1. d.142.1 Glutathione synthetase ATP-binding domain-like
ATP-grasp Consists of two subdomains with different alpha+beta folds ! shares functional and structural similarities with the PIPK and protein kinase superfamilies
2io7 d2io7a3 A:324-333,497-509,529-535,564-570
2io8 d2io8b3 B:324-333,497-509,529-535,564-570
2io8 d2io8a3 A:324-333,497-509,529-535,564-570
2io9 d2io9a3 A:324-333,497-509,529-535,564-570
2io9 d2io9b3 B:324-333,497-509,529-535,564-570
2io7 d2io7b3 B:324-333,497-509,529-535,564-570
2ioa d2ioab3 B:324-333,497-509,529-535,564-570
2ioa d2ioaa3 A:324-333,497-509,529-535,564-570
2hgs d2hgsa4 A:136-147,304-313,360-365,395-400
1m0w d1m0wa2 A:138-149,323-333,377-384,411-417
1m0w d1m0wb2 B:1138-1149,1323-1333,1377-1384,1411-1417
2. c.23.5 Flavoproteins
Flavodoxin-like 3 layers, a/b/a; parallel beta-sheet of 5 strand, order 21345
1ag9 d1ag9b_ B:81-89,99-113,118-122,137-141
1ag9 d1ag9a_ A:81-89,99-113,118-122,137-141
3. c.94.1 Periplasmic binding protein-like II Similar in architecture to the superfamily I but partly differs in topology !
Periplasmic binding protein-like II consists of two similar intertwined domain with 3 layers (a/b/a) each: duplication ! mixed beta-sheet of 5 strands, order 21354; strand 5 is antiparallel to the rest
1jw1 d1jw1a2 A:368-375,376-387,390-395,595-599
1i6b d1i6ba1 A:33-38,41-52,56-60,253-259
1a8f d1a8fa_ A:58-64,63-72,93-103,242-248
1n04 d1n04a2 A:390-396,395-406,429-439,585-591
4. d.287.1 DNA methylase specificity domain
DNA methylase specificity domain comprises the N-terminal, double beta-helix like structure and C-terminal alpha-hairpin
1yf2 d1yf2b1 B:50-55,55-63,88-95,99-107
5. c.74.1 AraD/HMP-PK domain-like
AraD/HMP-PK domain-like 3 layers: a/b/a; mixed (mostly antiparallel) beta-sheet of 9 strands, order 432159876; left-handed crossover between strands 4 and 5
1jdi d1jdif_ F:124-128,140-157,164-169,171-178
1jdi d1jdie_ E:124-128,140-157,164-169,171-178
6. c.14.1 ClpP/crotonase
ClpP/crotonase core: 4 turns of (beta-beta-alpha)n superhelix
1n6d d1n6dd4 D:913-918,964-978,984-990,1024-1029
1n6d d1n6dc4 C:913-918,964-978,984-990,1024-1029
1n6d d1n6df4 F:913-918,964-978,984-990,1024-1029
1n6f d1n6fe4 E:913-917,964-978,986-990,1024-1028
1n6f d1n6fa4 A:913-917,964-978,986-990,1024-1028
1n6f d1n6fc4 C:913-917,964-978,986-990,1024-1028
1n6f d1n6ff4 F:913-917,964-978,986-990,1024-1028
1n6f d1n6fb4 B:913-917,964-978,986-990,1024-1028
1fc9 d1fc9a4 A:361-367,371-385,392-397,428-434
1fc7 d1fc7a4 A:361-367,371-385,392-397,428-434
1n6d d1n6db4 B:913-918,964-978,985-989,1025-1029
1n6d d1n6da4 A:913-918,964-978,985-989,1025-1029
1n6d d1n6de4 E:913-918,964-978,985-989,1025-1029
1n6f d1n6fd4 D:913-918,964-978,986-990,1024-1028
1n6d d1n6da4 A:906-914,964-978,985-989,1025-1029
1n6d d1n6db4 B:906-914,964-978,985-989,1025-1029
1n6d d1n6de4 E:906-914,964-978,985-989,1025-1029
1yg8 d1yg8t1 T:57-65,98-106,117-123,169-175
1tyf d1tyfb_ B:55-65,98-106,117-122,171-175
1yg8 d1yg8g1 G:57-65,98-106,117-122,171-175
1tyf d1tyfm_ M:57-65,98-106,117-122,171-175
1yg8 d1yg8m1 M:55-65,98-106,117-123,169-175
1tyf d1tyfn_ N:57-65,98-106,117-122,171-175
1yg8 d1yg8j1 J:57-65,98-106,117-123,169-175
1tyf d1tyfc_ C:57-65,98-106,117-122,171-175
1yg8 d1yg8v1 V:55-65,98-106,117-123,169-175
1yg8 d1yg8f1 F:57-65,98-106,117-122,171-175
1yg8 d1yg8c1 C:57-65,98-106,117-122,171-175
1yg8 d1yg8u1 U:57-65,98-106,117-123,169-175
1tyf d1tyfi_ I:55-65,98-106,117-122,171-175
7. d.247.1 Chromosomal protein MC1
Chromosomal protein MC1 beta(2)-alpha-beta(3); 2 layers: alpha/beta
1t23 d1t23a_ A:16-22,23-38,43-49,54-62
8. d.68.2 EPT/RTPC-like
IF3-like beta-alpha-beta-alpha-beta(2); 2 layers; mixed sheet 1243, strand 4 is antiparallel to the rest
1p89 d1p89a_ A:137-143,169-184,183-195,221-226
9. d.159.1 Metallo-dependent phosphatases different families of this superfamily are groupped in a single Pfam family,
Metallo-dependent phosphatases 4 layers: alpha/beta/beta/alpha; mixed beta sheets; contains duplication
3c9f d3c9fa2 A:108-113,119-135,142-148,150-155
3c9f d3c9fb2 B:108-113,119-135,142-148,150-155
10. c.17.1 Caspase-like mature protein may be composed of two chains folded in a single domain !
Caspase-like 3 layers, a/b/a; core: mixed beta-sheet of 6 strands, order 213456, strand 6 is antiparallel to the rest
1i4o d1i4oa_ A:67-75,115-130,148-153,154-159
1jxq d1jxqc_ C:162-170,207-222,242-246,248-257
1jxq d1jxqa_ A:162-170,207-222,242-246,248-257
1qdu d1qdu.1 A:161-170,207-221,242-246,248-257
1qdu d1qdu.5 I:162-170,207-221,242-246,248-257
1qtn d1qtn.1 A:232-241,288-302,322-326,328-332
1rhj d1rhj.2 C:698-705,707-722,741-746,747-758
2fun d2fund1 D:3233-3241,3288-3303,3321-3325,3329-3333
1gqf d1gqfb_ B:198-205,207-222,241-246,247-258
1pyo d1pyo.1 A:34-42,82-96,117-121,123-127
1k86 d1k86a_ A:106-113,115-130,148-153,154-158
1shl d1shla_ A:106-113,115-130,148-153,154-158
1shj d1shja_ A:106-113,115-130,148-153,154-158
1k88 d1k88a_ A:106-113,115-130,148-153,154-158
3dek d3deka1 A:42-52,92-106,126-130,131-135
3dek d3deka1 A:83-90,92-106,126-130,131-135
1f1j d1f1ja_ A:106-113,115-129,149-153,154-158
1rhj d1rhj.2 C:661-670,707-722,741-746,747-758
3dei d3deid1 D:42-52,92-106,125-130,131-135
3dek d3dekd1 D:42-52,92-107,126-130,131-135
1rhj d1rhj.1 A:198-205,207-222,242-246,247-257
1m72 d1m72c_ C:97-105,107-121,140-145,146-151
1f1j d1f1ja_ A:65-75,115-129,149-153,154-158
3dej d3dejd1 D:42-52,92-107,126-130,131-135
1i4o d1i4oa_ A:105-113,115-130,148-153,154-159
1shl d1shla_ A:65-75,115-130,148-153,154-158
1k86 d1k86a_ A:65-75,115-130,148-153,154-158
1shj d1shja_ A:65-75,115-130,148-153,154-158
3dek d3dekd1 D:83-90,92-107,126-130,131-135
3dei d3deia1 A:42-52,92-107,126-130,131-135
1qx3 d1qx3a_ A:42-52,92-107,126-130,131-135
1qx3 d1qx3a_ A:83-90,92-107,126-130,131-135
1rhj d1rhj.1 A:161-170,207-222,242-246,247-257
3dei d3deib1 B:83-90,92-107,126-130,131-135
1kmc d1kmcb_ B:198-205,207-222,242-246,247-257
3deh d3dehd1 D:42-52,92-107,126-130,131-135
1kmc d1kmca_ A:198-205,207-222,242-246,247-257
1k88 d1k88a_ A:65-75,115-130,148-153,154-158
1gqf d1gqfb_ B:161-170,207-222,241-246,247-258
3dei d3deib1 B:42-52,92-107,126-130,131-135
1i51 d1i51.1 A:106-113,115-130,149-153,154-158
3dei d3deia1 A:83-90,92-107,126-130,131-135
3dej d3dejd1 D:83-90,92-107,126-130,131-135
1m72 d1m72b_ B:97-105,107-121,141-145,146-150
1f1j d1f1jb_ B:365-375,415-430,449-453,454-458
1m72 d1m72a_ A:97-105,107-121,141-145,146-150
1rhq d1rhq.2 D:162-170,207-221,242-246,247-257
1rhq d1rhq.1 A:162-170,207-221,242-246,247-257
1i51 d1i51.2 C:106-113,115-130,149-153,154-158
1i51 d1i51.1 A:65-75,115-130,149-153,154-158
1f1j d1f1jb_ B:405-413,415-430,449-453,454-458
1kmc d1kmcb_ B:161-170,207-222,242-246,247-257
1pyo d1pyo.1 A:72-80,82-96,117-121,123-127
1kmc d1kmca_ A:161-170,207-222,242-246,247-257
1i51 d1i51.2 C:65-75,115-130,149-153,154-158
1m72 d1m72b_ B:58-68,107-121,141-145,146-150
1i4o d1i4ob_ B:65-75,115-130,149-153,154-158
1m72 d1m72c_ C:58-68,107-121,140-145,146-151
1i4o d1i4ob_ B:105-113,115-130,149-153,154-158
1m72 d1m72a_ A:58-68,107-121,141-145,146-150
1rhq d1rhq.2 D:197-205,207-221,242-246,247-257
1rhq d1rhq.1 A:197-205,207-221,242-246,247-257
11. c.43.1 CoA-dependent acyltransferases
CoA-dependent acyltransferases core: 2 layers, a/b; mixed beta-sheet of 6 strands, order 324561; strands 3 & 6 are antiparallel to the rest
1ndi d1ndib1 B:118-125,299-311,573-582,583-592
1xmc d1xmcb2 B:101-107,290-300,562-571,572-581
1ndi d1ndia1 A:118-125,299-311,573-582,583-592
1xl7 d1xl7a2 A:101-107,290-300,562-571,572-581
1xmc d1xmca2 A:101-107,290-300,562-571,572-581
1nm8 d1nm8a1 A:97-104,278-290,552-561,562-571
1xl8 d1xl8a2 A:101-107,289-300,562-571,572-581
1xl7 d1xl7b2 B:101-107,289-300,562-571,572-581
12. b.6.1 Cupredoxins contains copper-binding site !
Cupredoxin-like sandwich; 7 strands in 2 sheets, greek-key ! variations: some members have additional 1-2 strands
2dws d2dwsa2 A:205-216,257-264,330-338,348-355
1mzz d1mzzc2 C:2205-2216,2257-2264,2330-2338,2348-2355
2dwt d2dwta2 A:205-216,257-264,330-338,348-355
1zv2 d1zv2a2 A:205-216,257-264,330-338,348-355
1mzz d1mzzb2 B:1205-1216,1257-1264,1330-1338,1348-1355
13. c.23.16 Class I glutamine amidotransferase-like conserved positions of the oxyanion hole and catalytic nucleophile; different constituent families contain different additional structures !
Flavodoxin-like 3 layers, a/b/a; parallel beta-sheet of 5 strand, order 21345
1oi4 d1oi4a1 A:24-30,35-50,61-66,71-77
2ab0 d2ab0a1 A:3-10,14-29,43-48,50-55
1g2i d1g2ib_ B:201-207,212-227,238-243,245-250
2ab0 d2ab0b1 B:3-10,14-29,43-48,50-55
1g2i d1g2ia_ A:1-7,12-27,38-43,45-50
1g2i d1g2ic_ C:401-407,412-427,438-443,445-450
1pdw d1pdwe_ E:2004-2011,2015-2030,2043-2047,2049-2053
1j42 d1j42a_ A:4-11,15-30,43-47,49-53
3bwe d3bwea1 A:4-11,15-30,43-47,49-53
1pdw d1pdwf_ F:2204-2211,2215-2230,2243-2247,2249-2253
1sy7 d1sy7a1 A:554-563,567-582,592-598,600-605
1sy7 d1sy7b1 B:554-563,567-582,592-598,600-605
14. a.117.1 Ras GEF
Ras GEF multihelical
1xd2 d1xd2c_ C:600-605,605-615,946-951,952-957
15. b.69.14 Nucleoporin domain
7-bladed beta-propeller consists of seven 4-stranded beta-sheet motifs; meander
1xip d1xipa_ A:41-47,63-74,335-343,362-370
16. c.65.1 Formyltransferase
Formyltransferase 3 layers: a/b/a; mixed beta-sheet of 7 strands, order 3214567; strand 6 is antiparallel to the rest
1zgh d1zgha2 A:79-85,85-94,96-105,116-122
17. c.95.1 Thiolase-like
Thiolase-like consists of two similar domains related by pseudo dyad; duplication ! 3 layers: a/b/a; mixed beta-sheet of 5 strands, order 32451; strand 5 is antiparallel to the rest
1ub7 d1ub7b1 B:2-11,108-127,297-307,309-320
1ub7 d1ub7c1 C:2-11,108-127,297-308,309-320
1ub7 d1ub7d1 D:2-11,108-127,297-308,309-320
1ub7 d1ub7a1 A:2-12,108-127,297-308,309-320
1mzj d1mzja1 A:13-21,119-138,308-319,322-333
18. b.47.1 Trypsin-like serine proteases
Trypsin-like serine proteases barrel, closed; n=6, S=8; greek-key ! duplication: consists of two domains of the same fold
1eq9 d1eq9a_ A:50-56,55-60B,207-216,225-230
1elv d1elva1 A:453-459,458-466,631-641,646-653
19. i.19.1 Bacteriophage T4 3D cryo-EM reconstruction
Bacteriophage T4 3D cryo-EM reconstruction
1pdf d1pdfg_ G:111-119,121-140,170-174,175-189
1pdf d1pdfp_ P:111-119,121-140,170-174,175-189
1tja d1tjaf_ F:111-119,121-140,170-174,175-189
1pdf d1pdfa_ A:111-119,121-140,170-174,175-189
1pdf d1pdfj_ J:111-119,121-140,170-174,175-189
1pdf d1pdfm_ M:111-119,121-140,170-174,175-189
1pdf d1pdfd_ D:111-119,121-140,170-174,175-189
1pdf d1pdfe_ E:111-119,121-140,170-174,175-189
1pdf d1pdfn_ N:111-119,121-140,170-174,175-189
1pdf d1pdfh_ H:111-119,121-140,170-174,175-189
1pdf d1pdfq_ Q:111-119,121-140,170-174,175-189
1pdf d1pdfb_ B:111-119,121-140,170-174,175-189
1pdf d1pdfk_ K:111-119,121-140,170-174,175-189
1tja d1tjag_ G:111-119,121-140,170-174,175-189
1pdf d1pdfl_ L:111-117,121-140,170-174,175-189
1pdf d1pdfc_ C:111-117,121-140,170-174,175-189
1tja d1tjah_ H:111-117,121-140,170-174,175-189
1pdf d1pdff_ F:111-117,121-140,170-174,175-189
1pdf d1pdfo_ O:111-117,121-140,170-174,175-189
1pdf d1pdfi_ I:111-117,121-140,170-174,175-189
1pdf d1pdfr_ R:111-117,121-140,170-174,175-189
20. d.182.1 Baseplate structural protein gp11
Baseplate structural protein gp11 unusual fold; trimer
1el6 d1el6a_ A:111-119,121-140,170-174,175-189
1el6 d1el6b_ B:111-119,121-140,170-174,175-189
1el6 d1el6c_ C:111-117,121-140,170-174,175-189
21. c.1.9 Metallo-dependent hydrolases the beta-sheet barrel is similarly distorted and capped by a C-terminal helix ! has transition metal ions bound inside the barrel !
TIM beta/alpha-barrel contains parallel beta-sheet barrel, closed; n=8, S=8; strand order 12345678 ! the first seven superfamilies have similar phosphate-binding sites
2plm d2plma2 A:51-57,88-107,368-374,376-381
1p1m d1p1ma2 A:51-57,88-107,368-374,376-381
1j6p d1j6pa2 A:51-57,88-107,368-374,376-381
22. c.86.1 Phosphoglycerate kinase
Phosphoglycerate kinase consists of two non-similar domains, 3 layers (a/b/a) each ! Domain 1 has parallel beta-sheet of 6 strands, order 342156 ! Domain 2 has parallel beta-sheet of 6 strands, order 321456
13pk d13pka_ A:235-242,241-252,286-292,300-306
13pk d13pkb_ B:235-242,241-252,286-292,300-306
1vpe d1vpea_ A:213-220,219-230,264-270,278-283
1v6s d1v6sb_ B:210-217,217-227,261-267,275-280
1v6s d1v6sa_ A:210-217,217-227,261-267,275-280
23. d.96.1 Tetrahydrobiopterin biosynthesis enzymes-like bind purine or pterin in topologically similar sites between subunits !
T-fold beta(2)-alpha(2)-beta(2); 2 layers: alpha/beta; antiparallel sheet 1234 ! tunnel-shaped: its known members form wide oligomeric barrels different sizes
1is8 d1is8e_ E:151-155,172-189,189-201,214-223
1wur d1wurd1 D:127-131,148-165,165-177,190-199
1wuq d1wuqd1 D:127-131,148-165,165-177,190-199
1wm9 d1wm9d1 D:127-131,148-165,165-178,190-199
1wur d1wurb1 B:127-131,148-165,166-177,190-199
1wuq d1wuqa1 A:127-131,148-165,166-177,190-199
1wur d1wure1 E:127-131,148-165,166-177,190-199
1is7 d1is7d_ D:151-155,172-189,190-202,214-223
1wuq d1wuqe1 E:127-131,148-165,166-177,190-199
1is7 d1is7e_ E:151-155,172-189,190-202,214-223
1is7 d1is7b_ B:151-155,172-189,190-202,214-223
1is7 d1is7h_ H:151-155,172-189,190-202,214-223
1wuq d1wuqb1 B:127-131,148-165,166-178,190-199
1wur d1wura1 A:127-131,148-165,166-178,190-199
1wm9 d1wm9b1 B:127-131,148-165,166-178,190-199
1wuq d1wuqc1 C:127-131,148-165,166-178,190-199
1wm9 d1wm9a1 A:127-131,148-165,166-178,190-199
1wur d1wurc1 C:127-131,148-165,166-178,190-199
1wm9 d1wm9e1 E:127-131,148-165,166-178,190-199
1wm9 d1wm9c1 C:127-131,148-165,166-178,190-200
24. c.119.1 DAK1/DegV-like domain folds and architecture show some similarity to the tubulin-like GTPases; the nucleotide-binding sites of the Dihydroxyacetone kinase and tubulin families are different !
DAK1/DegV-like 2 different domains; d1: [core: 3 layers, a/b/a; parallel sheet of 5 strands, order: 2134]; D2: [2 layers, a/b; mixed sheet of 6 strands, order 321645; strands 2 and 6 are antiparallel to the rest]
1uoe d1uoea_ A:80-86,159-177,358-362,363-367
1uod d1uoda_ A:80-86,159-177,358-362,363-367
1uoe d1uoeb_ B:80-86,159-177,358-362,363-367
1oi2 d1oi2b_ B:80-86,159-177,358-362,363-367
25. d.26.1 FKBP-like
FKBP-like core: beta(2)-alpha-beta(2); antiparallel beta-sheet
1pin d1pina2 A:21-28,131-142,143-153,154-163
2f21 d2f21a2 A:20-28,131-142,143-153,154-163
2itk d2itka2 A:19-28,131-142,143-153,154-163
2q5a d2q5aa2 A:19-28,131-142,143-153,154-163
1f8a d1f8ab2 B:23-32,135-146,147-157,158-167
26. c.72.1 Ribokinase-like has extra strand located between strands 2 and 3 !
Ribokinase-like core: 3 layers: a/b/a; mixed beta-sheet of 8 strands, order 21345678, strand 7 is antiparallel to the rest ! potential superfamily: members of this fold have similar functions but different ATP-binding sites
1yhj d1yhja1 A:116-121,150-159,181-188,197-209
1rfv d1rfvb_ B:116-121,150-159,181-188,197-210
1ygj d1ygja1 A:116-121,150-159,181-187,197-210
1rft d1rfta_ A:116-121,150-159,181-188,197-210
27. d.58.17 HMA, heavy metal-associated domain
Ferredoxin-like alpha+beta sandwich with antiparallel beta-sheet; (beta-alpha-beta)x2
1p6t d1p6ta1 A:43-51,56-68,101-110,111-119
List of motif hits that are not present in SCOP but are found in PDB for pattern ID: 131 (enumeration index: query156) of S4
2zqt A:20-28,131-142,143-153,154-163
3n4p C:527-535,538-557,565-569,571-575
3n4p B:527-535,538-557,565-569,571-575
3n4p A:527-535,538-557,565-569,571-575
3kai A:19-28,131-142,143-153,154-163
3n4q B:527-535,538-558,565-569,571-575
3kce A:19-28,131-142,143-153,154-163
2c2z A:232-241,288-302,322-326,328-332
3k1t A:54-63,206-226,278-286,321-329
3dor A:371-375,498-512,518-524,558-564
3dor B:371-376,498-512,518-524,558-564
2c1e A:42-52,92-106,125-130,131-135
2c1e A:83-90,92-106,125-130,131-135
3ron A:65-69,80-92,186-202,214-230
3ron B:65-69,80-91,186-201,218-230
3ibc A:106-113,115-130,148-153,154-158
3ibc C:365-375,415-430,449-453,454-458
3ibc C:406-413,415-430,449-453,454-458
3ibc A:65-75,115-130,148-153,154-158
3kjq A:232-241,288-302,322-326,328-332
3pno D:70-76,149-167,346-350,351-355
3pno B:70-76,149-167,346-350,351-355
3pno A:70-76,149-167,346-350,351-355
3tc5 A:19-28,131-142,143-153,154-163
3a51 D:9-13,21-34,34-41,42-49
2zr6 A:21-28,131-142,144-153,154-163
2ie8 A:210-217,217-227,261-267,275-280
2xp5 A:19-28,131-142,143-153,154-163
2ql9 C:365-375,415-430,449-453,454-458
2ql9 C:406-413,415-430,449-453,454-458
2ql7 C:365-375,415-430,449-453,454-458
2ql7 C:406-413,415-430,449-453,454-458
2xp6 A:19-28,131-142,143-153,154-163
3uk7 C:198-204,209-224,238-247,253-263
3uk7 A:5-11,16-31,43-54,60-72
3uk7 A:198-204,209-224,236-247,253-266
3uk7 C:5-11,16-31,43-54,60-72
3uk7 B:5-11,17-31,43-54,60-72
1zmr A:209-215,214-226,255-261,269-274
3i09 A:247-252,255-263,268-275,354-362
3i09 B:247-252,255-263,268-275,355-362
2xp8 A:20-28,131-142,144-153,154-163
3dpm A:371-375,498-512,518-524,558-564
3dpm B:371-375,498-512,518-524,558-564
3lfx B:18-24,47-58,59-66,68-77
2ppt A:8-16,50-60,63-69,117-124
2ppt B:8-16,50-60,63-69,117-124
2vrn A:10-16,21-36,47-54,56-64
2xyp A:42-52,92-107,126-130,131-135
2xyp A:83-90,92-107,126-130,131-135
3r6g A:237-245,247-261,282-286,288-292
3r6g A:198-207,247-261,282-286,288-292
2zqv A:21-28,131-142,145-153,154-163
2cno A:83-90,92-107,126-130,131-135
2cno A:42-52,92-107,126-130,131-135
3p4u A:42-52,92-107,126-130,131-135
3p4u C:42-52,92-107,126-130,131-135
3opt A:93-97,97-109,180-189,221-228
2fy3 A:96-103,281-292,559-568,569-578
3gra A:29-37,41-60,73-78,80-87
3gra B:29-37,41-60,73-78,80-87
2xyh A:83-90,92-107,126-130,131-135
2xyh A:42-52,92-107,126-130,131-135
3kag A:19-28,131-142,143-153,154-163
2xli A:2-10,16-36,45-50,51-55
3kal B:162-172,333-342,384-390,420-426
3kal A:162-172,333-343,384-390,420-426
3ijm A:62-67,85-104,108-116,117-125
3ijm B:62-67,88-103,108-116,117-125
3ibf A:105-113,115-130,149-153,154-158
3ibf C:365-375,415-429,449-453,454-458
3ibf C:406-413,415-429,449-453,454-458
3ibf A:65-75,115-130,149-153,154-158
3ieh A:176-183,189-204,207-212,213-218
3b2b A:213-220,220-230,264-270,278-283
3sf8 A:4-11,15-30,43-47,49-53
2xpb A:19-28,131-142,143-153,154-163
2xpa A:19-28,131-142,143-153,154-163
3en0 B:138-147,179-192,194-200,218-226
3en0 C:138-147,179-192,194-200,218-226
3en0 A:138-147,179-192,194-200,218-226
3mt6 R:57-65,98-106,117-122,171-175
3mt6 A:57-65,98-106,117-122,171-175
3mt6 B:57-65,98-106,117-122,171-175
3mt6 A:57-65,98-106,117-122,171-175
3mt6 Q:57-65,98-106,117-122,171-175
3b38 A:4-11,15-30,43-47,49-53
3dpn A:371-376,498-512,518-523,560-564
3dpn B:371-376,498-512,518-523,560-564
3r5j A:237-245,247-261,282-286,288-292
3r5j A:199-207,247-261,282-286,288-292
3q3v A:217-224,224-234,268-274,282-287
3kjn A:232-241,288-302,322-326,328-332
3rrm C:41-47,63-74,335-343,362-370
3kad A:19-28,131-142,144-153,154-163
2cnl A:83-90,92-106,125-130,131-135
2cnl A:42-52,92-106,125-130,131-135
2xp9 A:19-28,131-142,143-153,154-163
3pnm B:70-76,149-167,346-350,351-355
3pnm D:70-76,149-167,346-350,351-355
3pnm C:70-76,149-167,346-350,351-355
3pnm A:70-76,149-167,346-350,351-355
3i3r A:222-226,226-242,251-265,441-452
3i3r B:222-226,226-242,251-265,441-452
2cnk A:83-90,92-106,125-130,131-135
2cnk A:42-52,92-106,125-130,131-135
2qlf C:365-375,415-430,449-453,454-458
2qlf A:106-113,115-130,149-153,154-158
2qlf C:406-413,415-430,449-453,454-458
2qlf A:65-75,115-130,149-153,154-158
2c2m A:83-90,92-107,125-130,131-135
2c2m A:42-52,92-107,125-130,131-135
3ls9 A:59-65,103-122,421-426,428-433
2fp3 A:195-203,241-255,277-284,286-291
2xp3 A:19-28,131-142,143-153,154-163
3od5 A:82-90,92-107,126-130,131-135
3od5 B:42-52,92-107,126-130,131-135
3od5 B:82-90,92-107,126-130,131-135
3od5 A:42-52,92-107,126-130,131-135
3pov A:215-222,371-389,400-411,432-442
2rml A:44-51,56-68,101-108,112-119
2zr4 A:21-28,131-142,144-153,154-163
2qlj C:365-375,415-429,449-453,454-458
2qlj A:106-113,115-129,149-153,154-158
2qlj C:406-413,415-429,449-453,454-458
2qlj A:65-75,115-129,149-153,154-158
3qe9 Y:71-80,126-141,329-333,334-339
3b36 A:4-11,15-30,43-47,49-53
2fy5 A:96-103,281-292,559-568,569-578
3fhy A:116-121,150-159,181-189,197-208
3fhy B:116-121,150-159,181-189,197-210
2xp7 A:20-28,131-142,143-153,154-163
3kab A:19-28,131-142,143-153,154-163
3kaf A:19-28,131-142,143-153,154-163
3r7s A:237-245,247-261,282-286,288-292
3r7s A:199-207,247-261,282-286,288-292
2c2o A:42-52,92-106,125-130,131-135
2c2o A:83-90,92-106,125-130,131-135
3opw A:93-97,97-109,180-189,221-228
2vob A:337-347,512-524,544-550,579-585
2qlb C:365-375,415-430,449-453,454-458
2qlb C:406-413,415-430,449-453,454-458
2xyg A:83-90,92-107,126-130,131-135
2xyg A:42-52,92-107,126-130,131-135
3iyl U:153-163,202-221,226-230,231-237
2zqs A:21-28,131-142,144-153,154-163
3a4z D:9-13,21-34,34-41,42-49
2xp4 A:19-28,131-142,143-153,154-163
3k1u A:16-23,46-53,257-266,271-280
2ql5 C:365-375,415-430,449-453,454-458
2ql5 C:406-413,415-430,449-453,454-458
3b3a A:4-11,15-30,43-47,49-53
3kjr A:222-226,226-242,252-265,441-452
3kjr B:222-226,226-242,251-265,441-452
3ot1 A:7-14,18-33,45-50,52-57
3ot1 B:7-14,18-33,45-50,52-57
3pnu A:-1-5,260-273,304-310,325-331
3gjr C:42-52,92-106,126-130,131-135
3gjr C:83-90,92-106,126-130,131-135
3hpa A:89-95,127-146,439-445,447-452
3ghy A:3-8,10-24,43-49,50-56
2p2c G:73-80,82-96,117-121,123-127
2p2c C:73-80,82-96,117-121,123-127
2p2c A:73-80,82-96,117-121,123-127
2p2c G:34-42,82-96,117-121,123-127
2p2c C:34-42,82-96,117-121,123-127
2p2c A:34-42,82-96,117-121,123-127
2xlj A:2-10,16-36,45-50,51-55
2xlk B:2-10,16-36,45-50,51-55
3lft B:263-267,268-275,277-282,315-320
3lft A:262-267,268-275,277-282,315-320
3edr C:365-375,415-430,449-453,454-458
3edr C:406-413,415-430,449-453,454-458
2vak C:166-176,215-234,239-243,244-249
2vak J:166-176,215-234,239-243,244-249
2vak A:166-176,215-234,239-243,244-249
2vak I:166-176,215-234,239-243,244-249
2vak E:166-176,215-234,239-243,244-249
2vak B:166-176,215-234,239-243,244-249
2vak D:166-176,215-234,239-243,244-249
2vak F:166-176,215-234,239-243,244-249
2vak H:166-176,215-234,239-243,244-249
2vak L:166-176,215-234,239-243,244-249
2vak G:166-176,215-234,239-243,244-249
2vak K:166-176,215-234,239-243,244-249
3p45 K:83-90,92-107,125-130,131-135
3p45 M:82-90,92-107,125-130,131-135
3p45 G:42-52,92-106,125-130,131-135
3p45 I:83-90,92-107,125-130,131-135
3p45 I:42-52,92-107,125-130,131-135
3p45 A:83-90,92-106,125-130,131-135
3p45 O:83-90,92-107,125-130,131-135
3p45 K:42-52,92-107,125-130,131-135
3p45 C:83-90,92-107,125-130,131-135
3p45 G:83-90,92-106,125-130,131-135
3p45 E:82-90,92-106,125-130,131-135
3p45 M:42-52,92-107,125-130,131-135
3p45 E:42-52,92-106,125-130,131-135
3p45 C:42-52,92-107,125-130,131-135
3p45 A:42-52,92-106,125-130,131-135
3p45 O:42-52,92-107,125-130,131-135
3dja A:488-494,498-512,519-524,558-564
3dja B:371-375,498-512,518-524,558-564
3keu A:116-120,150-159,181-189,197-207
3keu B:116-121,150-159,181-189,197-210
2zqu A:21-28,131-142,144-153,154-163
1vsz C:400-405,526-533,797-807,857-867
3n6r I:473-477,480-491,609-620,623-630
3k2h B:222-226,226-242,251-265,441-452
3k2h A:222-226,226-242,251-265,441-452
3oob A:19-28,131-142,143-153,154-163
3mgk B:2-9,14-29,42-47,49-56
3mgk A:3-9,14-29,42-47,49-56
3h1p A:106-113,115-129,149-153,154-158
3h1p B:65-75,115-130,149-153,154-158
3h1p B:105-113,115-130,149-153,154-158
3h1p A:65-75,115-129,149-153,154-158
3r5k B:365-375,415-430,449-453,454-458
3r5k B:406-413,415-430,449-453,454-458
2nn3 D:98-105,107-121,140-145,146-151
2nn3 C:58-68,107-121,140-145,146-150
2nn3 D:58-68,107-121,140-145,146-151
2nn3 C:97-105,107-121,140-145,146-150
3s1s A:56-61,86-101,107-113,115-122
3ot2 A:74-81,117-132,134-142,143-150
3ot2 B:74-81,117-132,134-142,143-150
3cne D:3-10,15-29,41-46,48-53
3cne C:3-10,15-29,41-46,48-53
3cne A:4-10,15-29,41-46,48-53
3cne B:4-10,15-29,41-46,48-53
3kbi A:116-121,150-159,181-188,197-207
3l18 B:1-7,12-27,38-43,45-50
3l18 A:1-7,12-27,38-43,45-50
2zl0 H:59-67,100-108,119-124,173-177
3nr2 A:83-90,92-107,125-130,131-135
3nr2 B:42-52,92-107,125-130,131-135
3nr2 B:83-90,92-107,125-130,131-135
3nr2 A:42-52,92-107,125-130,131-135
3r7n A:237-245,247-261,282-286,288-292
3r7n A:198-207,247-261,282-286,288-292
3hln R:57-65,98-106,117-122,171-175
3hln G:57-65,98-106,117-122,171-175
3hln M:57-65,98-106,117-122,171-175
3hln I:57-65,98-106,117-122,171-175
3hln T:57-65,98-107,117-122,171-175
2cdr A:42-52,92-106,125-130,131-135
2cdr A:83-90,92-106,125-130,131-135
2zl3 K:59-67,100-108,119-124,173-177
2zr5 A:21-28,131-142,144-153,154-163
3odk A:19-28,131-142,145-153,154-163
3kah A:19-28,131-142,143-153,154-163
3nrr A:222-226,226-242,251-265,441-452
3nrr B:222-226,226-242,252-265,441-452
3pnq D:70-76,149-167,346-350,351-355
3pnq A:70-76,149-167,346-350,351-355
3pnq C:70-76,149-167,346-350,351-355
3pnq B:70-76,149-167,346-350,351-355
3p2a A:-1-7,41-52,54-60,108-115
3p2a C:1-7,41-51,54-60,108-115
3p2a B:-1-7,41-52,54-60,108-115
2ar9 A:198-206,208-223,247-253,255-259
2ar9 C:198-206,208-223,247-253,255-259
2ar9 C:159-168,208-223,247-253,255-259
2ar9 A:159-168,208-223,247-253,255-259
3o98 A:324-333,497-509,529-535,564-570
3o98 B:324-333,497-509,529-535,564-570
1zcn A:20-28,131-142,143-153,154-163
1yg8 B:57-65,98-106,117-123,170-175
1yg8 A:57-65,98-106,117-123,169-175