|
30
|
133
|
4akbA |
Structure of galactose binding lectin from champedak (cgb) with galactose |
|
29
|
133
|
1m26A |
Crystal structure of jacalin-t-antigen complex |
|
30
|
133
|
1ugyA |
Crystal structure of jacalin- mellibiose (gal-alpha(1-6)-glc) complex |
|
31
|
133
|
1ws4C |
Crystal structure of jacalin- me-alpha-mannose complex: promiscuity vs specificity |
|
29
|
133
|
1ws4A |
Crystal structure of jacalin- me-alpha-mannose complex: promiscuity vs specificity |
|
31
|
133
|
1ugyC |
Crystal structure of jacalin- mellibiose (gal-alpha(1-6)-glc) complex |
|
29
|
133
|
4ak4A |
High resolution structure of galactose binding lectin from champedak (cgb) |
|
29
|
133
|
5jm1A |
Structure of tetrameric jacalin complexed with a trisaccharide, gal alpha-(1,3) gal beta-(1,4) gal |
|
29
|
133
|
5j4tA |
Structure of tetrameric jacalin complexed with glcnac beta-(1,3) gal-beta-ome |
|
31
|
133
|
5j51A |
Structure of tetrameric jacalin complexed with gal alpha-(1,4) gal |
|
28
|
133
|
5bn6E |
Crystal structure of frutalin from artocarpus incisa in complex with galactose |
|
26
|
154
|
4ddnA |
Structure analysis of a wound-inducible lectin ipomoelin from sweet potato |
|
188
|
587
|
4d8mA |
Crystal structure of bacillus thuringiensis cry5b nematocidal toxin |
|
198
|
578
|
4arxA |
Lepidoptera-specific toxin cry1ac from bacillus thuringiensis ssp. kurstaki hd-73 |
|
195
|
578
|
4aryA |
Lepidopteran-specific toxin cry1ac in complex with receptor specificity determinant galnac |
|
30
|
150
|
4akdA |
High resolution structure of mannose binding lectin from champedak (cmb) |
|
29
|
133
|
4akcA |
Structure of galactose binding lectin from champedak (cgb) with gal(beta)1,3-galnac |
|
21
|
134
|
3wobA |
Crystal structure of a prostate-specific wga16 glycoprotein lectin, form i |
|
20
|
138
|
3wocA |
Crystal structure of a prostate-specific wga16 glycoprotein lectin, form ii |
|
26
|
138
|
3vzfA |
Crystal structure of human pancreatic secretory protein zg16p with methyl alpha-d-mannopyranoside |
|
32
|
138
|
3vzeA |
Crystal structure of human pancreatic secretory protein zg16p with alpha1,3-mannobiose |
|
25
|
138
|
3vzgA |
Crystal structure of human pancreatic secretory protein zg16p with o-(alpha-d-mannosyl)-l-threonine |
|
31
|
138
|
3vy7A |
Crystal structure of human pancreatic secretory protein zg16p with o-(alpha-d-mannosyl)-l-serine |
|
28
|
138
|
3vy6A |
Crystal structure of human pancreatic secretory protein zg16p with laminaribiose |
|
27
|
152
|
3towA |
Crystal structure of the mabp domain of mvb12b of human escrt-i complex |
|
28
|
133
|
5j4xA |
Structure of tetrameric jacalin complexed with gal beta-(1,3) gal-beta-ome |
|
29
|
133
|
5j50A |
Structure of tetrameric jacalin complexed with gal beta-(1,3) galnac-alpha-opnp |
|
25
|
150
|
5av7A |
Crystal structure of calsepa lectin in complex with bisected glycan |
|
26
|
142
|
5exgA |
Crystal structure of recombinant dimeric banana lectin |
|
315
|
1146
|
4w8jA |
Structure of the full-length insecticidal protein cry1ac reveals intriguing details of toxin packaging into in vivo formed crystals |
|
31
|
155
|
4wogA |
Crystal structure of frutalin from artocarpus incisa |
|
191
|
584
|
4qx0A |
Cry3a toxin structure obtained by serial femtosecond crystallography from in vivo grown crystals isolated from bacillus thuringiensis and data processed with the cctbx.xfel software suite |
|
28
|
133
|
4r6rA |
Jacalin-carbohydrate interactions. distortion of the ligand as a determinant of affinity. |
|
189
|
584
|
4qx2A |
Cry3a toxin structure obtained by injecting bacillus thuringiensis cells in an xfel beam, collecting data by serial femtosecond crystallographic methods and processing data with the cctbx.xfel software suite |
|
30
|
133
|
4r6pA |
Jacalin-carbohydrate interactions. distortion of the ligand as a determinant of affinity. |
|
30
|
133
|
4r6qA |
Jacalin-carbohydrate interactions. distortion of the ligand as a determinant of affinity. |
|
31
|
133
|
4r6nA |
Jacalin-carbohydrate interactions. distortion of the ligand as a determinant of affinity |
|
30
|
133
|
4r6oA |
Jacalin-carbohydrate interactions. distortion of the ligand as a determinant of affinity. |
|
189
|
584
|
4qx3A |
Cry3a toxin structure obtained by injecting bacillus thuringiensis cells in an xfel beam, collecting data by serial femtosecond crystallographic methods and processing data with the crystfel software suite |
|
192
|
584
|
4qx1A |
Cry3a toxin structure obtained by serial femtosecond crystallography from in vivo grown crystals isolated from bacillus thuringiensis and data processed with the crystfel software suite |
|
24
|
140
|
4pikA |
Crystal structure of banana lectin bound to dimannose |
|
26
|
141
|
4piuA |
Crystal structure of banana lectin h84t mutant |
|
25
|
140
|
4pitA |
Crystal structure of banana lectin h84t bound to dimannose |
|
22
|
139
|
4pifA |
Crystal structure of recombinant wt banana lectin |
|
172
|
602
|
4moaA |
Crystal structure of cry4ba-r203q toxin |
|
79
|
440
|
4mq0A |
Crystal structure of parkia biglobosa seed lectin (pbl) in complex with methyl alpha d-mannopyranoside |
|
27
|
132
|
4gx7A |
Vibrio cholerae cytolysin beta-prism domain with methyl-alpha-mannose bound |
|
23
|
151
|
3r51A |
Structure analysis of a wound-inducible lectin ipomoelin from sweet potato |
|
27
|
152
|
3r52A |
Structure analysis of a wound-inducible lectin ipomoelin from sweet potato |
|
25
|
153
|
3r50A |
Structure analysis of a wound-inducible lectin ipomoelin from sweet potato |
