAL	     CG1	101.616	 3.048
   6	  11	   ALA	      CB	93.110	 2.793
   7	  14	   LEU	     CD1	104.570	12.586
   8	  14	   LEU	     CD2	77.459	 4.525
   9	  16	   THR	     CG2	103.584	 3.635
  10	  20	   LEU	     CD1	101.968	22.760
  11	  20	   LEU	     CD2	119.589	 4.652
  12	  25	   ILE	     CG2	91.241	 2.737
  13	  25	   ILE	     CD1	90.090	 2.703
  14	  26	   THR	     CG2	96.525	 3.897
  15	  30	   ALA	      CB	108.707	 3.261
  16	  32	   ALA	      CB	94.877	 2.846
  17	  33	   LEU	     CD1	74.794	 4.339
  18	  33	   LEU	     CD2	78.309	 2.652
  19	  36	   VAL	     CG1	84.602	 2.538
  20	  37	   ALA	      CB	104.319	 3.130
  21	  42	   LEU	     CD1	103.018	12.916
  22	  42	   LEU	     CD2	91.743	 3.090
  23	  43	   ALA	      CB	109.878	 3.301
  24	  45	   VAL	     CG1	82.305	 2.469
  25	  45	   VAL	     CG2	87.796	 2.634
  26	  46	   ALA	      CB	107.724	 3.232
  27	  51	   ILE	     CG2	102.690	 4.240
  28	  51	   ILE	     CD1	40.950	 1.229
  29	  55	   ILE	     CG2	80.710	 2.421
  30	  55	   ILE	     CD1	36.193	 1.086
  31	  63	   LEU	     CD1	75.529	 4.358
  32	  63	   LEU	     CD2	77.580	 5.363
  33	  70	   THR	     CG2	-0.041	17.820
  34	  74	   ALA	      CB	93.284	 2.799
  35	  76	   ILE	     CG2	91.575	 3.659
  36	  76	   ILE	     CD1	78.370	 2.351
  37	  79	   THR	     CG2	80.710	 5.116
  38	  88	   ILE	     CD1	60.314	 1.809
  39	  89	   LEU	     CD1	71.429	 2.143
  40	  89	   LEU	     CD2	95.420	 2.863
  41	  95	   LEU	     CD1	48.662	 1.460
  42	  95	   LEU	     CD2	65.920	 1.978
  43	  96	   ILE	     CG2	93.371	 2.801
  44	  96	   ILE	     CD1	51.813	 1.554
  45	  99	   THR	     CG2	104.987	11.485
  46	 105	   THR	     CG2	84.674	 2.540
  47	 107	   THR	     CG2	79.808	 3.717
  48	 109	   ILE	     CG2	73.910	 2.217"
other_data_types,relax_rate_RQ_D+_free_800,7139,259136,8,relaxation rates RQ(D+) at 800MHz,"Deuterium relaxation rates RQ(D+), s-1",,1,conditions_1,"free barnase;                                                                                               
measured at 800 MHz",text,"#
#       Residue
#       Seq       Residue    Atom     RD+      RD+
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	16.116	 1.608
   2	   3	   VAL	     CG1	47.801	 1.434
   3	   4	   ILE	     CG2	74.738	 2.242
   4	   6	   THR	     CG2	87.184	 3.094
   5	  10	   VAL	     CG1	91.575	 2.747
   6	  11	   ALA	      CB	80.386	 3.040
   7	  14	   LEU	     CD1	96.525	 2.896
   8	  14	   LEU	     CD2	66.934	 2.008
   9	  16	   THR	     CG2	94.607	 2.838
  10	  20	   LEU	     CD1	105.053	 3.832
  11	  20	   LEU	     CD2	109.553	 3.287
  12	  25	   ILE	     CG2	85.251	 2.558
  13	  25	   ILE	     CD1	83.126	 2.494
  14	  26	   THR	     CG2	81.500	 4.155
  15	  30	   ALA	      CB	98.232	 2.947
  16	  32	   ALA	      CB	81.169	 2.911
  17	  33	   LEU	     CD1	71.633	 2.149
  18	  33	   LEU	     CD2	68.681	 2.060
  19	  36	   VAL	     CG1	78.802	 2.364
  20	  37	   ALA	      CB	95.147	 2.854
  21	  42	   LEU	     CD1	87.951	 3.376
  22	  42	   LEU	     CD2	82.919	 2.488
  23	  43	   ALA	      CB	96.712	 2.901
  24	  45	   VAL	     CG1	75.188	 2.256
  25	  45	   VAL	     CG2	83.612	 2.508
  26	  46	   ALA	      CB	101.740	 3.052
  27	  51	   ILE	     CG2	94.518	 2.836
  28	  51	   ILE	     CD1	35.323	 1.060
  29	  55	   ILE	     CG2	87.413	 2.622
  30	  55	   ILE	     CD1	31.027	 0.931
  31	  63	   LEU	     CD1	74.683	 2.240
  32	  63	   LEU	     CD2	71.327	 2.140
  33	  70	   THR	     CG2	 4.625	 5.062
  34	  74	   ALA	      CB	82.781	 2.483
  35	  76	   ILE	     CG2	86.133	 2.584
  36	  76	   ILE	     CD1	73.692	 2.211
  37	  79	   THR	     CG2	69.638	 2.199
  38	  88	   ILE	     CD1	56.754	 1.703
  39	  89	   LEU	     CD1	64.725	 1.942
  40	  89	   LEU	     CD2	88.028	 2.641
  41	  95	   LEU	     CD1	43.141	 1.294
  42	  95	   LEU	     CD2	61.237	 1.837
  43	  96	   ILE	     CG2	84.104	 2.523
  44	  96	   ILE	     CD1	45.413	 1.362
  45	  99	   THR	     CG2	85.106	 4.447
  46	 105	   THR	     CG2	73.910	 2.697
  47	 107	   THR	     CG2	64.977	 3.843
  48	 109	   ILE	     CG2	66.357	 1.991"
other_data_types,relax_rate_RQ_3Dz2-2_free_600,7139,259137,9,relaxation rates RQ(3Dz2-2) at 600 MHz,"Deuterium relaxation rates RQ(3Dz2-2), s-1",,1,conditions_1,"free barnase;                                                                                               
measured at 600 MHz",text,"#
#       Residue
#       Seq       Residue    Atom         R3Dz2-2   
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	 8.826	 0.265
   2	   3	   VAL	     CG1	20.631	 0.619
   3	   4	   ILE	     CG2	13.021	 0.391
   4	   6	   THR	     CG2	17.212	 1.290
   5	  10	   VAL	     CG1	22.227	 0.667
   6	  11	   ALA	      CB	19.689	 0.591
   7	  14	   LEU	     CD1	27.241	 3.689
   8	  14	   LEU	     CD2	14.013	 0.663
   9	  16	   THR	     CG2	24.050	 1.057
  10	  20	   LEU	     CD1	37.736	 5.317
  11	  20	   LEU	     CD2	35.386	 2.899
  12	  25	   ILE	     CG2	19.421	 0.583
  13	  25	   ILE	     CD1	14.329	 0.430
  14	  26	   THR	     CG2	15.813	 0.671
  15	  30	   ALA	      CB	28.466	 0.854
  16	  32	   ALA	      CB	17.495	 0.525
  17	  33	   LEU	     CD1	21.782	 1.026
  18	  33	   LEU	     CD2	16.838	 0.597
  19	  36	   VAL	     CG1	18.096	 0.543
  20	  37	   ALA	      CB	22.868	 0.839
  21	  42	   LEU	     CD1	25.740	 3.903
  22	  42	   LEU	     CD2	23.095	 0.926
  23	  43	   ALA	      CB	28.893	 1.108
  24	  45	   VAL	     CG1	13.883	 0.417
  25	  45	   VAL	     CG2	18.292	 0.549
  26	  46	   ALA	      CB	22.396	 0.901
  27	  51	   ILE	     CG2	22.099	 0.838
  28	  51	   ILE	     CD1	11.586	 0.348
  29	  55	   ILE	     CG2	13.787	 0.414
  30	  55	   ILE	     CD1	12.466	 0.374
  31	  63	   LEU	     CD1	18.005	 1.701
  32	  63	   LEU	     CD2	20.678	 0.934
  33	  70	   THR	     CG2	 3.452	 1.154
  34	  74	   ALA	      CB	16.708	 0.501
  35	  76	   ILE	     CG2	19.554	 0.587
  36	  76	   ILE	     CD1	12.396	 0.372
  37	  79	   THR	     CG2	26.553	 0.850
  38	  88	   ILE	     CD1	12.309	 0.369
  39	  89	   LEU	     CD1	16.213	 0.486
  40	  89	   LEU	     CD2	28.918	 1.379
  41	  95	   LEU	     CD1	13.461	 0.404
  42	  95	   LEU	     CD2	24.143	 0.724
  43	  96	   ILE	     CG2	14.622	 0.439
  44	  96	   ILE	     CD1	16.005	 0.480
  45	  99	   THR	     CG2	13.803	 2.757
  46	 105	   THR	     CG2	26.096	 0.819
  47	 107	   THR	     CG2	29.481	 1.108
  48	 109	   ILE	     CG2	19.069	 0.572"
other_data_types,relax_rate_RQ_3Dz2-2_free_800,7139,259138,10,relaxation rates RQ(3Dz2-2) at 800 MHz,"Deuterium relaxation rates RQ(3Dz2-2), s-1",,1,conditions_1,"free barnase;                                                                                               
measured at 800 MHz",text,"#
#       Residue
#       Seq       Residue    Atom         R3Dz2-2   
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	 7.911	 0.237
   2	   3	   VAL	     CG1	17.277	 0.518
   3	   4	   ILE	     CG2	 9.980	 0.299
   4	   6	   THR	     CG2	14.182	 1.389
   5	  10	   VAL	     CG1	17.848	 0.535
   6	  11	   ALA	      CB	14.881	 0.446
   7	  14	   LEU	     CD1	25.394	 1.165
   8	  14	   LEU	     CD2	 9.497	 0.324
   9	  16	   THR	     CG2	19.150	 0.711
  10	  20	   LEU	     CD1	26.427	 2.292
  11	  20	   LEU	     CD2	29.283	 1.221
  12	  25	   ILE	     CG2	16.455	 0.494
  13	  25	   ILE	     CD1	11.051	 0.332
  14	  26	   THR	     CG2	12.811	 0.625
  15	  30	   ALA	      CB	20.842	 0.625
  16	  32	   ALA	      CB	12.309	 0.369
  17	  33	   LEU	     CD1	16.010	 0.886
  18	  33	   LEU	     CD2	12.577	 0.377
  19	  36	   VAL	     CG1	13.580	 0.407
  20	  37	   ALA	      CB	16.412	 0.492
  21	  42	   LEU	     CD1	19.227	 0.783
  22	  42	   LEU	     CD2	17.388	 0.522
  23	  43	   ALA	      CB	22.619	 0.679
  24	  45	   VAL	     CG1	 9.372	 0.281
  25	  45	   VAL	     CG2	13.497	 0.405
  26	  46	   ALA	      CB	18.847	 0.565
  27	  51	   ILE	     CG2	19.135	 0.574
  28	  51	   ILE	     CD1	 9.728	 0.292
  29	  55	   ILE	     CG2	21.915	 0.657
  30	  55	   ILE	     CD1	 9.921	 0.298
  31	  63	   LEU	     CD1	14.154	 0.623
  32	  63	   LEU	     CD2	15.615	 0.468
  33	  70	   THR	     CG2	 2.164	 1.874
  34	  74	   ALA	      CB	11.413	 0.342
  35	  76	   ILE	     CG2	14.104	 0.423
  36	  76	   ILE	     CD1	 7.435	 0.223
  37	  79	   THR	     CG2	19.662	 0.590
  38	  88	   ILE	     CD1	 8.584	 0.258
  39	  89	   LEU	     CD1	13.221	 0.397
  40	  89	   LEU	     CD2	27.397	 0.822
  41	  95	   LEU	     CD1	11.561	 0.347
  42	  95	   LEU	     CD2	22.119	 0.664
  43	  96	   ILE	     CG2	10.714	 0.321
  44	  96	   ILE	     CD1	12.408	 0.372
  45	  99	   THR	     CG2	 6.562	 0.743
  46	 105	   THR	     CG2	21.413	 1.193
  47	 107	   THR	     CG2	23.004	 1.185
  48	 109	   ILE	     CG2	14.558	 0.437"
other_data_types,relax_rate_RQ_D+Dz+DzD+_free_600,7139,259139,11,relaxation rates RQ(D+Dz+DzD+) at 600 MHz,"Deuterium relaxation rates RQ(D+Dz+DzD+), s-1",,1,conditions_1,"free barnase;                                                                                                
measured at 600 MHz",text,"#
#       Residue
#       Seq       Residue    Atom       RD+Dz+DzD+
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	14.432	 0.433
   2	   3	   VAL	     CG1	39.277	 1.178
   3	   4	   ILE	     CG2	55.648	 1.669
   4	   6	   THR	     CG2	95.238	 3.912
   5	  10	   VAL	     CG1	83.056	 2.492
   6	  11	   ALA	      CB	80.192	 2.406
   7	  14	   LEU	     CD1	95.511	 6.835
   8	  14	   LEU	     CD2	71.276	 2.288
   9	  16	   THR	     CG2	80.128	 2.619
  10	  20	   LEU	     CD1	85.837	27.033
  11	  20	   LEU	     CD2	82.713	 4.411
  12	  25	   ILE	     CG2	79.428	 2.383
  13	  25	   ILE	     CD1	77.882	 2.336
  14	  26	   THR	     CG2	70.126	 3.111
  15	  30	   ALA	      CB	88.810	 3.339
  16	  32	   ALA	      CB	83.264	 2.498
  17	  33	   LEU	     CD1	68.399	 3.922
  18	  33	   LEU	     CD2	66.534	 1.996
  19	  36	   VAL	     CG1	75.131	 2.254
  20	  37	   ALA	      CB	89.366	 2.681
  21	  42	   LEU	     CD1	93.023	 6.935
  22	  42	   LEU	     CD2	76.104	 3.586
  23	  43	   ALA	      CB	90.662	 3.200
  24	  45	   VAL	     CG1	72.569	 2.177
  25	  45	   VAL	     CG2	78.678	 2.360
  26	  46	   ALA	      CB	95.329	 2.860
  27	  51	   ILE	     CG2	89.767	 2.693
  28	  51	   ILE	     CD1	31.153	 0.935
  29	  55	   ILE	     CG2	72.254	 2.168
  30	  55	   ILE	     CD1	27.840	 0.835
  31	  63	   LEU	     CD1	81.103	 7.282
  32	  63	   LEU	     CD2	67.114	 3.598
  33	  70	   THR	     CG2	-0.729	 4.173
  34	  74	   ALA	      CB	82.102	 2.463
  35	  76	   ILE	     CG2	81.900	 2.582
  36	  76	   ILE	     CD1	68.306	 2.176
  37	  79	   THR	     CG2	56.818	 2.001
  38	  88	   ILE	     CD1	56.915	 1.707
  39	  89	   LEU	     CD1	58.072	 1.742
  40	  89	   LEU	     CD2	73.529	 3.003
  41	  95	   LEU	     CD1	37.821	 1.135
  42	  95	   LEU	     CD2	47.281	 1.914
  43	  96	   ILE	     CG2	80.128	 2.404
  44	  96	   ILE	     CD1	42.248	 1.267
  45	  99	   THR	     CG2	43.706	 4.873
  46	 105	   THR	     CG2	63.171	 2.659
  47	 107	   THR	     CG2	56.657	 2.211
  48	 109	   ILE	     CG2	62.383	 1.871"
other_data_types,relax_rate_RQ_D+Dz+DzD+_free_800,7139,259140,12,relaxation rates RQ(D+Dz+DzD+) at 800 MHz,"Deuterium relaxation rates RQ(D+Dz+DzD+), s-1",,1,conditions_1,"free barnase;                                                                                                
measured at 800 MHz",text,"#
#       Residue
#       Seq       Residue    Atom       RD+Dz+DzD+
#ID     Code      Label      Name     Value   Error
#                                     s-1       s-1
#--------------------------------------------------
#
   1	   1	   ALA	      CB	13.822	 0.415
   2	   3	   VAL	     CG1	37.779	 1.133
   3	   4	   ILE	     CG2	69.881	 2.096
   4	   6	   THR	     CG2	86.806	 4.214
   5	  10	   VAL	     CG1	82.713	 2.481
   6	  11	   ALA	      CB	76.104	 2.283
   7	  14	   LEU	     CD1	81.103	 4.758
   8	  14	   LEU	     CD2	63.573	 1.907
   9	  16	   THR	     CG2	75.415	 2.671
  10	  20	   LEU	     CD1	105.086	 9.741
  11	  20	   LEU	     CD2	91.324	 2.740
  12	  25	   ILE	     CG2	77.340	 2.320
  13	  25	   ILE	     CD1	76.982	 2.309
  14	  26	   THR	     CG2	65.402	 3.794
  15	  30	   ALA	      CB	90.090	 2.703
  16	  32	   ALA	      CB	80.000	 2.400
  17	  33	   LEU	     CD1	71.685	 2.151
  18	  33	   LEU	     CD2	60.643	 1.819
  19	  36	   VAL	     CG1	72.622	 2.179
  20	  37	   ALA	      CB	88.810	 2.664
  21	  42	   LEU	     CD1	93.371	 5.096
  22	  42	   LEU	     CD2	69.930	 2.098
  23	  43	   ALA	      CB	89.847	 2.695
  24	  45	   VAL	     CG1	70.721	 2.122
  25	  45	   VAL	     CG2	75.700	 2.271
  26	  46	   ALA	      CB	93.023	 2.791
  27	  51	   ILE	     CG2	83.195	 2.496
  28	  51	   ILE	     CD1	29.682	 0.890
  29	  55	   ILE	     CG2	75.131	 2.254
  30	  55	   ILE	     CD1	25.967	 0.779
  31	  63	   LEU	     CD1	83.542	 2.515
  32	  63	   LEU	     CD2	67.889	 2.120
  33	  70	   THR	     CG2	12.922	 3.196
  34	  74	   ALA	      CB	80.841	 2.425
  35	  76	   ILE	     CG2	79.051	 2.372
  36	  76	   ILE	     CD1	69.541	 2.086
  37	  79	   THR	     CG2	54.705	 2.026
  38	  88	   ILE	     CD1	53.821	 1.615
  39	  89	   LEU	     CD1	57.274	 1.718
  40	  89	   LEU	     CD2	72.833	 2.185
  41	  95	   LEU	     CD1	37.286	 1.119
  42	  95	   LEU	     CD2	47.125	 1.414
  43	  96	   ILE	     CG2	79.365	 2.381
  44	  96	   ILE	     CD1	39.793	 1.194
  45	  99	   THR	     CG2	22.341	 6.708
  46	 105	   THR	     CG2	61.652	 2.696
  47	 107	   THR	     CG2	52.882	 4.765
  48	 109	   ILE	     CG2	58.824	 1.765"
other_data_types,3CaYbCaM_DAPk_pcs,7423,263785,1,pseudocontact shifts,pseudocontact shifts,,1,sample_conditions_1,pseudocontact shifts,Text,"Res Type    Value
   3   C      -0.30  
   4   C      -0.20  
   5   C       0.10  
   6   C      -0.20  
   7   C      -0.20  
   8   C      -0.20  
   9   C      -0.40  
  10   C      -0.20  
  11   C      -0.20  
  12   C      -0.10  
  13   C      -0.30  
  14   C       0.00  
  15   C       0.20  
  16   C       0.20  
  17   C       0.20  
  18   C       0.60  
  20   C       0.20  
  21   C       0.00  
  22   C      -0.10  
  23   C      -0.60  
  24   C      -1.30  
  25   C      -2.40  
  27   C       5.50  
  28   C       2.90  
  29   C       1.30  
  30   C       1.10  
  31   C       1.70  
  32   C       1.40  
  33   C       0.80  
  34   C       0.80  
  35   C       0.70  
  36   C       0.60  
  37   C       0.50  
  38   C       0.30  
  39   C       0.30  
  40   C       0.30  
  41   C       0.40  
  43   C       0.47  
  44   C       0.20  
  45   C       0.60  
  46   C       0.50  
  48   C       1.70  
  49   C       1.00  
  50   C       1.30  
  52   C       4.70  
  53   C       0.00  
  68   C      -1.10  
  69   C      -1.30  
  70   C      -0.70  
  73   C      -0.50  
  74   C       0.10  
  76   C       0.10  
  78   C       0.00  
  79   C       0.10  
  80   C       0.00  
   3   CB     -0.20  
   4   CB     -0.50  
   5   CB      0.00  
   6   CB     -0.20  
   7   CB     -0.20  
   8   CB     -0.20  
   9   CB      0.00  
  10   CB     -0.30  
  11   CB     -0.20  
  12   CB     -0.30  
  13   CB     -0.60  
  14   CB      0.00  
  15   CB      0.00  
  16   CB      0.00  
  17   CB      0.00  
  18   CB      0.50  
  19   CB      1.30  
  20   CB      0.20  
  21   CB      0.40  
  22   CB      0.00  
  24   CB     -0.70  
  26   CB     -2.30  
  28   CB      2.00  
  29   CB      1.90  
  30   CB      0.60  
  31   CB      1.40  
  32   CB      2.30  
  34   CB      0.60  
  35   CB      1.10  
  36   CB      0.50  
  37   CB      0.40  
  38   CB      0.20  
  39   CB      0.00  
  41   CB      0.40  
  42   CB      0.20  
  43   CB      0.40  
  44   CB      0.40  
  45   CB      0.40  
  46   CB      0.20  
  47   CB      0.00  
  49   CB      0.60  
  50   CB      0.40  
  53   CB     -0.50  
  54   CB      0.40  
  69   CB     -1.10  
  73   CB     -0.40  
  74   CB     -0.20  
  75   CB      0.00  
  76   CB      0.00  
  77   CB      0.00  
  78   CB      0.00  
  79   CB      0.00  
  80   CB     -0.10  
   3   CA     -0.30  
   4   CA     -0.30  
   5   CA     -0.20  
   6   CA     -0.10  
   7   CA     -0.20  
   8   CA     -0.20  
   9   CA     -0.40  
  10   CA     -0.30  
  11   CA     -0.10  
  12   CA     -0.10  
  13   CA     -0.50  
  14   CA      0.00  
  15   CA      0.30  
  16   CA      0.30  
  17   CA      0.20  
  18   CA      0.50  
  19   CA      0.90  
  20   CA      0.50  
  21   CA      0.30  
  22   CA      0.00  
  23   CA     -0.40  
  24   CA     -0.80  
  25   CA     -2.00  
  26   CA     -1.50  
  27   CA      4.11  
  28   CA      3.20  
  29   CA      2.40  
  30   CA      1.10  
  31   CA      1.20  
  32   CA      2.00  
  33   CA      1.10  
  34   CA      0.60  
  35   CA      0.70  
  36   CA      0.50  
  37   CA      0.50  
  38   CA      0.30  
  39   CA      0.50  
  40   CA      0.20  
  41   CA      0.50  
  42   CA      0.40  
  43   CA      0.59  
  44   CA      0.50  
  45   CA      0.50  
  46   CA      0.50  
  47   CA      0.60  
  49   CA      1.00  
  50   CA      0.70  
  51   CA      2.10  
  52   CA      4.90  
  53   CA      0.30  
  54   CA      0.20  
  69   CA     -1.20  
  70   CA     -1.20  
  71   CA     -0.40  
  73   CA     -0.30  
  74   CA     -0.20  
  75   CA      0.30  
  76   CA      0.30  
  77   CA      0.10  
  79   CA      0.20  
  80   CA      0.00  
   3   HN     -0.276	
   4   HN     -0.316	
   5   HN     -0.226 
   6   HN      0.011	
   7   HN     -0.172	
   8   HN     -0.206	
   9   HN     -0.321	
  10   HN     -0.265	
  11   HN     -0.197	
  12   HN     -0.275 
  13   HN     -0.346 
  14   HN     -0.165	
  15   HN      0.004	
  16   HN     -0.007	
  17   HN      0.039	
  18   HN      0.235	
  19   HN      0.564	
  20   HN      0.494	
  21   HN      0.529 
  22   HN      0.132 
  23   HN     -0.105 
  24   HN     -0.449	
  25   HN     -0.909	
  26   HN     -1.203	
  28   HN      2.453 
  29   HN      2.572 
  30   HN      1.349 
  31   HN      1.525 
  32   HN      2.109 
  33   HN      1.426 
  34   HN      0.926 
  35   HN      0.917 
  36   HN      0.941 
  37   HN      0.568 
  38   HN      0.481 
  39   HN      0.444 
  40   HN      0.352 
  41   HN      0.426 
  42   HN      0.386 
  44   HN      0.465 
  45   HN      0.173 
  46   HN      0.347 
  47   HN      0.486 
  49   HN      0.898 
  50   HN      0.749 
  51   HN      1.465 
  52   HN      3.220 
  53   HN      1.903 
  54   HN      1.375 
  69   HN     -1.749 
  70   HN     -1.897 
  71   HN     -1.021 
  72   HN     -0.013 
  73   HN     -0.373 
  74   HN     -0.313 
  75   HN      0.068 
  76   HN     -0.032 
  77   HN     -0.054 
  79   HN     -0.016 
  79   HN     -0.016 
  80   HN      0.091 
  81   HN      0.018 
  82   HN      0.018 
  83   HN      0.052 
  84   HN      0.101 
  85   HN      0.089 
  86   HN      0.084 
  87   HN      0.156 
  88   HN      0.162 
  89   HN      0.113 
  90   HN      0.133 
  91   HN      0.167 
  92   HN      0.132 
  93   HN      0.113 
  94   HN      0.127 
  95   HN      0.104 
  96   HN      0.099 
  97   HN      0.079 
  98   HN      0.072	
  99   HN      0.067	
 100   HN      0.066	
 101   HN      0.078	
 102   HN      0.055	
 103   HN      0.027	
 104   HN      0.080	
 105   HN      0.085	
 106   HN      0.078	
 108   HN      0.130	
 109   HN      0.114	
 110   HN      0.118	
 111   HN      0.169	
 112   HN      0.191	
 113   HN      0.168	
 114   HN      0.114	
 115   HN      0.037	
 116   HN      0.062	
 117   HN      0.027	
 118   HN      0.029	
 119   HN      0.019	
 120   HN     -0.004	
 121   HN      0.030	
 122   HN      0.038	
 123   HN      0.030	
 124   HN      0.035 
 125   HN      0.014 
 126   HN      0.031 
 127   HN      0.033 
 128   HN      0.036 
 129   HN      0.030	
 130   HN      0.037	
 131   HN      0.029	
 132   HN      0.022	
 133   HN      0.003	
 134   HN      0.027	
 135   HN      0.039	
 136   HN      0.061 
 137   HN      0.047	
 138   HN      0.060	
 139   HN      0.048 
 140   HN      0.060	
 141   HN      0.066	
 142   HN      0.071 
 143   HN      0.028 
 144   HN      0.051 
 145   HN      0.043 
 146   HN      0.036 
 147   HN      0.011 
 148   HN      0.004 
   3   N      -0.195 
   4   N      -0.253 
   5   N      -0.279 
   6   N      -0.390 
   7   N      -0.222 
   8   N      -0.344 
   9   N      -0.484 
  10   N      -0.345 
  11   N      -0.245 
  12   N      -0.617 
  13   N      -0.608 
  14   N      -0.249 
  15   N      -0.069 
  16   N      -0.049 
  17   N       0.136 
  18   N       0.203 
  19   N       0.258 
  20   N       0.526 
  21   N       0.208 
  22   N      -0.063 
  23   N      -0.391 
  24   N      -0.562 
  25   N      -1.444 
  26   N      -3.059 
  28   N       3.622 
  29   N       3.029 
  30   N       1.077 
  31   N       0.933 
  32   N       1.734 
  33   N       1.443 
  34   N       0.797 
  35   N       0.639 
  36   N       0.781 
  37   N       0.443 
  38   N       0.520 
  39   N       0.108 
  40   N       0.251 
  41   N       0.137 
  42   N       0.394 
  44   N       0.312 
  45   N       0.397 
  46   N       0.639 
  47   N       0.675 
  49   N       1.45  
  50   N       0.735 
  51   N       1.533 
  52   N       3.938 
  53   N       2.665 
  54   N       1.235 
  69   N      -0.996 
  70   N      -1.785 
  71   N      -1.223 
  72   N      -0.160 
  73   N      -0.629 
  74   N       0.141 
  75   N       0.217 
  76   N      -0.189 
  77   N      -0.416 
  79   N       0.035 
  80   N       0.181 
  81   N      -0.013 
  82   N      -0.047 
  83   N       0.206 
  84   N       0.172 
  85   N      -0.060 
  86   N      -0.026 
  87   N      -0.072 
  88   N       0.006 
  89   N       0.096 
  90   N       0.123 
  91   N       0.073 
  92   N       0.004 
  93   N       0.031 
  94   N      -0.049 
  95   N      -0.014 
  96   N       0.029 
  97   N      -0.059 
  98   N      -0.019 
  99   N      -0.109 
 100   N       0.007 
 101   N      -0.011 
 102   N       0.038 
 103   N       0.199 
 104   N       0.059 
 105   N       0.094 
 106   N       0.042 
 108   N      -0.003 
 109   N       0.068 
 110   N      -0.012 
 111   N       0.213 
 112   N       0.257 
 113   N       0.209 
 114   N       0.003 
 115   N      -0.057 
 116   N       0.006 
 117   N      -0.084 
 118   N      -0.080 
 119   N       0.037 
 120   N       0.004 
 121   N      -0.225 
 122   N      -0.888 
 123   N       0.183 
 124   N      -0.038 
 125   N      -0.060 
 126   N      -0.122 
 127   N      -0.033 
 128   N      -0.009 
 129   N       0.053 
 130   N      -0.071 
 131   N      -0.054 
 132   N      -0.028 
 133   N      -0.085 
 134   N      -0.118 
 135   N      -0.051 
 136   N      -0.043 
 137   N      -0.051 
 138   N      -0.087 
 139   N      -0.025 
 140   N      -0.049 
 141   N       0.000 
 142   N       0.071 
 143   N      -0.043 
 144   N       0.000 
 145   N      -0.110 
 146   N      -0.009 
 147   N      -0.025 
 148   N      -0.059"
other_data_types,3CaTbCaM_DAPk_pcs,7424,263810,1,pseudocontact shifts,pseudocontact shifts,,1,sample_conditions_1,pseudocontact shifts,Text,"Res Type    Value
   3   CB      0.80   
   4   CB      1.30   
   5   CB      0.84   
   6   CB      1.30   
   7   CB      0.70   
   8   CB      0.70   
   9   CB      2.40   
  10   CB      1.30   
  11   CB      0.80   
  12   CB      1.70   
  13   CB      2.90   
  14   CB      0.90   
  15   CB     -0.20   
  16   CB      3.00   
  36   CB     -2.88   
  37   CB     -1.60   
  38   CB     -1.20   
  39   CB     -1.50   
  41   CB     -1.50   
  46   CB     -0.22   
  75   CB     -2.04   
  79   CB     -0.60   
  80   CB     -0.60   
   3   C       0.80   
   4   C       1.20   
   5   C       1.50   
   6   C       1.20   
   7   C       1.00   
   8   C       1.30   
   9   C       2.20   
  10   C       1.50   
  11   C       1.00   
  12   C       2.00   
  13   C       2.00   
  14   C       0.80   
  15   C       0.00   
  16   C       1.00   
  36   C      -1.90   
  37   C      -1.20   
  38   C      -1.10   
  39   C      -1.20   
  40   C      -1.10   
  41   C      -1.30   
  46   C      -0.90   
  75   C      -2.70   
  78   C      -0.60   
  79   C      -0.50   
  80   C      -0.50   
   3   CA      0.70   
   4   CA      1.20   
   5   CA      1.00   
   6   CA      1.40   
   7   CA      1.00   
   8   CA      0.90   
   9   CA      2.00   
  10   CA      1.70   
  11   CA      1.00   
  12   CA      1.50   
  13   CA      2.70   
  14   CA      1.10   
  15   CA      0.20   
  16   CA      1.10   
  17   CA      1.20   
  37   CA     -1.50   
  38   CA     -1.20   
  39   CA     -1.10   
  40   CA     -1.10   
  41   CA     -1.30   
  42   CA     -1.00   
  47   CA     -1.90   
  76   CA     -0.40   
  77   CA     -0.30   
  79   CA     -0.40   
  80   CA     -0.50   
   3   HN      0.835  
   4   HN      1.233  
   5   HN      0.896  
   6   HN      1.262  
   7   HN      0.946  
   8   HN      0.957  
   9   HN      1.479  
  10   HN      1.606  
  11   HN      1.147  
  12   HN      1.317  
  13   HN      2.228  
  14   HN      1.512  
  15   HN      0.76   
  16   HN      1.239  
  17   HN      1.587  
  18   HN      0.109  
  37   HN     -1.937  
  38   HN     -1.455  
  39   HN     -1.358  
  40   HN     -1.067  
  41   HN     -1.312  
  42   HN     -1.248  
  47   HN     -1.139  
  76   HN     -0.924  
  77   HN     -0.655  
  79   HN     -0.511  
  81   HN     -0.447  
  82   HN     -0.367  
  83   HN     -0.475  
  84   HN     -0.544  
  85   HN     -0.487  
  86   HN     -0.456  
  87   HN     -0.564  
  88   HN     -0.604  
  89   HN     -0.473  
  90   HN     -0.522  
  91   HN     -0.597  
  92   HN     -0.497  
  93   HN     -0.429  
  94   HN     -0.387  
  95   HN     -0.333  
  96   HN     -0.338  
  97   HN     -0.304  
  98   HN     -0.278  
  99   HN     -0.237  
 100   HN     -0.216  
 101   HN     -0.249  
 102   HN     -0.165  
 103   HN     -0.192  
 104   HN     -0.22   
 106   HN     -0.21   
 108   HN     -0.36   
 109   HN     -0.325  
 110   HN     -0.305  
 111   HN     -0.441  
 112   HN     -0.469  
 113   HN     -0.355  
 114   HN     -0.221  
 115   HN     -0.022  
 116   HN     -0.088  
 117   HN     -0.017  
 118   HN     -0.043  
 119   HN     -0.026  
 120   HN     -0.021  
 121   HN     -0.047  
 122   HN     -0.054  
 123   HN     -0.059  
 126   HN     -0.068  
 127   HN     -0.038  
 128   HN     -0.074  
 129   HN     -0.082  
 130   HN     -0.093  
 131   HN     -0.09   
 132   HN     -0.073  
 133   HN     -0.112  
 134   HN     -0.101  
 135   HN     -0.117  
 136   HN     -0.174  
 137   HN     -0.169  
 138   HN     -0.204  
 139   HN     -0.18   
 140   HN     -0.158  
 141   HN     -0.188  
 142   HN     -0.19   
 143   HN     -0.015  
 144   HN     -0.104  
 145   HN     -0.145  
 146   HN     -0.108  
 147   HN     -0.077  
 148   HN     -0.007  
   3   N       0.863    
   4   N       1.004  
   5   N       0.988  
   6   N       0.914  
   7   N       1.058  
   8   N       0.879  
   9   N       1.445  
  10   N       1.65   
  11   N       1.123  
  12   N       1.01   
  13   N       2.215  
  14   N       1.722  
  15   N       0.623  
  16   N       0.649  
  17   N       1.403  
  37   N      -1.87   
  38   N      -1.292  
  39   N      -1.379  
  40   N      -1.089  
  41   N      -1.185  
  42   N      -1.385  
  47   N      -1.370  
  76   N      -1.101  
  77   N      -0.894  
  79   N      -0.521  
  80   N      -0.293  
  81   N      -0.511  
  82   N      -0.448  
  83   N      -0.426  
  84   N      0.029   
  85   N      -0.581  
  86   N      -0.545  
  87   N      -0.78   
  88   N      -0.687  
  89   N      -0.527  
  90   N      -0.604  
  91   N      -0.666  
  92   N      -0.668  
  93   N      -0.555  
  94   N      -0.371  
  95   N      -0.293  
  96   N      -0.458  
  97   N      -0.374  
  98   N      -0.3    
  99   N      -0.202  
 100   N      -0.249  
 101   N      -0.155  
 102   N      -0.363  
 103   N      -0.319  
 104   N      -0.379  
 106   N      -0.408  
 108   N      -0.475  
 109   N      -0.575  
 110   N      -0.502  
 111   N      -0.557  
 112   N      -0.534  
 113   N      -0.324  
 114   N      -0.159  
 115   N      -0.202  
 116   N      0.041   
 117   N      -0.124  
 118   N      -0.132  
 119   N      0.087   
 120   N      -0.037  
 121   N      -0.299  
 122   N      -0.886  
 123   N      -0.102  
 126   N      -0.257  
 127   N      -0.049  
 128   N      -0.236  
 129   N      -0.219  
 130   N      -0.057  
 131   N      -0.13   
 132   N      -0.203  
 133   N      -0.29   
 134   N      -0.125  
 135   N      -0.165  
 136   N      -0.184  
 137   N      -0.114  
 138   N      -0.388  
 139   N      -0.232  
 140   N      -0.2    
 141   N      -0.367  
 142   N      -0.257  
 143   N      -0.125  
 144   N      -0.669  
 145   N      -0.358  
 146   N      -0.245  
 147   N      -0.06   
 148   N      -0.119"
other_data_types,3CaTmCaM_DAPk_pcs,7425,263835,1,pseudocontact shifts,pseudocontact shifts,,1,sample_conditions_1,pseudocontact shifts,Text,"Res  Type   Value
   3   CB     -0.40  
   4   CB     -1.00  
   5   CB     -0.30  
   6   CB     -0.80  
   7   CB     -0.40  
   8   CB     -0.70  
   9   CB     -1.40  
  10   CB     -0.90  
  11   CB     -1.40  
  12   CB     -0.90  
  13   CB     -2.00  
  14   CB     -0.60  
  15   CB      0.20  
  16   CB     -2.00  
  17   CB     -1.10  
  18   CB      0.30  
  19   CB      1.80  
  20   CB     -1.80  
  21   CB     -0.10  
  22   CB     -1.10  
  30   CB      0.90  
  31   CB      1.90  
  32   CB      5.40  
  34   CB      1.00  
  35   CB      1.60  
  36   CB      1.80  
  39   CB      0.90  
  41   CB      1.20  
  43   CB      1.67  
  44   CB      0.90  
  45   CB      0.60  
  47   CB      1.40  
  48   CB      3.10  
  49   CB      1.20  
  50   CB      1.90  
  79   CB      0.40  
   3   C      -0.60  
   4   C      -0.70  
   5   C      -0.40  
   6   C      -0.70  
   7   C      -0.70  
   8   C      -0.70  
   9   C      -1.30  
  10   C      -0.80  
  12   C      -1.10  
  13   C      -1.40  
  14   C      -0.60  
  15   C      -0.10  
  16   C      -1.00  
  17   C      -0.50  
  18   C       0.50  
  20   C      -0.86  
  21   C      -0.60  
  22   C      -1.20  
  23   C      -2.44  
  30   C       1.80  
  31   C       2.80  
  32   C       3.10  
  33   C       1.70  
  34   C       1.28  
  35   C       1.50  
  36   C       1.40  
  39   C       0.80  
  40   C       0.80  
  41   C       1.00  
  43   C       1.20  
  44   C       1.00  
  45   C       1.10  
  48   C       4.20  
  49   C       3.00  
  79   C       0.40  
   4   CA     -0.70  
   5   CA     -0.70  
   6   CA     -0.70  
   7   CA     -0.60  
   8   CA     -0.60  
   9   CA     -1.40  
  10   CA     -1.10  
  11   CA     -0.60  
  12   CA     -0.80  
  13   CA     -1.90  
  14   CA     -0.80  
  15   CA      0.10  
  16   CA     -0.80  
  17   CA     -1.00  
  18   CA      0.20  
  19   CA      1.10  
  20   CA     -0.80  
  21   CA     -0.20  
  22   CA     -0.80  
  23   CA     -2.00  
  24   CA     -3.00  
  30   CA      1.50  
  31   CA      1.90  
  32   CA      4.00  
  33   CA      2.30  
  34   CA      1.00  
  35   CA      1.40  
  36   CA      1.50  
  37   CA      1.00  
  39   CA      0.90  
  40   CA      0.70  
  41   CA      1.20  
  42   CA      0.90  
  43   CA      1.34  
  44   CA      1.00  
  45   CA      1.00  
  47   CA      1.90  
  49   CA      2.60  
  50   CA      2.80  
  51   CA      7.20  
  79   CA      0.60  
   3   HN     -0.639 
   4   HN     -0.806 
   5   HN     -0.572 
   6   HN     -0.433 
   7   HN     -0.549 
   8   HN     -0.578 
   9   HN     -0.937 
  10   HN     -0.921 
  11   HN     -0.699 
  12   HN     -0.898 
  13   HN     -1.377 
  14   HN     -0.881 
  15   HN     -0.449 
  16   HN     -0.816 
  17   HN     -1.082 
  18   HN     -0.223 
  19   HN      0.376 
  20   HN     -0.401 
  21   HN     -0.024 
  22   HN     -0.759 
  23   HN     -1.398 
  24   HN     -2.349 
  30   HN      1.855 
  31   HN      2.163 
  33   HN      2.803 
  34   HN      1.654 
  35   HN      1.685 
  36   HN      1.98  
  37   HN      1.264 
  38   HN      0.682 
  39   HN      0.93  
  40   HN      0.79  
  41   HN      0.972 
  42   HN      1.003 
  44   HN      1.192 
  45   HN      0.551 
  46   HN      0.708 
  47   HN      1.235 
  49   HN      2.144 
  50   HN      2.246 
   3   N      -0.722   
   4   N      -0.685 
   5   N      -0.6   
   6   N      -1.004 
   7   N      -0.601 
   8   N      -0.694 
   9   N      -1.201 
  10   N      -1.133 
  11   N      -0.827 
  12   N      -0.734 
  13   N      -1.645 
  14   N      -0.788 
  15   N      -0.416 
  16   N      -0.833 
  17   N      -0.98  
  18   N      -0.238 
  19   N       0.145 
  20   N      -0.24  
  21   N      -0.533 
  22   N      -0.844 
  23   N      -1.562 
  24   N      -2.363 
  30   N       1.907 
  31   N       1.671   
  33   N       2.867 
  34   N       1.6   
  35   N       1.382 
  36   N       1.787 
  37   N       1.264 
  38   N       1.022 
  39   N       0.858 
  40   N       0.81  
  41   N       0.877 
  42   N       0.975 
  44   N       1.11  
  45   N       0.886 
  46   N       1.144 
  47   N       1.308 
  49   N       3.219 
  50   N       2.475 
  80   HN      0.437 
  81   HN      0.294 
  82   HN      0.25  
  85   HN      0.358 
  86   HN      0.34  
  87   HN      0.49  
  88   HN      0.485 
  89   HN      0.363 
  90   HN      0.395 
  91   HN      0.455 
  92   HN      0.361 
  93   HN      0.312 
  94   HN      0.271 
  95   HN      0.236 
  96   HN      0.248 
  97   HN      0.204 
  98   HN      0.195 
  99   HN      0.184 
 100   HN      0.17  
 101   HN      0.162 
 102   HN      0.097 
 103   HN      0.103 
 104   HN      0.133 
 105   HN      0.173 
 106   HN      0.125 
 108   HN      0.248 
 109   HN      0.187 
 110   HN      0.153 
 111   HN      0.247 
 112   HN      0.265 
 113   HN      0.161 
 114   HN      0.065 
 115   HN     -0.066 
 116   HN      0.006 
 117   HN     -0.015 
 118   HN      0.002 
 119   HN      0.001 
 120   HN     -0.009 
 121   HN      0.014 
 122   HN      0.036 
 123   HN      0.009 
 124   HN      0.034 
 125   HN      0.02  
 126   HN      0.021 
 127   HN      0.041 
 128   HN      0.103 
 129   HN      0.066 
 130   HN      0.075 
 131   HN      0.004 
 132   HN      0.056 
 133   HN      0.057 
 134   HN      0.052 
 135   HN      0.087 
 136   HN      0.135 
 137   HN      0.124 
 138   HN      0.176 
 139   HN      0.152 
 140   HN      0.124 
 141   HN      0.154 
 142   HN      0.165 
 143   HN      0.103 
 144   HN      0.183 
 145   HN      0.126 
 146   HN      0.109 
 147   HN      0.07  
 148   HN      0.015 
  79   N       0.358 
  80   N       0.419 
  81   N       0.285 
  82   N       0.214 
  85   N       0.259 
  86   N       0.266 
  87   N       0.222 
  88   N       0.415 
  89   N       0.346 
  90   N       0.311 
  91   N       0.333 
  92   N       0.213 
  93   N       0.183 
  94   N       0.153 
  95   N       0.099 
  96   N       0.224 
  97   N       0.147 
  98   N       0.153 
  99   N       0.047 
 100   N       0.128 
 101   N       0.055 
 102   N       0.119 
 103   N       0.175 
 104   N       0.329 
 105   N       0.219 
 106   N       0.127 
 108   N       0.313 
 109   N       0.196 
 110   N       0.145 
 111   N       0.317 
 112   N       0.417 
 113   N       0.239 
 114   N      -0.085 
 115   N      -0.125 
 116   N      -0.087 
 117   N      -0.085 
 118   N      -0.038 
 119   N       0.172 
 120   N      -0.008 
 121   N      -0.053 
 122   N      -0.747 
 123   N      -0.07  
 124   N      -0.013 
 125   N       0.008 
 126   N      -0.044 
 127   N       0.008 
 128   N       0.026 
 129   N       0.104 
 130   N      -0.039 
 131   N      -0.095 
 132   N       0.009 
 133   N      -0.08  
 134   N      -0.03  
 135   N       0.064 
 136   N       0.025 
 137   N      -0.047 
 138   N       0.108 
 139   N       0.134 
 140   N       0.06  
 141   N       0.097 
 142   N       0.256 
 143   N       0.763 
 144   N      -0.252 
 145   N       0.103 
 146   N       0.052 
 147   N      -0.022 
 148   N      -0.011"