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Query: pdb entry 3hd6:A , 403 residues  
CRYSTAL STRUCTURE OF THE HUMAN RHESUS GLYCOPROTEIN RHCG 
Examined 76952 entries (192118 chains),
Matches 1-20 of 23. 		  
resort results  
 ##   Scoring  help  Rmsd  Nalgn Ng %seq Query Target (PDB entry)
 Q   P   Z  %sse Match %sse Nres × Title
1 1.00 58.4 23.0 0.00 403 0 100 100 3hd6:A 100 403 CRYSTAL STRUCTURE OF THE HUMAN RHESUS GLYCOPROTEIN RHCG
2 0.66 19.0 13.3 1.34 339 9 38 86 3b9w:A 86 362 THE 1.3 A RESOLUTION STRUCTURE OF NITROSOMONAS EUROPAEA RH50 AND MECHANISTIC IMPLICATIONS FOR NH3 TRANSPORT BY RHESUS FAMILY PROTEINS
3 0.63 19.3 13.3 1.35 339 9 38 86 3bhs:A 86 379 NITROSOMONAS EUROPAEA RH50 AND MECHANISM OF CONDUCTION BY RHESUS PROTEIN FAMILY OF CHANNELS
4 0.61 19.3 13.3 1.34 339 9 38 86 3b9z:A 86 388 CRYSTAL STRUCTURE OF THE NITROSOMONAS EUROPAEA RH PROTEIN COMPLEXED WITH CARBON DIOXIDE
5 0.61 19.2 13.3 1.35 339 9 38 86 3b9y:A 86 388 CRYSTAL STRUCTURE OF THE NITROSOMONAS EUROPAEA RH PROTEIN
6 0.41 6.3 8.4 2.18 304 16 19 71 1xqe:A 71 366 THE MECHANISM OF AMMONIA TRANSPORT BASED ON THE CRYSTAL STRUCTURE OF AMTB OF E. COLI.
7 0.41 6.7 8.6 2.22 305 15 19 71 3c1i:A 71 366 SUBSTRATE BINDING, DEPROTONATION AND SELECTIVITY AT THE PERIPLASMIC ENTRANCE OF THE E. COLI AMMONIA CHANNEL AMTB
8 0.41 6.5 8.5 2.20 303 16 18 71 3c1j:A 71 364 SUBSTRATE BINDING, DEPROTONATION AND SELECTIVITY AT THE PERIPLASMIC ENTRANCE OF THE E. COLI AMMONIA CHANNEL AMTB
9 0.41 6.1 8.3 2.38 311 13 19 71 3c1h:A 71 363 SUBSTRATE BINDING, DEPROTONATION AND SELECTIVITY AT THE PERIPLASMIC ENTRANCE OF THE E. COLI AMMONIA CHANNEL AMTB
10 0.40 5.5 8.2 2.38 311 12 19 71 3c1g:A 71 364 SUBSTRATE BINDING, DEPROTONATION AND SELECTIVITY AT THE PERIPLASMIC ENTRANCE OF THE E. COLI AMMONIA CHANNEL AMTB
11 0.40 6.0 8.2 2.18 300 15 19 79 2nmr:A 79 363 AN UNUSUAL TWIN-HIS ARRANGEMENT IN THE PORE OF AMMONIA CHANNELS IS ESSENTIAL FOR SUBSTRATE CONDUCTANCE
12 0.40 5.5 8.2 2.28 306 13 19 71 2npd:A 71 368 AN UNUSUAL TWIN-HIS ARRANGEMENT IN THE PORE OF AMMONIA CHANNELS IS ESSENTIAL FOR SUBSTRATE CONDUCTANCE
13 0.40 6.2 8.3 2.26 302 14 19 71 2nop:A 71 363 AN UNUSUAL TWIN-HIS ARRANGEMENT IN THE PORE OF AMMONIA CHANNELS IS ESSENTIAL FOR SUBSTRATE CONDUCTANCE
14 0.40 5.6 8.2 2.27 302 16 19 71 2npc:A 71 363 AN UNUSUAL TWIN-HIS ARRANGEMENT IN THE PORE OF AMMONIA CHANNELS IS ESSENTIAL FOR SUBSTRATE CONDUCTANCE
15 0.40 5.8 8.2 2.41 310 13 19 79 2npg:A 79 366 AN UNUSUAL TWIN-HIS ARRANGEMENT IN THE PORE OF AMMONIA CHANNELS IS ESSENTIAL FOR SUBSTRATE CONDUCTANCE
16 0.40 5.8 8.1 2.22 299 16 19 71 1xqf:A 71 362 THE MECHANISM OF AMMONIA TRANSPORT BASED ON THE CRYSTAL STRUCTURE OF AMTB OF E. COLI.
17 0.40 5.7 8.1 2.42 309 13 18 71 2npj:A 71 363 AN UNUSUAL TWIN-HIS ARRANGEMENT IN THE PORE OF AMMONIA CHANNELS IS ESSENTIAL FOR SUBSTRATE CONDUCTANCE
18 0.40 5.9 8.2 2.39 316 14 20 79 1u77:A 79 383 CRYSTAL STRUCTURE OF AMMONIA CHANNEL AMTB FROM E. COLI
19 0.40 5.7 8.1 2.47 320 14 19 79 1u7c:A 79 383 CRYSTAL STRUCTURE OF AMTB FROM E.COLI WITH METHYL AMMONIUM.
20 0.39 5.8 8.1 2.40 316 13 19 79 1u7g:A 79 383 CRYSTAL STRUCTURE OF AMMONIA CHANNEL AMTB FROM E. COLI
Examined 76952 entries (192118 chains),
Matches 1-20 of 23. 		  

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 PDBe Fold v2.50 15 Nov 2011