|
57
|
161
|
3dbjB |
Allophycocyanin from thermosynechococcus vulcanus |
|
51
|
145
|
3d4xB |
Crystal structure determination of cat (felis silvestris catus) hemoglobin at 2.2 angstrom resolution |
|
60
|
145
|
3d1aB |
Crystal structure determination of goat hemoglobin at 2.61 angstrom resolution |
|
59
|
141
|
3d7oA |
Human hemoglobin, nitrogen dioxide anion modified |
|
53
|
141
|
3d4xA |
Crystal structure determination of cat (felis silvestris catus) hemoglobin at 2.2 angstrom resolution |
|
56
|
146
|
3d7oB |
Human hemoglobin, nitrogen dioxide anion modified |
|
52
|
145
|
3cy5B |
Crystal structure determination of buffalo (bubalus bubalis) hemoglobin at 2 angstrom resolution |
|
49
|
140
|
3ciuA |
Site-selective glycosylation of cysteine-93 beta on the surface of bovine hemoglobin and its application as a novel oxygen therapeutic |
|
43
|
145
|
3ciuB |
Site-selective glycosylation of cysteine-93 beta on the surface of bovine hemoglobin and its application as a novel oxygen therapeutic |
|
53
|
146
|
3bj3B |
Met-perch hemoglobin at ph 8.0 |
|
57
|
142
|
3bj2A |
Met-perch hemoglobin at ph 6.3 |
|
62
|
159
|
3brpA |
Crystal structure of c-phycocyanin from galdieria sulphuraria |
|
57
|
142
|
3bj1A |
Met-perch hemoglobin at ph 5.7 |
|
55
|
147
|
3bomB |
Crystal structure of trout hemoglobin at 1.35 angstrom resolution |
|
69
|
170
|
3brpB |
Crystal structure of c-phycocyanin from galdieria sulphuraria |
|
55
|
142
|
3bomA |
Crystal structure of trout hemoglobin at 1.35 angstrom resolution |
|
50
|
142
|
3bcqA |
Crystal structure of oxy-hemoglobin from brycon cephalus |
|
58
|
142
|
3bj3A |
Met-perch hemoglobin at ph 8.0 |
|
61
|
152
|
3ba2A |
Cyanide bound chlorin substituted myoglobin |
|
54
|
146
|
3bcqB |
Crystal structure of oxy-hemoglobin from brycon cephalus |
|
55
|
146
|
3bj2B |
Met-perch hemoglobin at ph 6.3 |
|
56
|
146
|
3bj1B |
Met-perch hemoglobin at ph 5.7 |
|
53
|
141
|
3b75A |
Crystal structure of glycated human haemoglobin |
|
50
|
146
|
3b75B |
Crystal structure of glycated human haemoglobin |
|
45
|
117
|
3aq6A |
Crystal structure of truncated hemoglobin from tetrahymena pyriformis, fe(iii) form |
|
45
|
117
|
3aq8A |
Crystal structure of truncated hemoglobin from tetrahymena pyriformis, q46e mutant, fe(iii) form |
|
54
|
141
|
3at5A |
Side-necked turtle (pleurodira, chelonia, reptilia) hemoglobin: cdna-derived primary structures and x-ray crystal structures of hb a |
|
45
|
117
|
3aq5A |
Crystal structure of truncated hemoglobin from tetrahymena pyriformis, fe(ii)-o2 form |
|
61
|
152
|
3arlA |
Cl- binding hemoglobin component v form propsilocerus akamusi under 500 mm nacl at ph 5.5 |
|
44
|
117
|
3aq7A |
Crystal structure of truncated hemoglobin from tetrahymena pyriformis, y25f mutant, fe(iii) form |
|
59
|
152
|
3arkA |
Cl- binding hemoglobin component v form propsilocerus akamusi under 1 m nacl at ph 4.6 |
|
61
|
146
|
3at5B |
Side-necked turtle (pleurodira, chelonia, reptilia) hemoglobin: cdna-derived primary structures and x-ray crystal structures of hb a |
|
52
|
141
|
3at6A |
Side-necked turtle (pleurodira, chelonia, reptilia) hemoglobin: cdna-derived primary structures and x-ray crystal structures of hb a |
|
60
|
152
|
3arjA |
Cl- binding hemoglobin component v form propsilocerus akamusi under 500 mm nacl at ph 4.6 |
|
65
|
154
|
3aseA |
Crystal structure of zinc myoglobin soaked with ru3o cluster |
|
53
|
146
|
3at6B |
Side-necked turtle (pleurodira, chelonia, reptilia) hemoglobin: cdna-derived primary structures and x-ray crystal structures of hb a |
|
44
|
117
|
3aq9A |
Crystal structure of truncated hemoglobin from tetrahymena pyriformis, q50e mutant, fe(iii) form |
|
62
|
152
|
3a9mA |
Crystal structure of a hemoglobin component v from propsilocerus akamusi (ph9.0 coordinates) |
|
64
|
158
|
3ag0A |
Crystal structure of carbonmonoxy humnan cytoglobin |
|
61
|
152
|
2zwjA |
Crystal structure of a hemoglobin component v from propsilocerus akamusi (ph4.6 coordinates) |
|
57
|
140
|
2zs1A |
Structural basis for the heterotropic and homotropic interactions of invertebrate giant hemoglobin |
|
64
|
153
|
2zsyA |
Carbonmonoxy sperm whale myoglobin at 140 k: laser on [750 min] |
|
64
|
153
|
2zsnA |
Carbonmonoxy sperm whale myoglobin at 100 k: laser on [300 min] |
|
56
|
139
|
3a0gA |
Crystal structure analysis of guinea pig oxyhemoglobin at 2.5 angstroms resolution |
|
74
|
145
|
2zs1D |
Structural basis for the heterotropic and homotropic interactions of invertebrate giant hemoglobin |
|
64
|
153
|
2zt1A |
Carbonmonoxy sperm whale myoglobin at 100 k: laser on [810 min] |
|
64
|
153
|
2zt4A |
Carbonmonoxy sperm whale myoglobin at 120 k: laser on [810 min] |
|
63
|
153
|
2zsxA |
Carbonmonoxy sperm whale myoglobin at 140 k: laser on [600 min] |
|
59
|
147
|
2zs1C |
Structural basis for the heterotropic and homotropic interactions of invertebrate giant hemoglobin |
|
44
|
146
|
3a59B |
Structure of hemoglobin from flightless bird (struthio camelus) |
