1. c.66.1 S-adenosyl-L-methionine-dependent methyltransferases
S-adenosyl-L-methionine-dependent methyltransferases core: 3 layers, a/b/a; mixed beta-sheet of 7 strands, order 3214576; strand 7 is antiparallel to the rest
2okc d2okca1 A:28-53,90-98,216-231,238-242
2okc d2okcb1 B:28-53,90-98,216-231,238-242
1boo d1booa_ A:232-242,296-308,313-327,329-333
2py6 d2py6a1 A:169-180,182-199,371-387,390-397
2py6 d2py6a1 A:161-170,182-199,371-387,390-397
2. a.98.1 R1 subunit of ribonucleotide reductase, N-terminal domain
R1 subunit of ribonucleotide reductase, N-terminal domain multihelical consists of two all-alpha subdomains ! subdomain 1 (residues 10-100) is a 4-helical bundle
1peu d1peua1 A:81-96,125-139,141-155,156-160
1peo d1peoa1 A:81-96,125-139,141-155,156-160
2bq1 d2bq1f1 F:81-96,125-139,141-155,156-160
1peq d1peqa1 A:81-96,125-139,141-155,156-160
2bq1 d2bq1e1 E:81-96,125-139,141-155,156-160
1pem d1pema1 A:81-96,125-139,141-155,156-160
3. i.1.1 Ribosome and ribosomal fragments
Ribosome and ribosomal fragments
2zkr d2zkro1 O:21-37,40-53,121-130,134-138
1s1i d1s1io_ O:22-41,42-55,123-132,136-140
3ccj d3ccjo1 O:4-22,23-36,97-106,110-114
1w2b d1w2bn_ N:4-22,23-36,97-106,110-114
3cc7 d3cc7o1 O:4-22,23-36,97-106,110-114
3ccu d3ccuo1 O:4-22,23-36,97-106,110-114
3cc4 d3cc4o1 O:4-22,23-36,97-106,110-114
3cpw d3cpwn1 N:4-22,23-36,97-106,110-114
3ccm d3ccmo1 O:4-22,23-36,97-106,110-114
3cc2 d3cc2o1 O:4-22,23-36,97-106,110-114
2qex d2qexo1 O:4-22,23-36,97-106,110-114
3ccs d3ccso1 O:4-22,23-36,97-106,110-114
3cme d3cmeo1 O:4-22,23-36,97-106,110-114
3cd6 d3cd6o1 O:4-22,23-36,97-106,110-114
3ccq d3ccqo1 O:4-22,23-36,97-106,110-114
3ccv d3ccvo1 O:4-22,23-36,97-106,110-114
3ccl d3cclo1 O:4-22,23-36,97-106,110-114
3cce d3cceo1 O:4-22,23-36,97-106,110-114
3cma d3cmao1 O:4-22,23-36,97-106,110-114
3ccr d3ccro1 O:4-22,23-36,97-106,110-114
2qa4 d2qa4o1 O:4-22,23-36,97-106,110-114
4. a.1.1 Globin-like
Globin-like core: 6 helices; folded leaf, partly opened
1cqx d1cqxa1 A:49-71,70-89,370-385,390-394
1cqx d1cqxb1 B:49-71,70-89,370-385,390-394
5. c.12.1 Ribosomal proteins L15p and L18e
Ribosomal proteins L15p and L18e core: three turns of irregular (beta-beta-alpha)n superhelix
1vq8 d1vq8o1 O:4-21,23-36,97-106,110-114
1ffk d1ffkl_ L:4-22,23-36,97-106,110-114
1vqo d1vqoo1 O:4-21,23-36,97-106,110-114
1vqn d1vqno1 O:4-22,23-36,97-106,110-114
1vq9 d1vq9o1 O:4-22,23-36,97-106,110-114
1vq5 d1vq5o1 O:4-22,23-36,97-106,110-114
1vqp d1vqpo1 O:4-22,23-36,97-106,110-114
1vq6 d1vq6o1 O:4-22,23-36,97-106,110-114
1vqm d1vqmo1 O:4-22,23-36,97-106,110-114
1vq4 d1vq4o1 O:4-22,23-36,97-106,110-114
2otj d2otjo1 O:4-22,23-36,97-106,110-114
1q7y d1q7yp_ P:4-22,23-36,97-106,110-114
1s72 d1s72o_ O:4-22,23-36,97-106,110-114
1vq7 d1vq7o1 O:4-22,23-36,97-106,110-114
1vql d1vqlo1 O:4-22,23-36,97-106,110-114
1jj2 d1jj2n_ N:4-22,23-36,97-106,110-114
1yhq d1yhqo1 O:4-22,23-36,97-106,110-114
1n8r d1n8rp_ P:4-22,23-36,97-106,110-114
1m90 d1m90p_ P:4-22,23-36,97-106,110-114
1vqk d1vqko1 O:4-22,23-36,97-106,110-114
1kd1 d1kd1p_ P:4-22,23-36,97-106,110-114
1nji d1njip_ P:4-22,23-36,97-106,110-114
1kc8 d1kc8p_ P:4-22,23-36,97-106,110-114
1kqs d1kqsn_ N:4-22,23-36,97-106,110-114
1qvf d1qvfn_ N:4-22,23-36,97-106,110-114
1k73 d1k73p_ P:4-22,23-36,97-106,110-114
1k8a d1k8ap_ P:4-22,23-36,97-106,110-114
1k9m d1k9mp_ P:4-22,23-36,97-106,110-114
1q86 d1q86p_ P:4-22,23-36,97-106,110-114
1q82 d1q82p_ P:4-22,23-36,97-106,110-114
2otl d2otlo1 O:4-22,23-36,97-106,110-114
1m1k d1m1kp_ P:4-22,23-36,97-106,110-114
1qvg d1qvgn_ N:4-22,23-36,97-106,110-114
1yjn d1yjno1 O:4-22,23-36,97-106,110-114
1yit d1yito1 O:4-22,23-36,97-106,110-114
1q81 d1q81p_ P:4-22,23-36,97-106,110-114
1yi2 d1yi2o1 O:4-22,23-36,97-106,110-114
1yij d1yijo1 O:4-22,23-36,97-106,110-114
1yj9 d1yj9o1 O:4-22,23-36,97-106,110-114
1yjw d1yjwo1 O:4-22,23-36,97-106,110-114
6. d.145.1 FAD-binding/transporter-associated domain-like
FAD-binding/transporter-associated domain-like consists of two alpha+beta subdomains
1jrp d1jrpc4 C:248-257,260-271,292-302,347-354
1jrp d1jrpe4 E:248-257,260-270,292-302,347-354
1jrp d1jrpg4 G:248-261,260-270,292-302,347-354
1jrp d1jrpa4 A:248-257,260-270,292-302,347-354
1jro d1jroe4 E:248-261,260-270,292-302,347-354
1jro d1jrog4 G:248-261,260-270,292-302,347-354
1jro d1jroc4 C:248-261,260-270,292-302,347-354
1jro d1jroa4 A:248-261,260-270,292-302,347-354
7. a.160.1 PAP/OAS1 substrate-binding domain this domain follows the catalytic nucleotidyltransferase domain !
PAP/OAS1 substrate-binding domain core: 5-helical bundle; up-and-down; right-handed twist
2dr8 d2dr8a1 A:141-159,171-183,184-195,198-204
2zh6 d2zh6a1 A:141-159,171-183,184-195,198-204
2zh2 d2zh2a1 A:144-159,171-183,184-195,198-204
1r8b d1r8ba1 A:141-159,171-183,184-195,198-204
2dr9 d2dr9a1 A:141-159,171-183,184-195,198-204
1r89 d1r89a1 A:141-159,171-183,184-195,198-204
2dvi d2dvia1 A:141-159,171-183,184-195,198-204
2zhb d2zhba1 A:144-159,171-183,184-195,198-204
2zh5 d2zh5a1 A:144-159,171-183,184-195,198-204
1ueu d1ueua1 A:144-159,171-183,184-195,198-204
2zh3 d2zh3a1 A:144-159,171-183,184-195,198-204
1tfy d1tfyd1 D:141-159,171-183,184-195,198-204
2zh4 d2zh4a1 A:144-159,171-183,184-195,198-204
1r8a d1r8aa1 A:141-159,171-183,184-195,198-204
2dr5 d2dr5a1 A:141-159,171-183,184-195,198-204
1tfw d1tfwb1 B:141-159,171-183,184-195,198-204
1tfy d1tfyb1 B:141-159,171-183,184-195,198-204
2zh1 d2zh1a1 A:144-159,171-183,184-195,198-204
2zh8 d2zh8a1 A:144-159,171-183,184-195,198-204
1uet d1ueta1 A:144-159,171-183,184-195,198-204
2dr7 d2dr7a1 A:144-159,171-183,184-195,198-204
1tfw d1tfwc1 C:141-159,171-183,184-195,198-204
1uev d1ueva1 A:144-159,171-183,184-195,198-204
1sz1 d1sz1b1 B:141-159,171-183,184-195,198-204
1sz1 d1sz1a1 A:141-159,171-183,184-195,198-204
1tfw d1tfwa1 A:141-159,171-183,184-195,198-203
1tfw d1tfwd1 D:141-159,171-183,184-195,198-203
1px5 d1px5a1 A:201-222,228-245,250-265,295-300
8. d.51.1 Eukaryotic type KH-domain (KH-domain type I) Prokaryotic and eukaryotic domains share a KH-motif but have different topologies !
Eukaryotic type KH-domain (KH-domain type I) beta-alpha(2)-beta(2)-alpha; 2 layers: alpha/beta
1tua d1tuaa1 A:22-33,55-72,74-84,86-93
1tua d1tuaa1 A:22-33,55-72,74-84,128-134
9. c.36.1 Thiamin diphosphate-binding fold (THDP-binding) there are two different functional modules of this fold: pyridine-binding (Pyr) and pyrophosphate-binding (PP) modules ! two Pyr and two PP modules assemble together in a conserved heterotetrameric core that binds two THDP coenzyme molecules !
Thiamin diphosphate-binding fold (THDP-binding) 3 layers: a/b/a; parallel beta-sheet of 6 strands, order 213465
2ozl d2ozla1 A:28-56,90-99,101-111,125-129
2ozl d2ozlc1 C:28-56,90-99,101-111,125-129
1ni4 d1ni4a_ A:28-56,90-99,101-111,125-129
1ni4 d1ni4c_ C:28-56,91-99,101-111,125-129
2bfb d2bfba1 A:53-81,112-123,125-135,150-154
1v1r d1v1ra_ A:53-81,112-123,125-135,150-154
1olu d1olua_ A:53-81,112-123,125-135,150-154
1x7w d1x7wa_ A:53-81,111-123,125-135,150-154
2bfc d2bfca1 A:53-81,111-123,125-135,150-154
1x80 d1x80a_ A:53-81,111-123,125-135,150-154
1x7y d1x7ya_ A:53-81,111-123,125-135,150-154
2bfd d2bfda1 A:53-81,115-123,125-135,150-154
1v16 d1v16a_ A:53-81,111-123,125-135,150-154
1v11 d1v11a_ A:53-81,111-123,125-135,150-154
1ols d1olsa_ A:53-81,111-123,125-135,150-154
1v1m d1v1ma_ A:53-81,111-123,125-135,150-154
2bfe d2bfea1 A:53-81,115-123,125-135,150-154
1x7x d1x7xa_ A:53-81,111-123,125-135,150-154
1wci d1wcia1 A:53-81,115-123,125-135,150-154
2bev d2beva1 A:53-81,115-123,125-135,150-154
1x7z d1x7za_ A:53-81,115-123,125-135,150-154
2beu d2beua1 A:53-81,115-123,125-135,150-154
2bff d2bffa1 A:53-81,115-123,125-135,150-154
1dtw d1dtwa_ A:53-81,115-123,125-135,150-154
2bew d2bewa1 A:53-81,115-123,125-135,150-154
1u5b d1u5ba_ A:53-81,115-123,125-135,150-154
1olx d1olxa_ A:53-81,115-123,125-135,150-154
2bp7 d2bp7c1 C:73-101,135-143,145-155,170-174
2bp7 d2bp7g1 G:73-101,135-143,145-155,170-174
1qs0 d1qs0a_ A:73-101,135-143,145-155,170-174
2bp7 d2bp7a1 A:73-101,135-143,145-155,170-174
2bp7 d2bp7e1 E:73-101,135-143,145-155,170-174
1um9 d1um9a_ A:34-62,97-105,107-117,132-136
1umd d1umda_ A:34-62,97-105,107-117,132-136
1umb d1umba_ A:34-62,97-105,107-117,132-136
1umb d1umbc_ C:34-62,97-105,107-117,132-136
1um9 d1um9c_ C:34-62,97-105,107-117,132-136
1umd d1umdc_ C:34-62,97-105,107-117,132-136
1umc d1umcc_ C:34-62,97-105,107-117,132-136
1umc d1umca_ A:34-62,97-105,107-117,132-136
10. b.82.1 RmlC-like cupins
Double-stranded beta-helix one turn of helix is made by two pairs of antiparallel strands linked with short turns ! has appearance of a sandwich of distinct architecture and jelly-roll topology
1pmi d1pmia_ A:213-232,239-254,256-266,284-289
11. a.39.1 EF-hand Duplication: consists of two EF-hand units: each is made of two helices connected with calcium-binding loop !
EF Hand-like core: 4 helices; array of 2 hairpins, opened
1qx5 d1qx5t_ T:5-21,28-40,117-129,134-138
1qx7 d1qx7i_ I:5-21,28-40,117-129,134-138
1qx7 d1qx7r_ R:5-21,28-40,117-129,134-138
1qx5 d1qx5j_ J:5-21,28-40,117-129,134-138
12. d.67.2 Arginyl-tRNA synthetase (ArgRS), N-terminal 'additional' domain
RRF/tRNA synthetase additional domain-like core: alpha-beta(2)-alpha-beta(2); 2 layers: alpha/beta
1f7v d1f7va3 A:18-26,30-48,50-59,67-72
13. c.81.1 Formate dehydrogenase/DMSO reductase, domains 1-3 molybdopterine enzyme !
Formate dehydrogenase/DMSO reductase, domains 1-3 contains of two similar intertwined domains related by pseudo dyad; duplication ! core: 3 layers: a/b/a; parallel beta-sheet of 5 strands, order 32451
2jim d2jima2 A:221-240,262-274,315-331,590-596
2v45 d2v45a2 A:221-240,262-274,315-331,590-596
2v3v d2v3va2 A:221-240,262-274,315-331,590-596
2jiq d2jiqa2 A:221-240,262-274,315-331,590-596
2jir d2jira2 A:221-240,262-274,315-331,590-596
2jip d2jipa2 A:221-240,262-274,315-331,590-596
2nap d2napa2 A:221-240,262-274,315-331,590-596
2jio d2jioa2 A:221-240,262-274,315-331,590-596
1ogy d1ogyk2 K:233-252,299-311,353-369,667-673
1ogy d1ogyc2 C:233-252,299-311,353-369,667-673
1ogy d1ogyg2 G:233-252,299-311,353-369,667-673
1ogy d1ogym2 M:233-252,299-311,353-369,667-673
1ogy d1ogyo2 O:233-252,299-311,353-369,667-673
1ogy d1ogya2 A:233-252,299-311,353-369,667-673
1ogy d1ogyi2 I:233-252,299-311,353-369,667-673
1ogy d1ogye2 E:233-252,299-311,353-369,667-673
14. c.41.1 Subtilisin-like
Subtilisin-like 3 layers: a/b/a, parallel beta-sheet of 7 strands, order 2314567; left-handed crossover connection between strands 2 & 3
1wmf d1wmfa2 A:256-277,281-293,311-318,428-434
1wmd d1wmda2 A:253-277,281-293,311-318,428-434
1wme d1wmea2 A:253-277,281-293,311-318,428-434
15. b.81.1 Trimeric LpxA-like enzymes superhelical turns are made of three short strands; duplication: the sequence hexapeptide repeats correspond to individual strands !
Single-stranded left-handed beta-helix superhelix turns are made of parallel beta-strands and (short) turns
1sst d1ssta_ A:55-71,70-89,101-120,143-149
1sst d1sstc_ C:55-71,70-89,101-120,143-149
1ssm d1ssma_ A:55-71,70-89,101-120,143-149
1sst d1sstb_ B:55-71,70-89,101-120,143-149
1ssm d1ssmb_ B:55-71,70-89,101-120,143-149
1ssm d1ssme_ E:55-71,70-89,101-120,143-149
1ssm d1ssmf_ F:55-71,70-89,101-120,143-149
1ssm d1ssmd_ D:55-71,70-89,101-120,143-149
1t3d d1t3da_ A:59-75,74-93,105-124,147-153
1t3d d1t3db_ B:59-75,74-93,105-124,147-153
1s80 d1s80c_ C:55-71,70-89,101-120,143-149
1s80 d1s80d_ D:55-71,70-89,101-120,143-149
1s80 d1s80a_ A:55-71,70-89,101-120,143-149
16. c.7.1 PFL-like glycyl radical enzymes duplication: the N- and C-terminal halves have similar topologies !
PFL-like glycyl radical enzymes contains: barrel, closed; n=10, S=10; accommodates a hairpin loop inside the barrel
1l1l d1l1lb_ B:8-20,47-63,71-92,93-97
1l1l d1l1lc_ C:8-20,47-63,71-92,93-97
17. c.23.17 Precorrin-8X methylmutase CbiC/CobH fold elaborated with additional structures !
Flavodoxin-like 3 layers, a/b/a; parallel beta-sheet of 5 strand, order 21345
1ou0 d1ou0a_ A:17-26,30-45,46-53,157-163
1ou0 d1ou0c_ C:16-26,31-45,46-53,157-163
1ou0 d1ou0b_ B:15-26,30-45,46-53,157-163
1ou0 d1ou0d_ D:16-25,30-45,46-53,157-163
18. c.73.1 Carbamate kinase-like the sheet topology is similar to those of undecaprenyl diphosphate synthase and the N-terminal domain of phosphoglycerate kinase !
Carbamate kinase-like 3 layers: a/b/a; mixed (mainly parallel) beta-sheet of 8 strands, order 34215786; strand 8 is antiparallel to the rest
2hmf d2hmfa1 A:61-85,86-115,118-145,147-152
2hmf d2hmfb1 B:61-85,86-115,118-145,147-152
2hmf d2hmfc1 C:61-85,86-115,118-145,147-152
2hmf d2hmfd1 D:61-85,86-115,118-145,147-152
19. c.3.1 FAD/NAD(P)-binding domain
FAD/NAD(P)-binding domain core: 3 layers, b/b/a; central parallel beta-sheet of 5 strands, order 32145; top antiparallel beta-sheet of 3 strands, meander
1w4x d1w4xa2 A:298-318,319-327,343-351,352-358
20. e.3.1 beta-lactamase/transpeptidase-like
beta-lactamase/transpeptidase-like contains a cluster of helices and an alpha+beta sandwich
3dwk d3dwkc2 C:396-414,471-483,504-518,519-523
3dwk d3dwka2 A:396-414,471-483,504-518,519-523
3dwk d3dwkb2 B:396-414,471-483,504-518,519-523
3dwk d3dwkd2 D:396-414,471-483,504-518,519-523
2olv d2olvb2 B:396-414,471-483,504-518,519-523
2olu d2olua2 A:396-414,471-483,504-518,519-523
2olv d2olva2 A:396-414,471-483,504-518,519-523
21. e.23.1 Acetyl-CoA synthetase-like
Acetyl-CoA synthetase-like 4 domains: (1&2) duplication: share the same alpha/beta fold; (3) beta-barrel; (4) alpha+beta
1t5d d1t5dx_ X:3-16,31-50,207-222,223-228
3cw9 d3cw9b1 B:3-16,31-50,207-222,223-228
3cw9 d3cw9a1 A:3-16,31-50,207-222,223-228
1t5h d1t5hx_ X:3-16,31-50,207-222,223-228
22. c.58.1 Aminoacid dehydrogenase-like, N-terminal domain
Aminoacid dehydrogenase-like, N-terminal domain core: 3 layers: a/b/a; parallel beta-sheet of 4 strands; 2134
1hrd d1hrda2 A:18-33,46-54,99-118,121-129
1k89 d1k89a2 A:18-33,46-54,99-118,121-130
1hrd d1hrdb2 B:18-33,46-54,99-118,121-130
1hrd d1hrdc2 C:18-33,46-54,99-118,121-130
1euz d1euzb2 B:4-22,24-34,79-98,100-111
1euz d1euza2 A:4-22,24-34,79-98,100-111
1v9l d1v9lb2 B:4-22,24-34,79-98,100-109
1euz d1euzd2 D:4-22,24-34,79-98,100-111
1gtm d1gtmc2 C:3-21,23-33,78-97,99-110
1euz d1euzc2 C:4-22,24-34,79-98,100-111
1euz d1euzf2 F:4-22,24-34,79-98,100-111
23. d.369.1 SMI1/KNR4-like
SMI1/KNR4-like alpha(4)-beta(4)-alpha; 3 layers: a/b/a; antiparallel beta-sheet, order 1234(meander)
2prv d2prvb1 B:24-36,40-51,68-82,86-94
2prv d2prva1 A:24-36,40-50,68-82,86-94
2icg d2icga1 A:27-39,43-54,78-90,95-102
24. a.25.1 Ferritin-like contains bimetal-ion centre in the middle of the bundle !
Ferritin-like core: 4 helices; bundle, closed, left-handed twist; 1 crossover connection
1yv1 d1yv1b1 B:28-58,59-89,135-163,170-176
1yv1 d1yv1a1 A:28-58,59-89,135-163,170-176
2cwl d2cwlb1 B:35-50,56-86,171-201,259-264
25. a.211.1 HD-domain/PDEase-like
HD-domain/PDEase-like multihelical; consists of two different alpha-helical bundles
2hek d2heka1 A:50-70,144-156,181-189,194-200
2hek d2hekb1 B:50-70,144-156,181-189,194-200
2o6i d2o6ib1 B:62-86,169-178,203-211,216-222
2o6i d2o6ia1 A:62-86,169-178,203-211,216-222
26. c.117.1 Amidase signature (AS) enzymes
Amidase signature (AS) enzymes possible duplication: the topologies of N- and C-terminal halves are similar; 3 layers: a/b/a; single mixed beta-sheet of 10 strands, order 213549A867 (A=10); strands from 5 to 9 are antiparallel to the rest
1mt5 d1mt5c_ C:37-67,92-112,118-128,179-186
1mt5 d1mt5m_ M:37-67,92-112,118-128,179-186
1mt5 d1mt5a_ A:37-67,92-112,118-128,179-186
1mt5 d1mt5g_ G:37-67,92-112,118-128,179-186
1mt5 d1mt5i_ I:37-67,92-112,118-128,179-186
1mt5 d1mt5m_ M:37-67,92-112,118-128,137-142
1mt5 d1mt5b_ B:37-67,92-112,118-128,179-186
1mt5 d1mt5f_ F:37-67,92-112,118-128,179-186
1mt5 d1mt5j_ J:37-67,92-112,118-128,179-186
1mt5 d1mt5o_ O:37-67,92-112,118-128,179-186
1mt5 d1mt5j_ J:37-67,92-112,118-128,137-142
1mt5 d1mt5a_ A:37-67,92-112,118-128,137-142
1mt5 d1mt5c_ C:37-67,92-112,118-128,137-142
1mt5 d1mt5b_ B:37-67,92-112,118-128,137-143
1mt5 d1mt5i_ I:37-67,92-112,118-128,137-142
1mt5 d1mt5o_ O:37-67,92-112,118-128,137-142
1mt5 d1mt5g_ G:37-67,92-112,118-128,137-142
1mt5 d1mt5f_ F:37-67,92-112,118-128,137-142
1mt5 d1mt5l_ L:37-67,92-112,120-128,179-186
1mt5 d1mt5p_ P:37-67,92-112,118-128,137-142
1mt5 d1mt5l_ L:37-67,92-112,120-128,137-142
1mt5 d1mt5e_ E:37-67,92-112,120-128,179-186
1mt5 d1mt5d_ D:37-67,92-112,120-128,179-186
1mt5 d1mt5h_ H:37-67,92-112,120-128,179-186
1mt5 d1mt5h_ H:37-67,92-112,120-128,137-142
1mt5 d1mt5k_ K:37-67,92-112,120-128,179-186
1mt5 d1mt5d_ D:37-67,92-112,120-128,137-142
1mt5 d1mt5n_ N:37-67,92-112,120-128,179-186
1mt5 d1mt5e_ E:37-67,92-112,120-128,137-143
1mt5 d1mt5k_ K:37-67,92-112,120-128,137-142
1mt5 d1mt5n_ N:37-67,92-112,120-128,137-143
27. d.294.1 EndoU-like similarity to the RNase A-like superfamily (
EndoU-like comprises several helices and two three-stranded antiparallel beta-sheets; similar architecture to the RNase A-like fold (scop_cf 54075)
2rhb d2rhbb2 B:217-226,231-238,298-309,336-344
28. a.296.1 PMT central region-like
PMT central region-like multihelical; comprises two four-helical bundles of different topologies and an irregular helical array packed against a small beta-sheet
2ec5 d2ec5b1 B:688-704,708-720,851-873,1053-1058
29. e.8.1 DNA/RNA polymerases "palm" domain has a ferredoxin-like fold, related to that of an adenylyl cyclase domain !
DNA/RNA polymerases divided into morphological domains including "palm", "thumb" and "fingers"; the catalytic "palm" domain is conserved to all members
1msw d1mswd_ D:100-110,110-130,133-158,744-750
1s77 d1s77d_ D:100-110,110-130,133-159,745-749
30. d.261.1 Hypothetical protein PH1602
Hypothetical protein PH1602 complex alpha+beta fold; contains a region of similarity to the ferredoxin-like fold
1uc2 d1uc2a_ A:150-159,162-169,275-312,319-328
1uc2 d1uc2b_ B:150-159,162-169,275-312,320-328
31. a.152.1 AhpD-like probable biological unit contains six domains of this fold arranged with 32 symmetry !
AhpD-like multihelical; contains 4-helical bundle and 2-helical arm
2ijc d2ijcf1 F:31-47,48-63,116-141,140-144
32. d.143.1 SAICAR synthase-like shares functional and structural similarities with the ATP-grasp fold and protein kinase superfamilies !
SAICAR synthase-like consists of two alpha+beta subdomains
1bo1 d1bo1a_ A:99-111,113-125,153-164,182-192
1bo1 d1bo1b_ B:99-111,113-125,153-164,182-192
1bo1 d1bo1a_ A:99-111,113-125,163-175,182-192
1bo1 d1bo1b_ B:99-111,113-125,163-175,182-192
33. c.37.1 P-loop containing nucleoside triphosphate hydrolases division into families based on beta-sheet topologies !
P-loop containing nucleoside triphosphate hydrolases 3 layers: a/b/a, parallel or mixed beta-sheets of variable sizes
1fpm d1fpmb_ B:203-212,214-226,305-322,522-528
1qvr d1qvrb3 B:758-781,787-800,803-827,831-840
1qvr d1qvra3 A:758-781,787-800,803-827,831-840
1qvr d1qvrc3 C:758-781,787-800,803-827,831-841
34. e.26.1 Prismane protein-like
Prismane protein-like 3 domains: (1) spectrin repeat-like 3-helical bundle; (2 and 3) alpha/beta: Rossmann-fold topology
1su6 d1su6a_ A:161-169,169-180,525-544,575-581
1jqk d1jqkf_ F:165-172,173-184,530-549,580-586
1jqk d1jqka_ A:165-172,173-184,530-549,580-586
1jqk d1jqkc_ C:165-172,173-184,530-549,580-586
1jqk d1jqkd_ D:165-172,173-184,530-549,580-586
1jqk d1jqke_ E:165-172,173-184,530-549,580-586
1jqk d1jqkb_ B:165-172,173-184,530-549,580-586
35. d.178.1 Aromatic aminoacid monoxygenases, catalytic and oligomerization domains
Aromatic aminoacid monoxygenases, catalytic and oligomerization domains unusual fold
1toh d1toha_ A:342-357,360-377,414-421,430-436
2toh d2toha_ A:342-357,360-377,414-421,430-436
36. c.85.1 FucI/AraA N-terminal and middle domains
FucI/AraA N-terminal and middle domains consists of two domains of similar topology, 3 layers (a/b/a) each ! Domain 1 (1-173) has parallel beta-sheet of 5 strands, order 21345 ! Domain 2 (174-355) has parallel beta-sheet of 4 strands, order 2134
1fui d1fuic2 C:223-238,254-276,420-431,445-452
1fui d1fuid2 D:223-238,252-276,420-431,445-452
1fui d1fuib2 B:223-238,252-276,420-431,445-452
1fui d1fuia2 A:223-238,252-276,420-431,445-452
1fui d1fuif2 F:223-238,253-276,420-431,445-452
1fui d1fuie2 E:223-238,253-276,420-431,445-452
37. d.165.1 Ribosome inactivating proteins (RIP)
Ribosome inactivating proteins (RIP) contains mixed beta-sheet
1mom d1moma_ A:143-165,164-175,182-192,212-218
1j4g d1j4gc_ C:143-165,164-175,182-192,212-218
1d8v d1d8va_ A:141-163,162-173,180-201,210-216
38. d.111.1 PR-1-like
PR-1-like alpha-beta-alpha-beta-alpha(2)-beta(2); 3 layers, alpha/beta/alpha; mixed sheet: order 1342
1cfe d1cfea_ A:3-19,26-44,63-75,103-113
1smb d1smba_ A:4-25,32-50,75-90,112-123
39. c.1.8 (Trans)glycosidases
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
1mw1 d1mw1a2 A:54-75,76-90,261-279,281-286
1zs2 d1zs2a2 A:54-75,76-90,261-279,281-286
1mvy d1mvya2 A:54-75,76-90,261-279,281-286
1mw2 d1mw2a2 A:54-75,76-90,261-279,281-286
1mw3 d1mw3a2 A:54-75,76-90,261-279,281-286
1jgi d1jgia2 A:54-75,76-90,261-279,281-286
1s46 d1s46a2 A:54-75,76-90,261-279,281-286
1mw0 d1mw0a2 A:54-75,76-90,261-279,281-286
40. b.2.5 p53-like transcription factors
Common fold of diphtheria toxin/transcription factors/cytochrome f sandwich; 9 strands in 2 sheet; greek-key; subclass of immunoglobin-like fold
1bg1 d1bg1a2 A:500-517,521-534,560-577,604-611
1bf5 d1bf5a2 A:494-511,515-528,553-570,597-604
List of motif hits that are not present in SCOP but are found in PDB for pattern ID: 222 (enumeration index: query33) of S4
3pxi B:715-738,744-758,760-784,790-798
3pxi C:715-738,744-758,760-784,790-798
3pxi A:715-738,744-758,760-784,790-798
3gvd E:59-75,74-93,105-124,147-153
3gvd G:59-75,74-93,105-124,147-153
3gvd A:59-75,74-93,105-124,147-153
3gvd H:59-75,74-93,105-124,147-153
3gvd K:59-75,74-93,105-124,147-153
3gvd D:59-75,74-93,105-124,147-153
3gvd C:59-75,74-93,105-124,147-153
3gvd B:59-75,74-93,105-124,147-153
3gvd F:59-75,74-93,105-124,147-153
3gvd I:59-75,74-93,105-124,147-153
2wj1 B:34-67,92-112,118-128,178-186
2wj1 B:34-67,92-112,118-128,136-142
2wj1 A:34-67,92-112,118-128,178-186
2wj1 A:34-67,92-112,118-128,136-142
1zth A:3-15,20-32,32-46,72-83
1zth B:3-15,20-32,32-46,72-83
3e8p A:13-32,69-94,97-108,151-163
3e8p C:13-32,69-94,97-108,151-163
1yvl A:494-511,515-528,553-570,597-604
1yvl B:1494-1511,1515-1528,1553-1570,1597-1604
3pr0 B:33-67,92-112,118-128,178-186
3pr0 A:33-67,92-112,118-128,178-186
3pr0 B:33-67,92-112,118-128,136-142
3pr0 A:33-67,92-112,118-128,136-142
1zzd A:127-136,166-180,182-196,197-201
3doh B:153-160,204-212,212-220,279-286
2vze A:45-61,82-102,265-280,280-287
2vze C:45-61,82-102,265-280,280-287
2vze B:45-61,82-102,265-280,280-287
3emd A:7-19,20-30,228-247,250-255
2xzl A:355-372,376-385,578-589,592-598
2epg B:151-160,163-170,276-312,318-329
2epg A:151-160,163-170,276-312,318-329
3k7f B:33-67,92-112,118-128,178-186
3k7f B:33-67,92-112,118-128,136-142
3k7f A:32-67,92-112,118-128,178-186
3k7f A:32-67,92-112,118-128,136-142
3bq9 B:24-44,90-112,212-220,226-231
3bq9 A:24-44,90-112,212-220,226-231
3g4s O:4-22,23-36,97-106,110-114
2qvy X:3-16,31-50,207-222,223-228
3hnf A:127-136,166-180,182-196,197-201
3hnf B:127-136,166-180,182-196,197-201
3elu A:7-19,20-30,228-247,250-255
3c20 A:61-85,86-115,118-145,147-152
3c20 B:61-85,86-115,118-145,147-152
3hne A:127-136,166-180,182-196,197-201
3hne B:127-136,166-180,182-196,197-201
3h1m A:191-209,211-225,227-236,254-259
3d5p B:15-27,31-42,57-69,77-85
3d5p A:15-27,31-42,57-69,77-85
2cvy A:127-136,166-180,182-196,197-201
3eq6 A:45-61,82-102,265-280,280-287
3eq6 B:45-61,82-102,265-280,280-287
2wj2 A:33-67,92-112,118-128,178-186
2wj2 B:33-67,92-112,118-128,178-186
2wj2 A:33-67,92-112,118-128,136-142
2wj2 B:33-67,92-112,118-128,136-143
2cvx A:127-136,166-180,182-196,197-201
3ouy A:141-159,171-183,184-195,198-204
2gjk A:416-434,438-447,642-652,656-662
3fce A:2-15,28-48,196-210,210-216
3lj6 B:33-67,92-112,118-128,136-143
3lj6 A:34-67,92-112,118-128,178-186
3lj6 B:33-67,92-112,118-128,178-186
3lj6 A:34-67,92-112,118-128,136-143
3irh B:62-86,169-178,203-211,216-222
3irh A:62-86,169-178,203-211,216-222
3irh C:62-86,169-178,203-211,216-222
3irh D:62-86,169-178,203-211,216-222
1zp9 B:2-15,20-32,32-46,72-83
1zp9 A:3-15,20-32,32-46,72-83
2giz B:11-29,42-56,85-100,125-134
2giz A:11-29,42-56,85-100,125-134
3dlp X:3-16,31-50,207-222,223-228
3ivr A:8-21,34-53,213-227,227-232
2ylt A:298-318,319-327,343-350,352-358
2c43 A:150-159,163-174,175-198,207-213
3exg O:28-56,90-99,101-111,125-129
3exg S:28-56,90-99,101-111,125-129
3exg A:28-56,90-99,101-111,125-129
3exg E:28-56,90-99,101-111,125-129
3exg Q:28-56,90-99,101-111,125-129
3exg W:28-56,90-99,101-111,125-129
3exg I:28-56,90-99,101-111,125-129
3exg M:28-56,90-99,101-111,125-129
3exg C:28-56,90-99,101-111,125-129
3exg 5:28-56,90-99,101-111,125-129
3exg 3:28-56,90-99,101-111,125-129
3exg G:28-56,90-99,101-111,125-129
3exg Y:28-56,90-99,101-111,125-129
3exg 1:28-56,90-99,101-111,125-129
3exg U:28-56,90-99,101-111,125-129
3exg K:28-56,90-99,101-111,125-129
2wjv A:416-434,438-447,642-652,656-662
2wjv B:416-434,438-447,642-652,656-662
2w54 A:248-261,260-271,292-302,347-354
2w54 C:248-261,260-271,292-302,347-354
2w54 G:248-261,260-270,292-302,347-354
2w54 E:248-261,260-271,292-302,347-354
2pmb B:32-49,95-116,218-226,232-237
2pmb D:33-49,95-116,218-226,232-237
2pmb C:33-49,95-116,218-226,232-237
2pmb A:33-49,95-116,218-226,232-237
3lss A:170-179,200-221,428-441,444-448
3a9r B:228-244,257-281,424-435,449-456
3a9r C:228-244,257-281,424-435,449-456
3a9r A:228-244,257-281,424-435,449-456
2zlg A:127-136,166-180,182-196,197-201
2ym1 A:298-318,319-327,343-351,352-358
3hi0 A:331-350,428-450,452-460,470-476
2cvt A:127-136,166-180,182-196,197-201
2was A:1783-1791,1792-1802,1804-1824,1836-1841
2oxt D:2-20,21-31,230-249,251-256
3o24 A:16-26,40-52,54-73,100-108
3o24 A:16-26,40-52,54-73,185-194
3t38 A:9-26,30-50,52-75,109-118
3aoe F:11-29,32-42,87-106,108-119
3aoe A:13-31,33-43,88-107,109-120
1xta B:11-29,42-56,85-100,125-134
1xta A:11-29,42-56,85-100,125-134
2qvx X:3-16,31-50,207-222,223-228
1xx5 A:11-29,42-56,85-100,125-134
2o8b B:629-641,656-664,674-695,705-709
3hnd A:127-136,166-180,182-196,197-201
3a9u A:23-30,51-70,234-249,250-255
3k84 B:32-67,92-112,118-128,178-186
3k84 B:32-67,92-112,118-128,136-142
3k84 A:33-67,92-112,118-128,136-142
3k84 A:33-67,92-112,118-128,178-186
3qj8 A:33-67,92-112,118-128,178-186
3qj8 B:33-67,92-112,118-128,136-142
3qj8 B:33-67,92-112,118-128,178-186
3qj8 A:33-67,92-112,118-128,136-142
3k92 F:16-33,35-45,90-109,111-122
3k92 B:16-33,35-45,90-109,111-122
3k92 E:12-33,35-45,90-109,111-122
3k92 C:16-33,35-45,90-109,111-122
3qji A:143-165,164-175,182-192,212-218
2e3u A:53-64,86-103,105-115,160-166
2e3u A:53-64,86-103,105-115,117-124
2cvs A:127-136,166-180,182-196,197-201
2cg5 A:150-159,163-174,175-198,207-213
3f6t A:18-29,28-38,469-482,488-492
3f6t B:18-29,28-38,469-482,488-492
3aev B:53-64,86-103,105-115,160-166
3aev B:53-64,86-103,105-115,117-123
2gk7 A:416-434,438-447,642-652,656-661
2w3r A:248-261,260-270,292-302,347-354
2w3r G:248-261,260-270,292-302,347-354
2w3r C:248-261,260-270,292-302,347-354
2w3r E:248-261,260-270,292-302,347-354
4a1e N:24-42,43-55,123-132,136-140
3gh1 A:30-46,92-115,215-223,229-234
3gh1 C:30-46,92-113,215-223,229-234
3gh1 D:30-46,92-113,215-223,229-234
3gh1 B:30-46,92-113,215-223,229-234
2y7c B:23-44,83-91,218-233,243-247
2y7c C:23-44,83-91,218-233,243-247
3ovs B:144-159,171-183,184-195,198-204
3ovs A:141-159,171-183,184-195,198-204
2gk6 B:416-434,438-447,642-652,656-662
2gk6 A:416-434,438-447,642-652,656-662
3ovb A:141-159,171-183,184-195,198-204
3lj7 B:33-67,92-112,118-128,178-186
3lj7 A:33-67,92-112,118-128,178-186
3lj7 B:33-67,92-112,118-128,136-143
3lj7 A:33-67,92-112,118-128,136-142
2y0p A:475-501,541-551,553-563,579-588
2y0p B:475-501,541-551,553-563,579-588
2y0p C:475-501,541-551,553-563,579-588
2y0p D:475-501,541-551,553-563,579-588
3i74 B:536-556,559-571,601-608,746-757
3i74 A:536-556,559-571,601-608,746-757
2wgh A:127-136,166-180,182-196,197-201
2wgh B:127-136,166-180,182-196,197-201
3qkv B:35-67,92-112,118-128,136-142
3qkv B:35-67,92-112,118-128,178-186
3qkv A:33-67,92-112,118-128,136-142
3exf G:28-56,90-99,101-111,125-129
3exf C:28-56,90-99,101-111,125-129
3exf A:28-56,90-99,101-111,125-129
3exf E:28-56,90-99,101-111,124-129
3njs A:143-165,164-175,182-192,212-218
2ylr A:298-318,319-327,343-350,352-358
3oj8 B:33-67,92-112,118-128,178-186
3oj8 A:33-67,92-112,118-128,178-186
3oj8 B:33-67,92-112,118-128,136-143
3oj8 A:33-67,92-112,118-128,136-143
3i4x A:9-19,33-45,47-63,87-95
3i4x A:9-19,33-45,47-63,172-181
3i4x B:9-19,33-45,47-63,172-181
3i4x B:9-19,33-45,47-63,87-95
2ym2 A:298-318,319-328,343-351,352-358
3oby B:21-33,112-127,289-299,313-318
3oby A:21-33,112-127,289-300,313-318
3i56 O:4-22,23-36,97-106,110-114
1zvu A:39-50,66-76,126-136,151-156
3if8 B:443-452,456-482,484-502,509-514
2wjy A:416-434,438-447,642-652,656-662
3c1n A:61-84,86-115,118-145,147-152
3c1n C:61-85,86-115,118-145,147-152
3c1n D:61-84,86-115,118-145,147-152
3c1n B:61-85,86-115,118-145,147-152
3exi A:28-56,90-99,101-111,125-129
3hrr B:1335-1343,1354-1374,1538-1556,1572-1577
3hrr A:1335-1343,1354-1374,1538-1556,1572-1577
3gwf A:292-312,313-321,335-343,344-350
3qo5 A:153-162,181-203,407-420,423-427
3nah B:82-101,305-329,331-340,346-353
3nah A:82-101,305-329,331-340,346-353
3gpc A:45-61,82-102,265-280,280-287
3gpc B:45-61,82-102,265-280,280-287
3le7 A:161-183,182-193,200-210,228-234
2xzo A:416-434,438-447,642-652,656-662
2qw0 X:3-16,31-50,207-222,223-228
3o5a A:233-252,299-311,353-369,667-673
3o58 R:23-41,42-54,123-132,136-140
3afg A:357-377,380-392,411-418,504-516
3afg B:358-377,380-392,411-421,504-516
3i4z A:9-19,33-45,47-63,87-95
3i4z A:9-19,33-45,47-63,172-181
3i4z B:9-19,33-45,47-63,87-95
3i4z B:9-19,33-45,47-63,172-181
3o84 A:29-42,55-74,249-257,257-263
3o84 B:29-42,55-74,249-257,257-263
3a9s B:228-244,257-281,424-435,449-456
3a9s C:228-244,257-281,424-435,449-456
3a9s A:228-244,257-281,424-435,449-456
3iyl W:80-104,114-128,130-138,155-160
2hx6 A:3-37,46-58,60-71,127-137
3ova A:144-159,171-183,184-195,198-204
2ylw A:298-318,319-327,343-351,352-358
3k8t A:127-136,166-180,182-196,197-201
3h1w A:191-210,211-225,227-236,254-259
3o2k A:16-26,40-52,54-70,100-108
3o2k A:16-26,40-52,54-70,185-194
2byd A:150-159,163-174,175-198,207-213
2yfq A:6-23,25-35,80-99,101-111
3h39 B:6-15,16-34,41-50,56-62
3qj9 B:34-67,92-112,118-128,178-186
3qj9 A:33-67,92-112,118-128,178-186
3qj9 B:34-67,92-112,118-128,136-142
3qj9 A:33-67,92-112,118-128,136-142
3ite A:16-29,52-71,230-244,245-250
3ite B:16-29,52-71,230-244,245-250
3mz8 B:11-29,42-56,85-100,125-134
3mz8 A:11-29,42-56,85-100,125-134
2nya A:224-243,289-301,343-359,657-663
2nya F:224-243,289-301,343-359,657-663
2zlf A:127-136,166-180,182-196,197-201
3qo8 A:153-162,181-203,407-420,423-427
2cvu A:127-136,166-180,182-196,197-201
3h3a B:7-15,16-34,41-50,54-62
3h3a A:6-15,16-34,41-50,56-62
3mc4 B:61-77,76-95,107-126,150-155
3mc4 A:61-77,76-95,107-126,149-155
3l8c B:0-13,26-45,194-208,208-213
3l8c A:0-13,26-45,194-208,208-213
3gwd A:292-312,313-321,335-343,344-350
2v7b A:24-37,50-69,236-251,250-257
2v7b B:24-37,50-69,236-251,250-256
3day A:45-61,82-102,265-280,280-287
3o5h R:23-41,42-54,123-132,136-140
2wap B:33-67,92-112,120-128,178-186
2wap A:33-67,92-112,120-128,178-186
2wap B:33-67,92-112,120-128,136-143
2wap A:33-67,92-112,120-128,136-143
4a1c N:24-42,43-55,123-132,136-140
3cw8 X:3-16,31-50,207-222,223-228
3izr R:31-41,42-55,122-131,135-139
3izr R:23-32,42-55,122-131,135-139
3ov7 A:141-159,171-183,184-195,198-204
3emb A:7-19,20-30,228-247,250-255
2wfp A:191-210,211-225,227-236,254-259
3lgx A:0-13,26-45,194-208,208-213
3lgx B:0-13,26-45,194-208,208-213
3lgx C:0-13,26-45,194-208,208-213
3lgx D:0-13,26-45,194-208,208-213
1zx4 A:206-221,223-235,248-274,276-281
3t6p A:393-403,405-421,426-452,605-609
3cwg B:1500-1517,1521-1534,1560-1577,1604-1611
2xax C:168-184,185-203,208-218,462-469
3hnc A:127-136,166-180,182-196,197-201
3hnc B:127-136,166-180,182-196,197-201
2cvv A:127-136,166-180,182-196,197-201
3o82 A:29-42,55-74,249-257,257-263
3o82 B:29-42,55-74,249-257,257-263
3h37 A:6-15,16-34,41-50,56-62
3r0z A:1-12,11-20,308-317,356-362
3cxc N:4-22,23-36,97-106,110-114
3exh C:28-56,91-99,101-111,125-129
3exh E:28-56,90-99,101-111,125-129
3exh G:28-56,90-99,101-111,125-129
3exh A:28-56,90-99,101-111,125-129
3b7w A:45-61,82-102,265-280,280-287
2j9f A:53-81,115-123,125-135,150-154
2j9f C:53-81,115-123,125-135,150-154
3ib5 A:66-75,77-97,110-120,146-160
3ppm B:33-67,92-112,118-128,178-186
3ppm A:33-67,92-112,118-128,178-186
3ppm B:33-67,92-112,118-128,136-143
3ppm A:33-67,92-112,118-128,136-143
3g71 O:4-22,23-36,97-106,110-114
3elw A:7-19,20-30,228-247,250-255
2yid A:475-501,541-551,553-563,579-588
2yid D:475-501,541-551,553-563,579-588
2yid B:475-501,541-551,553-563,579-588
2yid C:475-501,541-551,553-563,579-588
1zyz A:127-136,166-180,182-196,197-201
1zyz B:127-136,166-180,182-196,197-201
2wd9 A:45-61,82-102,265-280,280-287
2wd9 C:45-61,82-102,265-280,280-287
2wd9 B:45-61,82-102,265-280,280-287
4a17 N:24-42,43-55,123-132,136-140
3u1n D:163-187,294-303,330-338,345-353
3u1n B:163-187,294-303,330-338,345-353
3u1n C:163-187,294-303,330-338,345-353
3u1n A:163-187,294-303,330-338,345-353
3aog B:13-31,33-43,88-107,109-120
3aog H:13-31,33-43,88-107,109-120
3aog G:13-31,33-43,88-107,109-120
3k83 B:33-67,92-112,118-128,178-186
3k83 A:34-67,92-112,118-128,178-186
3k83 B:33-67,92-112,118-128,136-142
3k83 A:34-67,92-112,118-128,136-142
2eud A:127-136,166-180,182-196,197-201
3g6e O:4-22,23-36,97-106,110-114
3i55 O:4-22,23-36,97-106,110-114
2ylx A:298-318,319-328,343-351,352-358
2w55 A:248-261,260-270,292-302,347-354
2w55 C:248-261,260-271,292-302,347-354
2w55 E:248-261,260-271,292-302,347-354
2w55 G:248-261,260-270,292-302,347-354
2ylz A:298-318,319-327,343-351,352-358
2qvz X:3-16,31-50,207-222,223-228
2je5 B:458-475,534-543,563-577,578-584
2q14 A:54-77,148-157,182-190,195-201
2q14 E:54-77,148-157,182-190,195-201
2q14 F:54-77,148-157,182-190,195-201
2q14 B:54-77,148-157,182-190,195-201
2q14 D:54-77,148-157,182-190,195-201
2q14 G:54-77,148-157,182-190,195-201
2q14 C:54-77,148-157,182-190,195-201
2q14 H:54-77,148-157,182-190,195-201
3dhv A:2-15,28-48,196-210,210-216
3h1y A:191-210,211-225,227-236,254-259
3c1m A:61-85,86-115,118-145,147-152
3c1m D:61-85,86-115,118-145,147-152
3c1m B:61-85,86-115,118-145,147-152
3c1m C:61-85,86-115,118-145,147-152
2xsn B:372-387,390-407,444-451,460-466
2xsn C:372-387,390-407,444-451,460-466
2xsn A:372-387,390-407,444-451,460-466
2xsn D:372-387,390-407,444-451,460-466
3qk5 A:33-67,92-112,118-128,178-186
3qk5 B:33-67,92-112,118-128,178-186
3qk5 B:33-67,92-112,118-128,136-142
3qk5 A:33-67,92-112,118-128,136-142
3exe C:28-56,90-99,101-111,125-129
3exe E:28-56,90-99,101-111,125-129
3exe A:28-56,90-99,101-111,125-129
3hdu A:5-24,56-86,89-100,143-156
3hdu B:9-24,56-86,89-100,143-155
3hdu C:6-24,56-86,89-100,143-156
2vya B:34-67,92-112,118-128,136-143
2vya B:34-67,92-112,118-128,178-186
2vya A:34-67,92-112,118-128,178-186
2vya A:34-67,92-112,118-128,136-142
3i6s B:536-556,559-571,601-608,746-757
3i6s A:536-556,559-571,601-608,746-757
3o83 B:29-42,55-74,249-257,257-263
3o83 A:29-42,55-74,249-257,257-263
2cvw A:127-136,166-180,182-196,197-201
2yls A:298-318,319-328,343-351,352-358
3izs R:23-41,42-55,123-132,136-140
3h4z B:333-353,356-370,1021-1044,1090-1096
3h4z C:333-353,356-370,1021-1044,1090-1096
3h4z A:333-353,356-370,1021-1044,1090-1096
3ozu A:49-71,70-89,370-385,390-394
2xzp A:416-434,438-447,642-652,656-661
3c5e A:45-61,82-102,265-280,280-287
2y7h B:23-44,83-91,218-233,243-247
2y7h C:23-44,83-91,218-233,243-247
4a1a N:24-42,43-55,123-132,136-140
3hrq A:1335-1343,1354-1374,1538-1556,1572-1577
3hrq B:1335-1343,1354-1375,1538-1556,1572-1577
2gk9 A:104-116,118-130,155-168,184-194
2gk9 A:104-116,118-130,167-177,184-194
2gk9 D:104-116,118-130,155-166,184-194
2gk9 C:104-116,118-130,165-177,184-194
2gk9 B:104-116,118-130,165-177,184-194
2gk9 C:104-116,118-130,155-166,184-194
2gk9 B:104-116,118-130,155-166,184-194
2gk9 D:104-116,118-130,165-177,184-194
3ml1 A:233-252,299-311,353-369,667-673
3ffv A:62-70,74-84,105-127,130-137
3ffv B:1062-1070,1074-1084,1105-1127,1130-1138
2w3s A:248-261,260-270,292-302,347-354
2w3s C:248-261,260-271,292-302,347-354
2w3s G:248-261,260-270,292-302,347-354
2w3s E:248-261,260-271,292-302,347-354
3paw A:127-136,166-180,182-196,197-201
3paw D:127-136,166-180,182-196,197-201
3paw C:127-136,166-180,182-196,197-201
3a9t B:228-244,257-281,424-435,449-456
3a9t C:228-244,257-281,424-435,449-456
3a9t A:228-244,257-281,424-435,449-456
2ff4 A:32-46,51-61,156-185,306-312
2ff4 B:32-46,51-61,156-185,306-312
2fez A:32-46,51-61,156-185,306-312